diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_benchmark.xml b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_benchmark.xml
new file mode 100644
index 00000000000..fd5b0db7d32
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diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_drainageOnly_direct_base.xml b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_drainageOnly_direct_base.xml
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diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_drainageOnly_iterative_base.xml b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_drainageOnly_iterative_base.xml
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diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_hystRelperm_direct_base.xml b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_hystRelperm_direct_base.xml
new file mode 100644
index 00000000000..64bcd6067ae
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diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_hystRelperm_iterative_base.xml b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_hystRelperm_iterative_base.xml
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index 00000000000..f755d19eff5
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diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_smoke_3d.xml b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_smoke_3d.xml
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diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/fc_tables/pressure.geos b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/fc_tables/pressure.geos
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index 00000000000..41ba1aa04fe
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diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/fc_tables/temperature.geos b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/fc_tables/temperature.geos
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diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/imbibitionRelPerm_gas.txt b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/imbibitionRelPerm_gas.txt
new file mode 100755
index 00000000000..07b3a5bb651
--- /dev/null
+++ b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/imbibitionRelPerm_gas.txt
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diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/imbibitionRelPerm_water.txt b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/imbibitionRelPerm_water.txt
new file mode 100755
index 00000000000..003848a5770
--- /dev/null
+++ b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/imbibitionRelPerm_water.txt
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diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/phaseVolumeFraction_gas.txt b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/phaseVolumeFraction_gas.txt
new file mode 100755
index 00000000000..15d515da1e0
--- /dev/null
+++ b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/phaseVolumeFraction_gas.txt
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diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/phaseVolumeFraction_water.txt b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/phaseVolumeFraction_water.txt
new file mode 100755
index 00000000000..3d1d984ab8c
--- /dev/null
+++ b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/phaseVolumeFraction_water.txt
@@ -0,0 +1,76 @@
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diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/pvtgas.txt b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/pvtgas.txt
new file mode 100755
index 00000000000..a39d888542b
--- /dev/null
+++ b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/pvtgas.txt
@@ -0,0 +1,2 @@
+DensityFun SpanWagnerCO2Density 1.0e5 6e7 1e5 283.15 393.5 5
+ViscosityFun FenghourCO2Viscosity 1.0e5 6e7 1e5 283.15 393.5 5
diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/pvtliquid_ez.txt b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/pvtliquid_ez.txt
new file mode 100755
index 00000000000..01dc19cc64f
--- /dev/null
+++ b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/pvtliquid_ez.txt
@@ -0,0 +1,2 @@
+DensityFun EzrokhiBrineDensity 0.1033 -2.2991e-5 -2.3658e-6
+ViscosityFun EzrokhiBrineViscosity 0 0 0
diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/relPerm_gas.txt b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/relPerm_gas.txt
new file mode 100755
index 00000000000..11aa4fa03ed
--- /dev/null
+++ b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/relPerm_gas.txt
@@ -0,0 +1,76 @@
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diff --git a/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/relPerm_water.txt b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/relPerm_water.txt
new file mode 100755
index 00000000000..1d38d2fc56f
--- /dev/null
+++ b/inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/tables/relPerm_water.txt
@@ -0,0 +1,76 @@
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diff --git a/integratedTests b/integratedTests
index af6efaf77f9..8a723f068db 160000
--- a/integratedTests
+++ b/integratedTests
@@ -1 +1 @@
-Subproject commit af6efaf77f954cd55487e647f9dce2c49be673c2
+Subproject commit 8a723f068db83d9f5149ec1fefb4b3f466b7df58
diff --git a/src/coreComponents/physicsSolvers/multiphysics/CoupledReservoirAndWellsBase.hpp b/src/coreComponents/physicsSolvers/multiphysics/CoupledReservoirAndWellsBase.hpp
index e434d83803b..1821f3540b1 100644
--- a/src/coreComponents/physicsSolvers/multiphysics/CoupledReservoirAndWellsBase.hpp
+++ b/src/coreComponents/physicsSolvers/multiphysics/CoupledReservoirAndWellsBase.hpp
@@ -193,6 +193,9 @@ class CoupledReservoirAndWellsBase : public CoupledSolver< RESERVOIR_SOLVER, WEL
{
ElementRegionManager & elemManager = meshLevel.getElemManager();
+ ElementRegionManager::ElementViewAccessor< arrayView2d< real64 > > const elemCenter =
+ elemManager.constructViewAccessor< array2d< real64 >, arrayView2d< real64 > >( ElementSubRegionBase::viewKeyStruct::elementCenterString() );
+
// loop over the wells
elemManager.forElementSubRegions< WellElementSubRegion >( regionNames, [&]( localIndex const,
WellElementSubRegion & subRegion )
@@ -215,10 +218,21 @@ class CoupledReservoirAndWellsBase : public CoupledSolver< RESERVOIR_SOLVER, WEL
arrayView1d< real64 const > const perfTrans =
perforationData.getField< fields::perforation::wellTransmissibility >();
+ // get the element region, subregion, index
+ arrayView1d< localIndex const > const resElemRegion =
+ perforationData.getField< fields::perforation::reservoirElementRegion >();
+ arrayView1d< localIndex const > const resElemSubRegion =
+ perforationData.getField< fields::perforation::reservoirElementSubRegion >();
+ arrayView1d< localIndex const > const resElemIndex =
+ perforationData.getField< fields::perforation::reservoirElementIndex >();
+
forAll< serialPolicy >( perforationData.size(), [=] GEOSX_HOST_DEVICE ( localIndex const iperf )
{
- GEOSX_LOG_RANK( GEOSX_FMT( "The perforation at ({},{},{}) has a transmissibility of {} Pa.s.rm^3/s/Pa",
+ GEOSX_LOG_RANK( GEOSX_FMT( "Perforation at ({},{},{}); perforated element center: ({},{},{}); transmissibility: {} Pa.s.rm^3/s/Pa",
perfLocation[iperf][0], perfLocation[iperf][1], perfLocation[iperf][2],
+ elemCenter[resElemRegion[iperf]][resElemSubRegion[iperf]][resElemIndex[iperf]][0],
+ elemCenter[resElemRegion[iperf]][resElemSubRegion[iperf]][resElemIndex[iperf]][1],
+ elemCenter[resElemRegion[iperf]][resElemSubRegion[iperf]][resElemIndex[iperf]][2],
perfTrans[iperf] ) );
} );
}
diff --git a/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/Index.rst b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/Index.rst
index d6f6f5a6384..1a5c6f50aed 100644
--- a/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/Index.rst
+++ b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/Index.rst
@@ -12,6 +12,6 @@ Carbon Storage
isothermalLeakyWell/Example
thermalLeakyWell/Example
-
+ isothermalHystInjection/Example
diff --git a/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/Example.rst b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/Example.rst
new file mode 100644
index 00000000000..7f82290b7d4
--- /dev/null
+++ b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/Example.rst
@@ -0,0 +1,331 @@
+.. _ExampleIsothermalHystInjection:
+
+
+#####################################################################
+CO2 Plume Evolution With Hysteresis Effect on Relative Permeability
+#####################################################################
+
+
+**Context**
+
+We consider a benchmark problem used in `(Class et al., 2009) `__
+to compare a number of numerical models applied to CO2 storage in geological formations.
+Using a simplified miscible two-phase setup, this test case illustrates the modeling of solubility trapping
+(with CO2 dissolution in brine) and residual trapping
+(with gas relative permeability hysteresis) in CO2-brine systems.
+
+Our goal is to review the different sections of the XML file reproducing the benchmark configuration
+and to demonstrate that the GEOSX results (i.e., mass of CO2 dissolved and mobile for both hysteretic and non-hysteretic configurations) are in agreement with the reference
+results published in `(Class et al., 2009) `__ Problems 3.1 and 3.2.
+
+
+**Input file**
+
+This benchmark test is based on the XML file located below:
+
+.. code-block:: console
+
+ ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_smoke.xml
+ ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_drainageOnly_iterative_base.xml
+
+------------------------------------------------------------------------
+Problem description
+------------------------------------------------------------------------
+
+The following text is adapted from the detailed description of the benchmark test case
+presented in
+`(Class et al., 2009) `__.
+
+The setup is illustrated in the figure below.
+The mesh can be found in `GEOSXDATA `__ and
+was provided for the benchmark. It discretizes the widely-used `Johansen` reservoir,
+which consists in a tilted reservoir with a main fault.
+The model domain has the following dimensions: 9600 x 8900 x [90-140] m.
+Both porosity and permeability are heterogeneous and given at vertices.
+A single CO2 injection well is located at (x,y) = (5440,3300) m with
+perforations only in the bottom 50 m of the reservoir.
+The injection takes place during the first 25 years of the 50-year
+simulation at the constant rate of 15 kg/s.
+A hydrostatic pressure gradient is imposed on the boundary faces
+as well as a constant geothermal gradient of 0.03 K/m.
+
+ .. _JohansenScenario: .. figure:: problem3.png
+ :align: center
+ :width: 500
+ :figclass: align-center
+
+
+The authors have used the following simplifying assumptions:
+
+- The formation is isotropic.
+- The temperature is constant in time.
+- The pressure conditions at the lateral boundaries are constant over time, and equal to the initial hydrostatic condition.
+
+------------------------------------------------------------------
+Mesh and element regions
+------------------------------------------------------------------
+
+The proposed conforming discretization is fully hexahedral.
+A VTK filter ``PointToCell`` is used to map properties from vertices to cells, which by default builds a uniform average of
+values over the cell.
+The structured mesh is generated using some helpers python scripts from the formatted Point/Cells list provided.
+It is then imported using ``meshImport``
+
+.. literalinclude:: ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_smoke.xml
+ :language: xml
+ :start-after:
+ :end-before:
+
+The central wellbore is discretized internally by GEOSX (see :ref:`TutorialCO2FieldCase`).
+It includes five segments with a perforation in each segment. It has its own region ``wellRegion`` and control labeled ``wellControls``
+defined and detailed respectively in **ElementRegions** and **Solvers** (see below).
+In the **ElementRegions** block,
+
+.. literalinclude:: ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_drainageOnly_iterative_base.xml
+ :language: xml
+ :start-after:
+ :end-before:
+
+one single reservoir region labeled ``reservoir``.
+A second region ``wellRegion`` is associated with the well.
+All those regions define materials to be specified inside the **Constitutive** block.
+
+------------------------
+Coupled solver
+------------------------
+
+The simulation is performed by the GEOSX coupled solver for multiphase
+flow and well defined in the XML block **CompositionalMultiphaseReservoir**:
+
+.. literalinclude:: ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_drainageOnly_iterative_base.xml
+ :language: xml
+ :start-after:
+ :end-before:
+
+It references the two coupled solvers under the tags ``flowSolverName`` and ``wellSolverName``. These are defined inside the same **Solvers** block
+following this coupled solver. It also defined non-linear, **NonlinearSolverParameters** and
+and linear, **LinearSolverParameters**, strategies.
+
+The next two blocks are used to define our two coupled physics solvers ``compositionalMultiphaseFlow`` (of type **CompositionalMultiphaseFVM**)
+and ``compositionalMultiphaseWell`` (of type **CompositionalMultiphaseWell**).
+
+Flow solver
+-------------
+
+We use the ``targetRegions`` attribute to define the regions where the flow solver is applied.
+
+.. literalinclude:: ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_drainageOnly_iterative_base.xml
+ :language: xml
+ :start-after:
+ :end-before:
+
+The FV scheme discretization used is TPFA (which definition can be found nested in **NumericalMethods**/**FiniteVolume**)
+and some parameter values.
+
+Well solver
+--------------
+
+The well solver is applied on its own region ``wellRegion`` which consists of the five discretized segments.
+It is also the place where the **WellControls** are set thanks to ``type``, ``control``, ``injectionStream`` ,
+``injectionTemperature``, ``targetTotalRateTableName`` and, ``targetBHP`` for instance if we consider an injection well.
+
+For more details on the wellbore modeling please refer to :ref:`CompositionalMultiphaseWell`.
+
+.. literalinclude:: ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_drainageOnly_iterative_base.xml
+ :language: xml
+ :start-after:
+ :end-before:
+
+------------------------------
+Constitutive laws
+------------------------------
+
+This benchmark test involves a compositional mixture that defines two phases (CO2-rich and aqueous) labeled as
+``gas`` and ``water`` which contain two components ``co2`` and ``water``. The miscibility of CO2 results in the
+presence of CO2 in the aqueous phase. The vaporization of H2O in the CO2-rich phase is not considered here.
+
+.. literalinclude:: ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_drainageOnly_iterative_base.xml
+ :language: xml
+ :start-after:
+ :end-before:
+
+The brine properties are modeled using Ezrokhi correlation, hence the block name **CO2BrineEzrokhiFluid**.
+The external PVT files *tables/pvtgas.txt* and *tables/pvtliquid_ex.txt* give access to the models considered
+respectively for the computation of gas density and viscosity and the brine density and viscosity, along with pressure, temperature, salinity
+discretization of the parameter space. The external file *tables/co2flash.txt* gives the same type of information for the `CO2Solubility`
+model (see :ref:`CO2-EOS` for details).
+
+The rock model defines a slightly compressible porous medium with a reference porosity equal to 0.1.
+
+.. literalinclude:: ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_drainageOnly_iterative_base.xml
+ :language: xml
+ :start-after:
+ :end-before:
+
+The relative permeability model is input through tables thanks to **TableRelativePermeability** block.
+
+.. literalinclude:: ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_drainageOnly_iterative_base.xml
+ :language: xml
+ :start-after:
+ :end-before:
+
+As this benchmark is testing the sensitivity of the plume dynamics to the relative permeability hysteresis modeling,
+in commented block the **TableRelativePermeabilityHysteresis** block sets up bounding curves for imbibition and drainage
+under ``imbibitionNonWettingRelPermTableName``, ``imbibitionWettingRelPermTableName`` and, ``drainageWettingNonWettingRelPermTableNames``
+compared to the ``wettingNonWettingRelPermTableNames`` label of the drainage only **TableRelativePermeability** blocks.
+Those link to **TableFunction** blocks in **Functions**, which define sample points for piecewise linear interpolation.
+This feature is used and explained in more details in the following section dedicated to *Initial and Boundary conditions*.
+
+See,
+
+.. code-block:: console
+
+ ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_hystRelperm_iterative_base.xml
+
+for the input base with relative permeability hysteresis setup.
+
+
+.. literalinclude:: ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_hystRelperm_iterative_base.xml
+ :language: xml
+ :start-after:
+ :end-before:
+
+.. note::
+ ``wettingNonWettingRelPermTableNames`` in **TableRelativePermeability** and ``drainageWettingNonWettingRelPermTableNames`` in
+ **TableRelativePermeabilityHysteresis** are identical.
+
+
+Capillary pressure is also tabulated and defined in **TableCapillaryPressure**. No hysteresis is modeled yet on the capillary pressure.
+
+.. literalinclude:: ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_drainageOnly_iterative_base.xml
+ :language: xml
+ :start-after:
+ :end-before:
+
+-----------------------------------------------------------
+Initial and boundary conditions
+-----------------------------------------------------------
+
+The domain is initially saturated with brine with a hydrostatic pressure field.
+This is specified using the **HydrostaticEquilibrium** XML tag in the **FieldSpecifications** block.
+The datum pressure and elevation used below are defined in
+`(Class et al., 2009) `__).
+
+.. literalinclude:: ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_drainageOnly_iterative_base.xml
+ :language: xml
+ :start-after:
+ :end-before:
+
+In the **Functions** block, the **TableFunction** s named ``initCO2CompFracTable`` and ``initWaterCompFracTable``
+define the brine-saturated initial state, while the **TableFunction** named ``initTempTable`` defines the temperature field as a function of depth to impose the geothermal gradient.
+
+The boundaries are set to have a constant 0.03 K/m temperature gradient as well as the hydrostatic pressure gradient.
+We supplement that with water dominant content. Each block is linking a ``fieldName`` to a **TableFunction** tagged as
+the value of ``functionName``. In order to have those imposed on the boundary faces, we provide ``faceManager`` as ``objectPath``.
+
+.. literalinclude:: ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_drainageOnly_iterative_base.xml
+ :language: xml
+ :start-after:
+ :end-before:
+
+---------------------------------
+Outputing reservoir statistics
+---------------------------------
+
+In order to output partitioning of CO2 mass, we use reservoir statistics implemented in GEOSX. This is done by defining a **Task**, with
+``flowSolverName`` pointing to the dedicated solver and ``computeRegionStatistics`` set to 1 to compute statistics by regions.
+The ``setNames`` field is set to 3 as it is its attribute tag in the input *vtu* mesh.
+
+.. literalinclude:: ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_smoke.xml
+ :language: xml
+ :start-after:
+ :end-before:
+
+and an **Event** for this to occur recursively with a `forceDt` argument for the period over which statistics are output and
+`target` pointing towards the aforementioned **Task**.
+
+.. literalinclude:: ../../../../../../../inputFiles/compositionalMultiphaseWell/benchmarks/Class09Pb3/class09_pb3_smoke.xml
+ :language: xml
+ :start-after:
+ :end-before:
+
+This is a sample of the output we will have in the log file.
+
+.. code-block:: console
+
+ compflowStatistics, reservoir: Pressure (min, average, max): 2.5139e+07, 2.93668e+07, 3.23145e+07 Pa
+ compflowStatistics, reservoir: Delta pressure (min, max): -12157, 158134 Pa
+ compflowStatistics, reservoir: Temperature (min, average, max): 293.15, 371.199, 379.828 K
+ compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+ compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.00239e+06, 1.57894e+09 } rm^3
+ compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.24891e+08, 1.6245e+12 } kg
+ compflowStatistics, reservoir: Trapped phase mass: { 5.3075e+08, 3.2511e+11 } kg
+ compflowStatistics, reservoir: Dissolved component mass: { { 7.13794e+08, 4.53966e+06 }, { 1.6338e+08, 1.62433e+12 } } kg
+ compflowStatistics: Max phase CFL number: 65.1284
+ compflowStatistics: Max component CFL number: 2.32854
+
+.. note::
+
+ The log file mentioned above could be an explicit printout of the stdio from MPI launch or the autogenerated output from
+ a SLURM job *slurm.out* or similar
+
+
+---------------------------------
+Inspecting results
+---------------------------------
+
+We request VTK-format output files and use Paraview to visualize the results under the **Outputs** block.
+
+The following figure shows the distribution of CO2 saturation thresholded above a significant value (here 0.001).
+The displayed cells are colored with respect to the CO2 mass they contain. If the relative permeability for the gas phase
+drops below 10e-7, the cell is displayed in black.
+
+.. _pb3_drainOnly_CO2saturation:
+.. figure:: classp3_anim2.gif
+ :align: center
+ :width: 1000
+ :figclass: align-center
+
+ Plume of CO2 saturation for significant value where immobile CO2 is colored in black.
+
+We observe the importance of hysteresis modeling in CO2 plume migration. Indeed, during the migration phase, the cells at
+the tail of the plume are switching from drainage to imbibition and the residual CO2 is trapped. This results in a slower migration
+and expansion of the plume.
+
+To validate the GEOSX results, we consider the metrics used in
+`(Class et al., 2009) `__.
+The reporting values are the dissolved and gaseous CO2 with respect to time using only the drainage relative permeability and using
+hysteretic relative permeabilities.
+
+.. _pb3_dissolvedMobile_drainage:
+.. figure:: co2_mass_no_hyst.png
+ :align: center
+ :width: 500
+ :figclass: align-center
+
+ CO2 mass in aqueous and CO2-rich phases as a function of without relative permeability hysteresis
+
+.. _pb3_dissolvedMobile_hysteresis:
+.. figure:: co2_mass_hyst.png
+ :align: center
+ :width: 500
+ :figclass: align-center
+
+ CO2 mass in aqueous and CO2-rich phases as a function of time with relative permeability hysteresis
+
+
+We can see that at the end of the injection period the mass of CO2 in the gaseous phase stops increasing and starts
+decreasing due to dissolution of CO2 in the brine phase.
+These curves confirm the agreement between GEOSX and the results of `(Class et al., 2009) `__.
+
+------------------------------------------------------------------
+To go further
+------------------------------------------------------------------
+
+**Feedback on this example**
+
+For any feedback on this example, please submit a `GitHub issue on the project's GitHub page `_.
+
+
+
+
diff --git a/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/article-results/class09_pv.csv b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/article-results/class09_pv.csv
new file mode 100644
index 00000000000..a1c0589903e
--- /dev/null
+++ b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/article-results/class09_pv.csv
@@ -0,0 +1,51283 @@
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diff --git a/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/article-results/class09_pv_bc.csv b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/article-results/class09_pv_bc.csv
new file mode 100644
index 00000000000..3b2f6131ca5
--- /dev/null
+++ b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/article-results/class09_pv_bc.csv
@@ -0,0 +1,3475 @@
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diff --git a/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/article-results/data_drain.csv b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/article-results/data_drain.csv
new file mode 100644
index 00000000000..2a6d31c9f21
--- /dev/null
+++ b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/article-results/data_drain.csv
@@ -0,0 +1,4 @@
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+0.00015084526142228327,18013941.119060516,50.13078284165321,1581509991.2358894,50.08371912008942,9974338204.126823,50.01523537140366,1815184385.7053013,50.141266587322065,9830543450.223326,50.01478283561939,1761269272.367712,50.143529266243405,10100119016.91126,50.01387776405086,1653439045.6925392,50.14443433781194,10207949243.586435,50.131084532176054,1617453400.127615
diff --git a/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/article-results/data_hyst.csv b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/article-results/data_hyst.csv
new file mode 100644
index 00000000000..2bc8118caf0
--- /dev/null
+++ b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/article-results/data_hyst.csv
@@ -0,0 +1,4 @@
+gas_GEM,,diss_GEM,,gas_SLB,,diss_SLB,,gas_GPRS,,diss_GPRS,
+0,0,-0.00007617016414673827,18064516.129034042,-0.118139924591536,18064516.129034042,0,0,-0.00015234032829347655,36129032.25806427,-0.00007617016414673827,18064516.129034042
+25.04566401340595,10170322580.64516,25.43634078531439,1517419354.8387089,24.984118520775414,10766451612.903225,25.79266481319267,1011612903.2258053,24.92630536618807,10477419354.838709,25.850249457287585,1354838709.6774197
+49.958106409719306,9935483870.967741,50.11097992916174,1680000000,50.01561488365007,10296774193.548386,50.052709753589525,1499354838.7096767,50.01630041512739,10134193548.387096,50.05187188178391,1698064516.129034
diff --git a/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/classp3_anim2.gif b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/classp3_anim2.gif
new file mode 100644
index 00000000000..74b1bae60b2
Binary files /dev/null and b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/classp3_anim2.gif differ
diff --git a/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/co2_mass_hyst.png b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/co2_mass_hyst.png
new file mode 100644
index 00000000000..6163e4c207a
Binary files /dev/null and b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/co2_mass_hyst.png differ
diff --git a/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/co2_mass_no_hyst.png b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/co2_mass_no_hyst.png
new file mode 100644
index 00000000000..aa9bcfff58b
Binary files /dev/null and b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/co2_mass_no_hyst.png differ
diff --git a/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/log_drain.txt b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/log_drain.txt
new file mode 100644
index 00000000000..6920a4058e0
--- /dev/null
+++ b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/log_drain.txt
@@ -0,0 +1,56119 @@
+Restoring modules from user's geosx-cpu
+Max threads: 1
+GEOSX version: 0.2.0 (HEAD, sha1: 15de98b)
+ - c++ compiler: gcc 10.1.0
+ - openmp version: 201511
+ - MPI version: Open MPI v4.0.3, package: Open MPI kilian@sh02-hn01.SUNet Distribution, ident: 4.0.3, repo rev: v4.0.3, Mar 03, 2020
+ - HDF5 version: 1.12.1
+ - Conduit version: 0.8.2
+ - VTK version: 9.1.0
+ - RAJA version: 2022.3.0
+ - umpire version: 2022.3.0
+ - adiak version: ..
+ - caliper version: 2.8.0
+ - METIS version: 5.1.0
+ - PARAMETIS version: 4.0.3
+ - scotch version: 6.0.9
+ - superlu_dist version: 6.3.0
+ - suitesparse version: 5.7.9
+ - hypre release version: 2.24.0
+Adding Mesh: VTKMesh, mesh
+Adding Mesh: InternalWell, wellInjector1
+Adding Output: VTK, simpleReservoirViz
+Adding Output: Restart, restartOutput
+Adding Event: PeriodicEvent, outputs
+Adding Event: PeriodicEvent, restarts
+Adding Event: PeriodicEvent, statistics
+Adding Event: PeriodicEvent, solverApplications1
+Adding Event: PeriodicEvent, solverApplications2
+Adding Event: PeriodicEvent, solverApplications3
+Adding Solver of type CompositionalMultiphaseReservoir, named coupledFlowAndWells
+Adding Solver of type CompositionalMultiphaseFVM, named compositionalMultiphaseFlow
+Adding Solver of type CompositionalMultiphaseWell, named compositionalMultiphaseWell
+ TableFunction: initCO2CompFracTable
+ TableFunction: initWaterCompFracTable
+ TableFunction: initTempTable
+ TableFunction: waterRelativePermeabilityTable
+ TableFunction: gasRelativePermeabilityTable
+ TableFunction: waterCapillaryPressureTable
+ TableFunction: temperatureFunction
+ TableFunction: pressureFunction
+ TableFunction: totalRateTable
+Adding Object CellElementRegion named reservoir from ObjectManager::Catalog.
+Adding Object WellElementRegion named wellRegion from ObjectManager::Catalog.
+ TableFunction: fluid_phaseModel1_EzrokhiBrineDensity_sat_density_table
+ TableFunction: fluid_phaseModel1_EzrokhiBrineDensity_sat_pressure_table
+ TableFunction: fluid_phaseModel1_EzrokhiBrineViscosity_table
+ TableFunction: fluid_phaseModel2_SpanWagnerCO2Density_table
+ TableFunction: fluid_phaseModel2_FenghourCO2Viscosity_table
+ TableFunction: fluid_CO2Solubility_table
+ TableFunction: wellControls_ConstantBHP_table
+ TableFunction: wellControls_ConstantPhaseRate_table
+VTKMesh 'mesh': reading mesh from /scratch/users/jfranc/runs/geosx/class09/Class09Pb3/Johansen_faces.vtu
+ reading the dataset...
+ redistributing mesh...
+Generating global Ids from VTK mesh
+ finding neighbor ranks...
+ done!
+VTKMesh 'mesh': generating GEOSX mesh data structure
+ preprocessing...
+ writing nodes...
+ writing cells...
+ writing surfaces...
+ building connectivity maps...
+ done!
+Number of nodes: 62800
+ Number of elems: 54756
+ Polygon: 3510
+ C3D8: 54756
+Load balancing: min avg max
+(element/rank): 1433 1711 1866
+
+++++++++++++++++++++++++++
+InternalWellGenerator = wellInjector1
+MPI rank = 0
+
+Number of well elements = 5
+Well element #0
+Coordinates of the element center: { 5440, 3300, -2955 }
+No next well element
+Previous well element #1
+First well node: #0
+Second well node: #1
+Well element #1
+Coordinates of the element center: { 5440, 3300, -2965 }
+Next well element # = 0
+Previous well element #2
+First well node: #1
+Second well node: #2
+Well element #2
+Coordinates of the element center: { 5440, 3300, -2975 }
+Next well element # = 1
+Previous well element #3
+First well node: #2
+Second well node: #3
+Well element #3
+Coordinates of the element center: { 5440, 3300, -2985 }
+Next well element # = 2
+Previous well element #4
+First well node: #3
+Second well node: #4
+Well element #4
+Coordinates of the element center: { 5440, 3300, -2995 }
+Next well element # = 3
+No previous well element
+First well node: #4
+Second well node: #5
+
+Number of perforations = 5
+Perforation #0
+Coordinates of the perforation: { 5440, 3300, -2995 }
+Is connected to well element #4
+Perforation #1
+Coordinates of the perforation: { 5440, 3300, -2985 }
+Is connected to well element #3
+Perforation #2
+Coordinates of the perforation: { 5440, 3300, -2975 }
+Is connected to well element #2
+Perforation #3
+Coordinates of the perforation: { 5440, 3300, -2965 }
+Is connected to well element #1
+Perforation #4
+Coordinates of the perforation: { 5440, 3300, -2955 }
+Is connected to well element #0
+
+regionQuadrature: meshBodyName, meshLevelName, regionName, subRegionName = mesh, Level0, reservoir, 1_hexahedra
+mesh/Level0/reservoir/1_hexahedra/fluid allocated 1 quadrature points
+mesh/Level0/reservoir/1_hexahedra/rock allocated 1 quadrature points
+mesh/Level0/reservoir/1_hexahedra/relperm allocated 1 quadrature points
+mesh/Level0/reservoir/1_hexahedra/cappres allocated 1 quadrature points
+regionQuadrature: meshBodyName, meshLevelName, regionName, subRegionName = mesh, Level0, wellRegion, wellRegionUniqueSubRegion
+mesh/Level0/wellRegion/wellRegionUniqueSubRegion/fluid allocated 1 quadrature points
+mesh/Level0/wellRegion/wellRegionUniqueSubRegion/relperm allocated 1 quadrature points
+mesh/Level0/wellRegion/wellRegionUniqueSubRegion/cappres allocated 1 quadrature points
+Rank 17: The perforation at (5440,3300,-2995) has a transmissibility of 1.9263011372391067e-12 Pa.s.rm^3/s/Pa
+Rank 17: The perforation at (5440,3300,-2985) has a transmissibility of 2.368575573918429e-12 Pa.s.rm^3/s/Pa
+Rank 17: The perforation at (5440,3300,-2975) has a transmissibility of 2.724171899533392e-12 Pa.s.rm^3/s/Pa
+Rank 17: The perforation at (5440,3300,-2965) has a transmissibility of 3.0796527300194496e-12 Pa.s.rm^3/s/Pa
+Rank 17: The perforation at (5440,3300,-2955) has a transmissibility of 3.141701956278774e-12 Pa.s.rm^3/s/Pa
+ TableFunction: equil_1_hexahedra_water_table
+Time: 0s, dt:100s, Cycle: 0
+Rank 0: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000000.hdf5
+Rank 17: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000017.hdf5
+Rank 29: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000029.hdf5
+Rank 24: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000024.hdf5
+Rank 28: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000028.hdf5
+Rank 2: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000002.hdf5
+Rank 30: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000030.hdf5
+Rank 4: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000004.hdf5
+Rank 6: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000006.hdf5
+Rank 22: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000022.hdf5
+Rank 23: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000023.hdf5
+Rank 1: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000001.hdf5
+Rank 3: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000003.hdf5
+Rank 5: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000005.hdf5
+Rank 7: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000007.hdf5
+Rank 8: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000008.hdf5
+Rank 9: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000009.hdf5
+Rank 10: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000010.hdf5
+Rank 11: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000011.hdf5
+Rank 26: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000026.hdf5
+Rank 27: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000027.hdf5
+Rank 12: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000012.hdf5
+Rank 25: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000025.hdf5
+Rank 13: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000013.hdf5
+Rank 14: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000014.hdf5
+Rank 15: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000015.hdf5
+Rank 16: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000016.hdf5
+Rank 18: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000018.hdf5
+Rank 19: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000019.hdf5
+Rank 20: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000020.hdf5
+Rank 21: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000021.hdf5
+Rank 31: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000000/rank_0000031.hdf5
+compflowStatistics, reservoir: Pressure (min, average, max): 2.5355e+07, 2.93827e+07, 3.21952e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): 0, 0 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.53628e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 8.33739e-10
+compflowStatistics: Max component CFL number: 8.3374e-10
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 0 kg/s, which corresponds to a total surface volumetric rate of 0 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 0 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 0 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 32927601.657849897 Pa
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 6177.866656179749 kg/s, which corresponds to a total surface volumetric rate of 3306.596147524238 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 3306.5961475239847 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 2.530624093193429e-10 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 32927601.657849897 Pa
+ ( Rflow ) = ( 3.41e-04 ) ; ( Rwell ) = ( 4.11e+02 ) ; ( R ) = ( 4.11e+02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 1.91192e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0152625 s | Solve Time: 0.0155194 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000077808181 kg/s, which corresponds to a total surface volumetric rate of 8.0284902913095 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490291308886 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412579192494e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30456548.81117732 Pa
+ ( Rflow ) = ( 6.12e-06 ) ; ( Rwell ) = ( 2.57e-04 ) ; ( R ) = ( 2.57e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 1.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.78139e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0135967 s | Solve Time: 0.0153129 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627729 kg/s, which corresponds to a total surface volumetric rate of 8.028490249999999 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999384 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547580138e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30387354.32315638 Pa
+ ( Rflow ) = ( 1.72e-08 ) ; ( Rwell ) = ( 7.20e-07 ) ; ( R ) = ( 7.20e-07 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.78e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30387354.32315638 Pa
+wellControls: Total rate: 15.000000000627729 kg/s; total surface volumetric rate: 8.028490249999999 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999384 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547580138e-13 sm3/s
+compositionalMultiphaseFlow: Max relative pressure change: 0.0679447 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 7.77156e-16
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 100s, dt:200s, Cycle: 1
+compflowStatistics, reservoir: Pressure (min, average, max): 2.53391e+07, 2.93827e+07, 3.21952e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): 0, 0 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.53782e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 6.2917e-06
+compflowStatistics: Max component CFL number: 6.29171e-06
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627729 kg/s, which corresponds to a total surface volumetric rate of 8.028490249999999 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999384 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547580138e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30387354.32315638 Pa
+ ( Rflow ) = ( 3.96e-04 ) ; ( Rwell ) = ( 3.96e-05 ) ; ( R ) = ( 3.98e-04 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 2.9404e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0139222 s | Solve Time: 0.0197449 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577274e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30379223.36735678 Pa
+ ( Rflow ) = ( 1.16e-08 ) ; ( Rwell ) = ( 4.24e-09 ) ; ( R ) = ( 1.23e-08 ) ;
+ Last LinSolve(iter,res) = ( 13, 2.94e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30379223.36735678 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577274e-13 sm3/s
+compositionalMultiphaseFlow: Max relative pressure change: 0.108545 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 7.65948e-11
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 300s, dt:400s, Cycle: 2
+compflowStatistics, reservoir: Pressure (min, average, max): 2.53116e+07, 2.93825e+07, 3.21952e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -17228.3, 7234.22 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.54082e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 2.32788e-05
+compflowStatistics: Max component CFL number: 2.32788e-05
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577274e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30379223.36735678 Pa
+ ( Rflow ) = ( 6.92e-04 ) ; ( Rwell ) = ( 7.01e-08 ) ; ( R ) = ( 6.92e-04 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.48091e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.014618 s | Solve Time: 0.0189038 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30382309.30982976 Pa
+ ( Rflow ) = ( 3.51e-08 ) ; ( Rwell ) = ( 1.44e-10 ) ; ( R ) = ( 3.51e-08 ) ;
+ Last LinSolve(iter,res) = ( 13, 5.48e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30382309.30982976 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+compositionalMultiphaseFlow: Max relative pressure change: 0.146348 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 6.23416e-11
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 700s, dt:800s, Cycle: 3
+compflowStatistics, reservoir: Pressure (min, average, max): 2.52746e+07, 2.93823e+07, 3.21952e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -44732.5, 17041.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.54682e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 5.66925e-05
+compflowStatistics: Max component CFL number: 5.66925e-05
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30382309.30982976 Pa
+ ( Rflow ) = ( 1.12e-03 ) ; ( Rwell ) = ( 1.25e-08 ) ; ( R ) = ( 1.12e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.51684e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0141421 s | Solve Time: 0.0190622 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30385523.252034385 Pa
+ ( Rflow ) = ( 1.43e-07 ) ; ( Rwell ) = ( 1.98e-10 ) ; ( R ) = ( 1.43e-07 ) ;
+ Last LinSolve(iter,res) = ( 13, 9.52e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30385523.252034385 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+compositionalMultiphaseFlow: Max relative pressure change: 0.157736 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 1.66588e-10
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1500s, dt:1600s, Cycle: 4
+compflowStatistics, reservoir: Pressure (min, average, max): 2.52347e+07, 2.93819e+07, 3.21952e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -81775.6, 28612 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.55882e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.000102454
+compflowStatistics: Max component CFL number: 0.000102467
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30385523.252034385 Pa
+ ( Rflow ) = ( 1.64e-03 ) ; ( Rwell ) = ( 6.51e-09 ) ; ( R ) = ( 1.64e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 1.63428e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.014077 s | Solve Time: 0.0204521 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30388463.25023306 Pa
+ ( Rflow ) = ( 4.32e-07 ) ; ( Rwell ) = ( 7.68e-12 ) ; ( R ) = ( 4.32e-07 ) ;
+ Last LinSolve(iter,res) = ( 14, 1.63e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30388463.25023306 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+compositionalMultiphaseFlow: Max relative pressure change: 0.162346 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 6.66738e-10
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3100s, dt:3200s, Cycle: 5
+compflowStatistics, reservoir: Pressure (min, average, max): 2.52014e+07, 2.93814e+07, 3.21953e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -121643, 42538.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.58282e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.000214242
+compflowStatistics: Max component CFL number: 0.0002143
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30388463.25023306 Pa
+ ( Rflow ) = ( 2.23e-03 ) ; ( Rwell ) = ( 2.98e-09 ) ; ( R ) = ( 2.23e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.17528e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0146831 s | Solve Time: 0.0214681 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30391065.66838134 Pa
+ ( Rflow ) = ( 2.77e-07 ) ; ( Rwell ) = ( 4.54e-12 ) ; ( R ) = ( 2.77e-07 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.18e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30391065.66838134 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+compositionalMultiphaseFlow: Max relative pressure change: 0.157254 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 2.66371e-09
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6300s, dt:6400s, Cycle: 6
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51798e+07, 2.93805e+07, 3.21959e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -154986, 56537.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.63083e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.000436713
+compflowStatistics: Max component CFL number: 0.000436952
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30391065.66838134 Pa
+ ( Rflow ) = ( 3.09e-03 ) ; ( Rwell ) = ( 1.32e-09 ) ; ( R ) = ( 3.09e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.72099e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0147051 s | Solve Time: 0.0213674 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30393509.167623844 Pa
+ ( Rflow ) = ( 9.69e-07 ) ; ( Rwell ) = ( 9.04e-12 ) ; ( R ) = ( 9.69e-07 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.72e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30393509.167623844 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+compositionalMultiphaseFlow: Max relative pressure change: 0.158985 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 1.06303e-08
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 12700s, dt:12800s, Cycle: 7
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51686e+07, 2.93794e+07, 3.21984e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -176548, 65310.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07255e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.72687e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.000879692
+compflowStatistics: Max component CFL number: 0.000880662
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30393509.167623844 Pa
+ ( Rflow ) = ( 4.96e-03 ) ; ( Rwell ) = ( 6.18e-10 ) ; ( R ) = ( 4.96e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.71754e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.014865 s | Solve Time: 0.0215422 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30395981.765955582 Pa
+ ( Rflow ) = ( 3.81e-06 ) ; ( Rwell ) = ( 1.28e-11 ) ; ( R ) = ( 3.81e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30395981.765955582 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 8.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.15757 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 4.23298e-08
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 25500s, dt:25600s, Cycle: 8
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51636e+07, 2.9378e+07, 3.22049e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -187690, 69327.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07255e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.91905e+06, 1.53627e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0017623
+compflowStatistics: Max component CFL number: 0.00176619
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30395981.765955582 Pa
+ ( Rflow ) = ( 9.03e-03 ) ; ( Rwell ) = ( 3.12e-10 ) ; ( R ) = ( 9.03e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.29834e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0155122 s | Solve Time: 0.0241909 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398592.705623697 Pa
+ ( Rflow ) = ( 1.51e-05 ) ; ( Rwell ) = ( 8.30e-12 ) ; ( R ) = ( 1.51e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 2.48327e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0154629 s | Solve Time: 0.0209209 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398624.667749945 Pa
+ ( Rflow ) = ( 4.47e-11 ) ; ( Rwell ) = ( 9.26e-16 ) ; ( R ) = ( 4.47e-11 ) ;
+wellControls: BHP (at the specified reference elevation): 30398624.667749945 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 2.48e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.155679 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 5.65108e-08
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 51100s, dt:51200s, Cycle: 9
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51613e+07, 2.93761e+07, 3.22154e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -192769, 71029.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53627e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07255e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 2.30304e+06, 1.53627e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.00352302
+compflowStatistics: Max component CFL number: 0.0035386
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398624.667749945 Pa
+ ( Rflow ) = ( 1.74e-02 ) ; ( Rwell ) = ( 1.67e-10 ) ; ( R ) = ( 1.74e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.86221e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0153627 s | Solve Time: 0.022506 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30401383.882176574 Pa
+ ( Rflow ) = ( 6.01e-05 ) ; ( Rwell ) = ( 3.30e-11 ) ; ( R ) = ( 6.01e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.86e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.63722e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0151971 s | Solve Time: 0.0208781 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30401454.93881583 Pa
+ ( Rflow ) = ( 6.99e-10 ) ; ( Rwell ) = ( 3.60e-15 ) ; ( R ) = ( 6.99e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30401454.93881583 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 3.64e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.155812 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 1.57752e-11
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 102300s, dt:102400s, Cycle: 10
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51602e+07, 2.93737e+07, 3.22277e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -195075, 74376.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53627e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07254e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 3.07104e+06, 1.53627e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.00700936
+compflowStatistics: Max component CFL number: 0.00707128
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30401454.93881583 Pa
+ ( Rflow ) = ( 3.43e-02 ) ; ( Rwell ) = ( 8.96e-11 ) ; ( R ) = ( 3.43e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.6253e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0152201 s | Solve Time: 0.0261966 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30404314.582064915 Pa
+ ( Rflow ) = ( 2.38e-04 ) ; ( Rwell ) = ( 5.94e-11 ) ; ( R ) = ( 2.38e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.48023e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0155523 s | Solve Time: 0.0223136 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30404468.848494686 Pa
+ ( Rflow ) = ( 1.08e-08 ) ; ( Rwell ) = ( 1.75e-14 ) ; ( R ) = ( 1.08e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30404468.848494686 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 4.48e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.153379 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 2.36946e-10
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 204700s, dt:204800s, Cycle: 11
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51596e+07, 2.93706e+07, 3.22399e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -196170, 76815.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53627e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07253e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 4.60704e+06, 1.53626e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0138558
+compflowStatistics: Max component CFL number: 0.0140996
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30404468.848494686 Pa
+ ( Rflow ) = ( 6.78e-02 ) ; ( Rwell ) = ( 4.77e-11 ) ; ( R ) = ( 6.78e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.06914e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0154887 s | Solve Time: 0.0225489 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30407077.64898063 Pa
+ ( Rflow ) = ( 1.76e-02 ) ; ( Rwell ) = ( 6.83e-11 ) ; ( R ) = ( 1.76e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.73414e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0152453 s | Solve Time: 0.0242581 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30468467.11860209 Pa
+ ( Rflow ) = ( 6.36e-05 ) ; ( Rwell ) = ( 3.38e-09 ) ; ( R ) = ( 6.36e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.55989e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0154265 s | Solve Time: 0.0225115 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30468422.778344594 Pa
+ ( Rflow ) = ( 1.59e-09 ) ; ( Rwell ) = ( 7.06e-14 ) ; ( R ) = ( 1.59e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30468422.778344594 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 2.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.218967 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0313254
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 409500s, dt:409600s, Cycle: 12
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51594e+07, 2.93678e+07, 3.22503e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -196707, 78602 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1933.76, 1.57994e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.28254e+06, 1.53626e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28254e+06, 3.07252e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.28254e+06, 0 }, { 6.39649e+06, 1.53626e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0945196
+compflowStatistics: Max component CFL number: 0.0997383
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30468422.778344594 Pa
+ ( Rflow ) = ( 1.13e-01 ) ; ( Rwell ) = ( 5.05e-10 ) ; ( R ) = ( 1.13e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.31544e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159855 s | Solve Time: 0.0249471 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30557309.493504427 Pa
+ ( Rflow ) = ( 5.81e-02 ) ; ( Rwell ) = ( 3.93e-04 ) ; ( R ) = ( 5.81e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.55893e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162843 s | Solve Time: 0.0230597 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30673256.839257833 Pa
+ ( Rflow ) = ( 6.25e-03 ) ; ( Rwell ) = ( 1.51e-05 ) ; ( R ) = ( 6.25e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.26679e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156356 s | Solve Time: 0.0213943 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30670886.001186855 Pa
+ ( Rflow ) = ( 2.13e-05 ) ; ( Rwell ) = ( 1.48e-08 ) ; ( R ) = ( 2.13e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 6.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.10624e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159638 s | Solve Time: 0.0214572 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30670885.558710873 Pa
+ ( Rflow ) = ( 1.30e-10 ) ; ( Rwell ) = ( 1.05e-13 ) ; ( R ) = ( 1.30e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30670885.558710873 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 3.11e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.40092 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0757959
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 819100s, dt:698993s, Cycle: 13
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51592e+07, 2.9367e+07, 3.22575e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -196974, 95055.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 10787.1, 1.57993e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.1689e+06, 1.53625e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.36054e+06, 3.07252e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.1689e+06, 0 }, { 6.65411e+06, 1.53625e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.306166
+compflowStatistics: Max component CFL number: 0.346869
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30670885.558710873 Pa
+ ( Rflow ) = ( 1.96e-01 ) ; ( Rwell ) = ( 7.90e-10 ) ; ( R ) = ( 1.96e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.53509e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161691 s | Solve Time: 0.0250963 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30953113.653483424 Pa
+ ( Rflow ) = ( 1.18e-01 ) ; ( Rwell ) = ( 4.20e-04 ) ; ( R ) = ( 1.18e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.63133e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158108 s | Solve Time: 0.0232605 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30982293.441902984 Pa
+ ( Rflow ) = ( 4.21e-02 ) ; ( Rwell ) = ( 4.74e-05 ) ; ( R ) = ( 4.21e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.11687e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160353 s | Solve Time: 0.0234785 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30987602.764687013 Pa
+ ( Rflow ) = ( 3.35e-02 ) ; ( Rwell ) = ( 3.51e-07 ) ; ( R ) = ( 3.35e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.99722e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01562 s | Solve Time: 0.0198372 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30988605.61803891 Pa
+ ( Rflow ) = ( 8.43e-05 ) ; ( Rwell ) = ( 4.95e-10 ) ; ( R ) = ( 8.43e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 9.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.82678e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159856 s | Solve Time: 0.0198999 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30988604.38552591 Pa
+ ( Rflow ) = ( 2.31e-10 ) ; ( Rwell ) = ( 7.31e-13 ) ; ( R ) = ( 2.31e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30988604.38552591 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 3.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.130474 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0921094
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.51809e+06s, dt:1.09155e+06s, Cycle: 14
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51592e+07, 2.93659e+07, 3.22611e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197108, 215329 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 24679.2, 1.57992e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.6411e+07, 1.53624e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.36292e+06, 3.07252e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.6411e+07, 0 }, { 7.89693e+06, 1.53623e+12 } } kg
+compflowStatistics: Max phase CFL number: 3.27665
+compflowStatistics: Max component CFL number: 0.862051
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30988604.38552591 Pa
+ ( Rflow ) = ( 2.72e-01 ) ; ( Rwell ) = ( 7.12e-10 ) ; ( R ) = ( 2.72e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.17224e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156877 s | Solve Time: 0.0232024 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31142829.42267968 Pa
+ ( Rflow ) = ( 5.49e-01 ) ; ( Rwell ) = ( 7.24e-05 ) ; ( R ) = ( 5.49e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.17e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31065716.904102795 Pa
+ Line search @ 0.268: ( Rflow ) = ( 1.95e-01 ) ; ( Rwell ) = ( 1.92e-05 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.54402e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159748 s | Solve Time: 0.023146 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31122191.618648592 Pa
+ ( Rflow ) = ( 2.63e-01 ) ; ( Rwell ) = ( 1.04e-04 ) ; ( R ) = ( 2.63e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.54e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31093954.261375695 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.23e-01 ) ; ( Rwell ) = ( 3.02e-05 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.37304e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158252 s | Solve Time: 0.0230929 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31110125.447119 Pa
+ ( Rflow ) = ( 2.59e-01 ) ; ( Rwell ) = ( 3.31e-05 ) ; ( R ) = ( 2.59e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.37e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31102039.854247347 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.85e-01 ) ; ( Rwell ) = ( 2.31e-05 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31097997.05781152 Pa
+ Line search @ 0.250: ( Rflow ) = ( 1.27e-01 ) ; ( Rwell ) = ( 2.45e-05 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31095975.65959361 Pa
+ Line search @ 0.125: ( Rflow ) = ( 1.10e-01 ) ; ( Rwell ) = ( 2.67e-05 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.68308e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159899 s | Solve Time: 0.023098 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31111630.676571973 Pa
+ ( Rflow ) = ( 1.15e-01 ) ; ( Rwell ) = ( 3.06e-05 ) ; ( R ) = ( 1.15e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.68e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31103803.168082792 Pa
+ Line search @ 0.500: ( Rflow ) = ( 5.95e-02 ) ; ( Rwell ) = ( 2.16e-05 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.96678e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0154624 s | Solve Time: 0.0232635 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31087845.157290343 Pa
+ ( Rflow ) = ( 1.37e-02 ) ; ( Rwell ) = ( 5.84e-06 ) ; ( R ) = ( 1.37e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.57468e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0213106 s | Solve Time: 0.0198268 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 6
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31084157.083163634 Pa
+ ( Rflow ) = ( 7.90e-05 ) ; ( Rwell ) = ( 3.82e-09 ) ; ( R ) = ( 7.90e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 1.74423e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0154724 s | Solve Time: 0.0214959 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 7
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31084158.714779705 Pa
+ ( Rflow ) = ( 1.45e-09 ) ; ( Rwell ) = ( 2.89e-13 ) ; ( R ) = ( 1.45e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 31084158.714779705 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 1.74e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0718475 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.16081
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.60965e+06s, dt:1.25557e+06s, Cycle: 15
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93637e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197170, 254715 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 42372.1, 1.5799e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.8173e+07, 1.53622e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.28941e+06, 3.07252e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.8173e+07, 0 }, { 1.25082e+07, 1.53621e+12 } } kg
+compflowStatistics: Max phase CFL number: 4.21018
+compflowStatistics: Max component CFL number: 1.80348
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31084158.714779705 Pa
+ ( Rflow ) = ( 2.64e-01 ) ; ( Rwell ) = ( 1.36e-10 ) ; ( R ) = ( 2.64e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.73468e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157922 s | Solve Time: 0.0233989 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30998688.133923423 Pa
+ ( Rflow ) = ( 9.72e-01 ) ; ( Rwell ) = ( 6.79e-05 ) ; ( R ) = ( 9.72e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.73e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31041423.42435156 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.73e-01 ) ; ( Rwell ) = ( 1.80e-05 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31062791.06956563 Pa
+ Line search @ 0.250: ( Rflow ) = ( 2.08e-01 ) ; ( Rwell ) = ( 5.31e-06 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.60254e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157719 s | Solve Time: 0.0232942 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31045559.173119884 Pa
+ ( Rflow ) = ( 3.77e-01 ) ; ( Rwell ) = ( 2.21e-05 ) ; ( R ) = ( 3.77e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.60e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31054175.121342756 Pa
+ Line search @ 0.323: ( Rflow ) = ( 2.37e-01 ) ; ( Rwell ) = ( 9.58e-06 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31058483.095454194 Pa
+ Line search @ 0.162: ( Rflow ) = ( 2.12e-01 ) ; ( Rwell ) = ( 6.66e-06 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31060637.082509913 Pa
+ Line search @ 0.081: ( Rflow ) = ( 2.00e-01 ) ; ( Rwell ) = ( 5.52e-06 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.54018e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158548 s | Solve Time: 0.0216551 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31032344.05451488 Pa
+ ( Rflow ) = ( 5.63e-01 ) ; ( Rwell ) = ( 2.44e-05 ) ; ( R ) = ( 5.63e-01 ) ;
+ Last LinSolve(iter,res) = ( 13, 9.54e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31046490.5685124 Pa
+ Line search @ 0.441: ( Rflow ) = ( 1.31e-01 ) ; ( Rwell ) = ( 7.30e-06 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.93668e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0155706 s | Solve Time: 0.0232029 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30988235.052980207 Pa
+ ( Rflow ) = ( 6.19e-02 ) ; ( Rwell ) = ( 1.43e-05 ) ; ( R ) = ( 6.19e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.94e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.39755e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160915 s | Solve Time: 0.0234778 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30995111.291571382 Pa
+ ( Rflow ) = ( 4.09e-02 ) ; ( Rwell ) = ( 5.99e-07 ) ; ( R ) = ( 4.09e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.20677e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0155009 s | Solve Time: 0.0214775 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 6
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30996083.618507177 Pa
+ ( Rflow ) = ( 4.75e-04 ) ; ( Rwell ) = ( 7.37e-10 ) ; ( R ) = ( 4.75e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.21e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 2.94762e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159961 s | Solve Time: 0.0215129 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 7
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30996090.079200912 Pa
+ ( Rflow ) = ( 2.93e-08 ) ; ( Rwell ) = ( 2.97e-12 ) ; ( R ) = ( 2.93e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30996090.079200912 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 2.95e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.119866 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.189782
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.86522e+06s, dt:1.29984e+06s, Cycle: 16
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93616e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197195, 237711 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 59013.2, 1.57988e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.9228e+07, 1.5362e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.1424e+06, 3.07251e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.9228e+07, 0 }, { 2.02868e+07, 1.53619e+12 } } kg
+compflowStatistics: Max phase CFL number: 3.63856
+compflowStatistics: Max component CFL number: 2.1038
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30996090.079200912 Pa
+ ( Rflow ) = ( 2.26e-01 ) ; ( Rwell ) = ( 1.09e-10 ) ; ( R ) = ( 2.26e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.65266e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161463 s | Solve Time: 0.0231595 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30947643.546255827 Pa
+ ( Rflow ) = ( 1.91e-01 ) ; ( Rwell ) = ( 1.00e-05 ) ; ( R ) = ( 1.91e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 2.93216e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157677 s | Solve Time: 0.0214285 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30905060.22897513 Pa
+ ( Rflow ) = ( 1.42e-02 ) ; ( Rwell ) = ( 1.48e-06 ) ; ( R ) = ( 1.42e-02 ) ;
+ Last LinSolve(iter,res) = ( 13, 2.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.2342e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161299 s | Solve Time: 0.0214822 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30905155.97485366 Pa
+ ( Rflow ) = ( 5.76e-05 ) ; ( Rwell ) = ( 4.14e-10 ) ; ( R ) = ( 5.76e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 6.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.95914e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158198 s | Solve Time: 0.0180639 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30905155.943333324 Pa
+ ( Rflow ) = ( 1.72e-09 ) ; ( Rwell ) = ( 4.30e-12 ) ; ( R ) = ( 1.72e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30905155.943333324 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 11, 9.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.104873 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.197488
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 5.16506e+06s, dt:1.31082e+06s, Cycle: 17
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93595e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 219107 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 72064.5, 1.57987e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.78927e+07, 1.53618e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.9517e+06, 3.07251e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.78927e+07, 0 }, { 3.11197e+07, 1.53617e+12 } } kg
+compflowStatistics: Max phase CFL number: 3.13188
+compflowStatistics: Max component CFL number: 2.14209
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30905155.943333324 Pa
+ ( Rflow ) = ( 2.04e-01 ) ; ( Rwell ) = ( 1.09e-10 ) ; ( R ) = ( 2.04e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.05078e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163037 s | Solve Time: 0.0215183 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30838059.24470107 Pa
+ ( Rflow ) = ( 1.31e-01 ) ; ( Rwell ) = ( 4.96e-06 ) ; ( R ) = ( 1.31e-01 ) ;
+ Last LinSolve(iter,res) = ( 13, 6.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.48066e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.015776 s | Solve Time: 0.0231824 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30852661.31792696 Pa
+ ( Rflow ) = ( 5.77e-03 ) ; ( Rwell ) = ( 5.74e-07 ) ; ( R ) = ( 5.77e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 1.97186e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158917 s | Solve Time: 0.0213185 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30852528.279107504 Pa
+ ( Rflow ) = ( 5.89e-06 ) ; ( Rwell ) = ( 5.44e-11 ) ; ( R ) = ( 5.89e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30852528.279107504 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 1.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0561134 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.11348
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 6.47588e+06s, dt:1.84207e+06s, Cycle: 18
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93597e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 231214 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 89154.1, 1.57985e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.92353e+07, 1.53617e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.54619e+07, 3.07251e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.92353e+07, 0 }, { 3.94393e+07, 1.53615e+12 } } kg
+compflowStatistics: Max phase CFL number: 3.56194
+compflowStatistics: Max component CFL number: 3.15156
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30852528.279107504 Pa
+ ( Rflow ) = ( 2.29e-01 ) ; ( Rwell ) = ( 6.04e-11 ) ; ( R ) = ( 2.29e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.32171e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160666 s | Solve Time: 0.0229857 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30831510.804809913 Pa
+ ( Rflow ) = ( 2.72e-01 ) ; ( Rwell ) = ( 1.01e-06 ) ; ( R ) = ( 2.72e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.32e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30842019.54195871 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.46e-01 ) ; ( Rwell ) = ( 8.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.31269e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158035 s | Solve Time: 0.0248033 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30850299.05638322 Pa
+ ( Rflow ) = ( 8.00e-02 ) ; ( Rwell ) = ( 2.04e-06 ) ; ( R ) = ( 8.00e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.50438e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157389 s | Solve Time: 0.0214285 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30849357.404702988 Pa
+ ( Rflow ) = ( 4.45e-04 ) ; ( Rwell ) = ( 1.71e-08 ) ; ( R ) = ( 4.45e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 8.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.7203e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0155026 s | Solve Time: 0.0213049 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30849352.084876273 Pa
+ ( Rflow ) = ( 5.73e-09 ) ; ( Rwell ) = ( 1.26e-11 ) ; ( R ) = ( 5.73e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30849352.084876273 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 3.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.194551 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.123914
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 8.31795e+06s, dt:2.46801e+06s, Cycle: 19
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9363e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 236094 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 128042, 1.57981e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.51019e+07, 1.53614e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.85946e+07, 3.07252e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.51019e+07, 0 }, { 4.12038e+07, 1.53612e+12 } } kg
+compflowStatistics: Max phase CFL number: 4.06666
+compflowStatistics: Max component CFL number: 4.38581
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30849352.084876273 Pa
+ ( Rflow ) = ( 3.18e-01 ) ; ( Rwell ) = ( 1.29e-11 ) ; ( R ) = ( 3.18e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.09798e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157824 s | Solve Time: 0.0236447 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30831894.77397544 Pa
+ ( Rflow ) = ( 3.27e-01 ) ; ( Rwell ) = ( 2.38e-06 ) ; ( R ) = ( 3.27e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.10e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30840623.429425858 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.00e-01 ) ; ( Rwell ) = ( 5.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.98768e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157574 s | Solve Time: 0.0235119 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30826789.659544855 Pa
+ ( Rflow ) = ( 1.07e-01 ) ; ( Rwell ) = ( 5.26e-07 ) ; ( R ) = ( 1.07e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 1.90046e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159982 s | Solve Time: 0.0231301 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30823471.1608264 Pa
+ ( Rflow ) = ( 6.09e-03 ) ; ( Rwell ) = ( 1.38e-09 ) ; ( R ) = ( 6.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 1.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.25857e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159932 s | Solve Time: 0.0214424 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30823445.11540885 Pa
+ ( Rflow ) = ( 6.26e-06 ) ; ( Rwell ) = ( 1.06e-10 ) ; ( R ) = ( 6.26e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30823445.11540885 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 3.26e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0608064 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.17151
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.0786e+07s, dt:2.72698e+06s, Cycle: 20
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93639e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 270808 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 178204, 1.57976e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.18422e+08, 1.53609e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.12165e+07, 3.07253e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.18422e+08, 0 }, { 4.49041e+07, 1.53607e+12 } } kg
+compflowStatistics: Max phase CFL number: 4.70594
+compflowStatistics: Max component CFL number: 4.95233
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30823445.11540885 Pa
+ ( Rflow ) = ( 3.71e-01 ) ; ( Rwell ) = ( 1.07e-10 ) ; ( R ) = ( 3.71e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.75009e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160316 s | Solve Time: 0.0231578 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30788743.06601445 Pa
+ ( Rflow ) = ( 3.61e-01 ) ; ( Rwell ) = ( 2.56e-06 ) ; ( R ) = ( 3.61e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.22719e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162203 s | Solve Time: 0.0230386 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30800362.286207113 Pa
+ ( Rflow ) = ( 1.05e-01 ) ; ( Rwell ) = ( 2.33e-08 ) ; ( R ) = ( 1.05e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.11481e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0154596 s | Solve Time: 0.0214233 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30799787.356459167 Pa
+ ( Rflow ) = ( 1.82e-03 ) ; ( Rwell ) = ( 5.36e-09 ) ; ( R ) = ( 1.82e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 5.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.38935e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159834 s | Solve Time: 0.0230076 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30799790.6813094 Pa
+ ( Rflow ) = ( 4.23e-07 ) ; ( Rwell ) = ( 1.37e-11 ) ; ( R ) = ( 4.23e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30799790.6813094 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 2.39e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0671365 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.137305
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.35129e+07s, dt:3.44744e+06s, Cycle: 21
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93636e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 267223 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 230331, 1.57971e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.53024e+08, 1.53604e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.73518e+07, 3.07253e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.53024e+08, 0 }, { 5.1207e+07, 1.53602e+12 } } kg
+compflowStatistics: Max phase CFL number: 6.17138
+compflowStatistics: Max component CFL number: 6.29892
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30799790.6813094 Pa
+ ( Rflow ) = ( 4.20e-01 ) ; ( Rwell ) = ( 1.93e-11 ) ; ( R ) = ( 4.20e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.53795e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159665 s | Solve Time: 0.0249971 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30793604.581308775 Pa
+ ( Rflow ) = ( 7.84e-01 ) ; ( Rwell ) = ( 1.20e-06 ) ; ( R ) = ( 7.84e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.54e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30796697.63130909 Pa
+ Line search @ 0.411: ( Rflow ) = ( 3.55e-01 ) ; ( Rwell ) = ( 1.33e-08 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 1.74487e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158826 s | Solve Time: 0.0250347 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30793254.896283027 Pa
+ ( Rflow ) = ( 4.00e-01 ) ; ( Rwell ) = ( 1.87e-06 ) ; ( R ) = ( 4.00e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 1.74e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30794976.263796058 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.66e-01 ) ; ( Rwell ) = ( 7.04e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.50733e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159564 s | Solve Time: 0.0232397 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30790050.971459676 Pa
+ ( Rflow ) = ( 1.06e-01 ) ; ( Rwell ) = ( 2.38e-08 ) ; ( R ) = ( 1.06e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.57737e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158662 s | Solve Time: 0.02158 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30789137.994241785 Pa
+ ( Rflow ) = ( 1.92e-03 ) ; ( Rwell ) = ( 4.94e-09 ) ; ( R ) = ( 1.92e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 9.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 1.84616e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159421 s | Solve Time: 0.023249 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30789141.28296569 Pa
+ ( Rflow ) = ( 4.54e-07 ) ; ( Rwell ) = ( 1.19e-11 ) ; ( R ) = ( 4.54e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30789141.28296569 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 1.85e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.045994 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.20225
+coupledFlowAndWells: Time-step required will be decreased based on state change.
+Time: 1.69604e+07s, dt:3.42177e+06s, Cycle: 22
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9364e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 255560 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 299631, 1.57964e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.99049e+08, 1.53597e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.98478e+07, 3.07254e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.99049e+08, 0 }, { 5.68928e+07, 1.53595e+12 } } kg
+compflowStatistics: Max phase CFL number: 6.27919
+compflowStatistics: Max component CFL number: 6.24927
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30789141.28296569 Pa
+ ( Rflow ) = ( 4.48e-01 ) ; ( Rwell ) = ( 1.29e-11 ) ; ( R ) = ( 4.48e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.2849e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158822 s | Solve Time: 0.0256319 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30761724.401400965 Pa
+ ( Rflow ) = ( 5.44e-01 ) ; ( Rwell ) = ( 1.43e-06 ) ; ( R ) = ( 5.44e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.28e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30775432.84218333 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.29e-01 ) ; ( Rwell ) = ( 1.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 1.62961e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157938 s | Solve Time: 0.0251549 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30766515.958065767 Pa
+ ( Rflow ) = ( 1.49e-01 ) ; ( Rwell ) = ( 7.06e-08 ) ; ( R ) = ( 1.49e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 1.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.57786e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159411 s | Solve Time: 0.0265471 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30769400.482157134 Pa
+ ( Rflow ) = ( 8.96e-03 ) ; ( Rwell ) = ( 2.76e-09 ) ; ( R ) = ( 8.96e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.4588e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170116 s | Solve Time: 0.0233018 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30769471.14863045 Pa
+ ( Rflow ) = ( 7.00e-06 ) ; ( Rwell ) = ( 1.27e-10 ) ; ( R ) = ( 7.00e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30769471.14863045 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 3.46e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0595394 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.157289
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.03822e+07s, dt:3.98979e+06s, Cycle: 23
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93634e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 252494 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 363537, 1.57958e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.4145e+08, 1.53591e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.60983e+07, 3.07254e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.4145e+08, 0 }, { 6.58185e+07, 1.53589e+12 } } kg
+compflowStatistics: Max phase CFL number: 7.32669
+compflowStatistics: Max component CFL number: 7.25426
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30769471.14863045 Pa
+ ( Rflow ) = ( 4.70e-01 ) ; ( Rwell ) = ( 1.26e-10 ) ; ( R ) = ( 4.70e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.69852e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160259 s | Solve Time: 0.0284682 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30756571.463911384 Pa
+ ( Rflow ) = ( 5.37e-01 ) ; ( Rwell ) = ( 2.51e-06 ) ; ( R ) = ( 5.37e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.70e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30763021.306270916 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.97e-01 ) ; ( Rwell ) = ( 1.23e-06 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.28048e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159965 s | Solve Time: 0.028866 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30761976.52908872 Pa
+ ( Rflow ) = ( 2.27e-01 ) ; ( Rwell ) = ( 1.28e-07 ) ; ( R ) = ( 2.27e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 1.98572e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156734 s | Solve Time: 0.0233496 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30762766.62057088 Pa
+ ( Rflow ) = ( 4.07e-03 ) ; ( Rwell ) = ( 4.15e-09 ) ; ( R ) = ( 4.07e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 1.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.31677e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156663 s | Solve Time: 0.0214505 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30762758.540647108 Pa
+ ( Rflow ) = ( 1.93e-06 ) ; ( Rwell ) = ( 3.05e-10 ) ; ( R ) = ( 1.93e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30762758.540647108 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 9.32e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0583067 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.165874
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.43719e+07s, dt:4.5019e+06s, Cycle: 24
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93641e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 239583 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 444500, 1.5795e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.9524e+08, 1.53584e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.48761e+07, 3.07254e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.9524e+08, 0 }, { 7.18753e+07, 1.53581e+12 } } kg
+compflowStatistics: Max phase CFL number: 8.57793
+compflowStatistics: Max component CFL number: 8.11649
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30762758.540647108 Pa
+ ( Rflow ) = ( 4.82e-01 ) ; ( Rwell ) = ( 3.05e-10 ) ; ( R ) = ( 4.82e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.45482e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158329 s | Solve Time: 0.0252138 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30752676.24293109 Pa
+ ( Rflow ) = ( 7.52e-01 ) ; ( Rwell ) = ( 1.06e-06 ) ; ( R ) = ( 7.52e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.45e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30757717.391789097 Pa
+ Line search @ 0.462: ( Rflow ) = ( 2.82e-01 ) ; ( Rwell ) = ( 1.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.86854e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158706 s | Solve Time: 0.0250451 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30749792.310756166 Pa
+ ( Rflow ) = ( 2.26e-01 ) ; ( Rwell ) = ( 1.52e-06 ) ; ( R ) = ( 2.26e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.1715e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157558 s | Solve Time: 0.0230653 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30748214.706595156 Pa
+ ( Rflow ) = ( 8.30e-03 ) ; ( Rwell ) = ( 5.39e-09 ) ; ( R ) = ( 8.30e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.60211e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158714 s | Solve Time: 0.0232828 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30748215.515379347 Pa
+ ( Rflow ) = ( 1.51e-05 ) ; ( Rwell ) = ( 2.91e-10 ) ; ( R ) = ( 1.51e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.53976e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156748 s | Solve Time: 0.0230592 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30748215.555744033 Pa
+ ( Rflow ) = ( 1.66e-10 ) ; ( Rwell ) = ( 1.67e-13 ) ; ( R ) = ( 1.66e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30748215.555744033 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 2.54e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0256288 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.171101
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.88738e+07s, dt:4.98179e+06s, Cycle: 25
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93642e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 241731 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 535866, 1.5794e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.559e+08, 1.53575e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.92619e+07, 3.07255e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.559e+08, 0 }, { 7.87434e+07, 1.53572e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.1086
+compflowStatistics: Max component CFL number: 8.89335
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30748215.555744033 Pa
+ ( Rflow ) = ( 5.25e-01 ) ; ( Rwell ) = ( 5.10e-12 ) ; ( R ) = ( 5.25e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.53343e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157872 s | Solve Time: 0.0248211 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30726308.127528146 Pa
+ ( Rflow ) = ( 1.22e+00 ) ; ( Rwell ) = ( 6.16e-07 ) ; ( R ) = ( 1.22e+00 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.53e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30737261.84163609 Pa
+ Line search @ 0.500: ( Rflow ) = ( 3.20e-01 ) ; ( Rwell ) = ( 1.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.54499e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156924 s | Solve Time: 0.0252785 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30730264.72370731 Pa
+ ( Rflow ) = ( 2.55e-01 ) ; ( Rwell ) = ( 9.79e-08 ) ; ( R ) = ( 2.55e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.29084e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160068 s | Solve Time: 0.0232441 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30732451.031486176 Pa
+ ( Rflow ) = ( 1.03e-02 ) ; ( Rwell ) = ( 8.98e-09 ) ; ( R ) = ( 1.03e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 1.98744e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160976 s | Solve Time: 0.0232065 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30732405.008999437 Pa
+ ( Rflow ) = ( 1.23e-05 ) ; ( Rwell ) = ( 2.40e-10 ) ; ( R ) = ( 1.23e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 1.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 1.97701e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160016 s | Solve Time: 0.0233004 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30732405.025849514 Pa
+ ( Rflow ) = ( 1.97e-10 ) ; ( Rwell ) = ( 8.96e-14 ) ; ( R ) = ( 1.97e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30732405.025849514 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 1.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0256895 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.155264
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.38556e+07s, dt:5e+06s, Cycle: 26
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93642e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 237351 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 636055, 1.5793e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.22409e+08, 1.53565e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.59011e+07, 3.07255e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.22409e+08, 0 }, { 8.69613e+07, 1.53562e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.385
+compflowStatistics: Max component CFL number: 8.8289
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30732405.025849514 Pa
+ ( Rflow ) = ( 4.92e-01 ) ; ( Rwell ) = ( 5.02e-12 ) ; ( R ) = ( 4.92e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.65096e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159521 s | Solve Time: 0.0250375 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30719350.23536183 Pa
+ ( Rflow ) = ( 8.87e-01 ) ; ( Rwell ) = ( 6.86e-07 ) ; ( R ) = ( 8.87e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.65e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30725877.63060567 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.88e-01 ) ; ( Rwell ) = ( 1.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.03529e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0155129 s | Solve Time: 0.0248526 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30720103.93123482 Pa
+ ( Rflow ) = ( 1.94e-01 ) ; ( Rwell ) = ( 1.62e-07 ) ; ( R ) = ( 1.94e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.04e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 1.87094e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156885 s | Solve Time: 0.0230849 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30721442.827120267 Pa
+ ( Rflow ) = ( 4.82e-03 ) ; ( Rwell ) = ( 6.16e-09 ) ; ( R ) = ( 4.82e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 1.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.73963e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157381 s | Solve Time: 0.0231787 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30721442.190508973 Pa
+ ( Rflow ) = ( 2.67e-06 ) ; ( Rwell ) = ( 1.11e-10 ) ; ( R ) = ( 2.67e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30721442.190508973 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 2.74e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0290239 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.159064
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.88556e+07s, dt:5e+06s, Cycle: 27
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93643e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 232343 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 737612, 1.5792e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.89842e+08, 1.53556e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.43254e+07, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.89842e+08, 0 }, { 9.45278e+07, 1.53552e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.60061
+compflowStatistics: Max component CFL number: 8.74401
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30721442.190508973 Pa
+ ( Rflow ) = ( 4.63e-01 ) ; ( Rwell ) = ( 1.11e-10 ) ; ( R ) = ( 4.63e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.09303e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160072 s | Solve Time: 0.0250591 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30707220.964827403 Pa
+ ( Rflow ) = ( 5.24e-01 ) ; ( Rwell ) = ( 6.76e-07 ) ; ( R ) = ( 5.24e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.09e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30714331.57766819 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.92e-01 ) ; ( Rwell ) = ( 8.51e-08 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.06799e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016214 s | Solve Time: 0.0251952 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30708994.67059422 Pa
+ ( Rflow ) = ( 1.85e-01 ) ; ( Rwell ) = ( 6.94e-07 ) ; ( R ) = ( 1.85e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.75127e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158907 s | Solve Time: 0.0233882 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30710890.711854316 Pa
+ ( Rflow ) = ( 2.94e-03 ) ; ( Rwell ) = ( 1.93e-08 ) ; ( R ) = ( 2.94e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.75835e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016425 s | Solve Time: 0.0231699 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30710850.263404652 Pa
+ ( Rflow ) = ( 5.72e-07 ) ; ( Rwell ) = ( 2.86e-10 ) ; ( R ) = ( 5.72e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30710850.263404652 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 5.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0179165 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.131829
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 4.38556e+07s, dt:5e+06s, Cycle: 28
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93642e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 230353 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 837907, 1.5791e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.56412e+08, 1.53546e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.15744e+07, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.56412e+08, 0 }, { 1.02957e+08, 1.53542e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.77801
+compflowStatistics: Max component CFL number: 8.67571
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30710850.263404652 Pa
+ ( Rflow ) = ( 4.28e-01 ) ; ( Rwell ) = ( 2.86e-10 ) ; ( R ) = ( 4.28e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.8768e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159452 s | Solve Time: 0.0249576 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30702134.732515495 Pa
+ ( Rflow ) = ( 6.42e-01 ) ; ( Rwell ) = ( 2.23e-07 ) ; ( R ) = ( 6.42e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.88e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30706492.497960076 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.63e-01 ) ; ( Rwell ) = ( 5.58e-08 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.00095e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156805 s | Solve Time: 0.0249528 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30707989.839354686 Pa
+ ( Rflow ) = ( 1.34e-01 ) ; ( Rwell ) = ( 4.41e-08 ) ; ( R ) = ( 1.34e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.05694e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158875 s | Solve Time: 0.0232575 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30707751.117918428 Pa
+ ( Rflow ) = ( 2.61e-03 ) ; ( Rwell ) = ( 1.74e-09 ) ; ( R ) = ( 2.61e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.46779e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158969 s | Solve Time: 0.0233775 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30707726.31861405 Pa
+ ( Rflow ) = ( 3.53e-07 ) ; ( Rwell ) = ( 1.04e-10 ) ; ( R ) = ( 3.53e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30707726.31861405 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 4.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0368733 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.142814
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 4.88556e+07s, dt:5e+06s, Cycle: 29
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93647e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 226500 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 943453, 1.579e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.26527e+08, 1.53536e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.94267e+07, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.26527e+08, 0 }, { 1.07842e+08, 1.53531e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.91483
+compflowStatistics: Max component CFL number: 8.621
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30707726.31861405 Pa
+ ( Rflow ) = ( 4.19e-01 ) ; ( Rwell ) = ( 1.04e-10 ) ; ( R ) = ( 4.19e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.13312e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158442 s | Solve Time: 0.0251274 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30698434.887832653 Pa
+ ( Rflow ) = ( 4.09e-01 ) ; ( Rwell ) = ( 1.74e-07 ) ; ( R ) = ( 4.09e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.51763e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160773 s | Solve Time: 0.0231982 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30697811.959884267 Pa
+ ( Rflow ) = ( 7.18e-02 ) ; ( Rwell ) = ( 1.08e-08 ) ; ( R ) = ( 7.18e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.61038e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156255 s | Solve Time: 0.0231694 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30697748.791883927 Pa
+ ( Rflow ) = ( 3.75e-03 ) ; ( Rwell ) = ( 3.02e-09 ) ; ( R ) = ( 3.75e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.60284e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160251 s | Solve Time: 0.0231329 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30697744.443848718 Pa
+ ( Rflow ) = ( 1.49e-05 ) ; ( Rwell ) = ( 1.96e-10 ) ; ( R ) = ( 1.49e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.266e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0180788 s | Solve Time: 0.0233084 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30697744.42809847 Pa
+ ( Rflow ) = ( 2.75e-10 ) ; ( Rwell ) = ( 7.56e-13 ) ; ( R ) = ( 2.75e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30697744.42809847 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 4.27e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0199626 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.133105
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 5.38556e+07s, dt:5e+06s, Cycle: 30
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93644e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 228510 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.04508e+06, 1.5789e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.93957e+08, 1.53526e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.27677e+07, 3.07257e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.93957e+08, 0 }, { 1.15413e+08, 1.53521e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0238
+compflowStatistics: Max component CFL number: 8.57009
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30697744.42809847 Pa
+ ( Rflow ) = ( 4.14e-01 ) ; ( Rwell ) = ( 3.26e-12 ) ; ( R ) = ( 4.14e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 1.72199e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159885 s | Solve Time: 0.0268922 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30684798.66219362 Pa
+ ( Rflow ) = ( 3.34e-01 ) ; ( Rwell ) = ( 1.05e-07 ) ; ( R ) = ( 3.34e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 1.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.12502e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161109 s | Solve Time: 0.0231331 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30690812.360835183 Pa
+ ( Rflow ) = ( 9.65e-02 ) ; ( Rwell ) = ( 1.59e-08 ) ; ( R ) = ( 9.65e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 1.86095e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158888 s | Solve Time: 0.0230317 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30690608.020927522 Pa
+ ( Rflow ) = ( 1.73e-03 ) ; ( Rwell ) = ( 1.26e-09 ) ; ( R ) = ( 1.73e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 1.86e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.5348e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159249 s | Solve Time: 0.0215285 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30690607.826132905 Pa
+ ( Rflow ) = ( 1.78e-07 ) ; ( Rwell ) = ( 5.88e-11 ) ; ( R ) = ( 1.78e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30690607.826132905 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 3.53e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.016604 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.115759
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 5.88556e+07s, dt:5e+06s, Cycle: 31
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93644e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 223538 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.14626e+06, 1.57879e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.61116e+08, 1.53516e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00892e+08, 3.07257e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.61116e+08, 0 }, { 1.23253e+08, 1.53511e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1175
+compflowStatistics: Max component CFL number: 8.52123
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30690607.826132905 Pa
+ ( Rflow ) = ( 3.89e-01 ) ; ( Rwell ) = ( 5.88e-11 ) ; ( R ) = ( 3.89e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.58744e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156682 s | Solve Time: 0.0249878 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30683100.67388032 Pa
+ ( Rflow ) = ( 2.75e-01 ) ; ( Rwell ) = ( 1.92e-07 ) ; ( R ) = ( 2.75e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.90442e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156799 s | Solve Time: 0.0229903 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30687104.35571761 Pa
+ ( Rflow ) = ( 3.88e-02 ) ; ( Rwell ) = ( 2.55e-08 ) ; ( R ) = ( 3.88e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.30848e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160548 s | Solve Time: 0.0234201 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30686900.6502351 Pa
+ ( Rflow ) = ( 2.22e-03 ) ; ( Rwell ) = ( 1.27e-09 ) ; ( R ) = ( 2.22e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.92407e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.015996 s | Solve Time: 0.0182382 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30686901.07202038 Pa
+ ( Rflow ) = ( 1.52e-08 ) ; ( Rwell ) = ( 2.89e-10 ) ; ( R ) = ( 1.52e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30686901.07202038 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 11, 8.92e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0253856 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.125858
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 6.38556e+07s, dt:5e+06s, Cycle: 32
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93647e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 221261 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.25048e+06, 1.57869e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.30329e+08, 1.53506e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11268e+08, 3.07258e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.30329e+08, 0 }, { 1.29041e+08, 1.53501e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1976
+compflowStatistics: Max component CFL number: 8.47789
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30686901.07202038 Pa
+ ( Rflow ) = ( 3.74e-01 ) ; ( Rwell ) = ( 2.89e-10 ) ; ( R ) = ( 3.74e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.55436e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160884 s | Solve Time: 0.025094 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30681263.15726761 Pa
+ ( Rflow ) = ( 2.94e-01 ) ; ( Rwell ) = ( 1.13e-07 ) ; ( R ) = ( 2.94e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.99061e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161191 s | Solve Time: 0.0231068 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30682087.753935598 Pa
+ ( Rflow ) = ( 4.35e-02 ) ; ( Rwell ) = ( 4.94e-09 ) ; ( R ) = ( 4.35e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.51547e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160838 s | Solve Time: 0.0230663 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30681781.610520307 Pa
+ ( Rflow ) = ( 5.76e-04 ) ; ( Rwell ) = ( 1.12e-09 ) ; ( R ) = ( 5.76e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.25517e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0155949 s | Solve Time: 0.0197339 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30681781.769906964 Pa
+ ( Rflow ) = ( 1.24e-08 ) ; ( Rwell ) = ( 8.62e-11 ) ; ( R ) = ( 1.24e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30681781.769906964 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 7.26e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0208573 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.124801
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 6.88556e+07s, dt:5e+06s, Cycle: 33
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93648e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 222046 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.35462e+06, 1.57859e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.99462e+08, 1.53496e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.15974e+08, 3.07258e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.99462e+08, 0 }, { 1.34907e+08, 1.53491e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2686
+compflowStatistics: Max component CFL number: 8.43929
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30681781.769906964 Pa
+ ( Rflow ) = ( 3.70e-01 ) ; ( Rwell ) = ( 8.62e-11 ) ; ( R ) = ( 3.70e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 1.73571e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0155988 s | Solve Time: 0.0266417 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30673708.881387055 Pa
+ ( Rflow ) = ( 2.45e-01 ) ; ( Rwell ) = ( 2.57e-07 ) ; ( R ) = ( 2.45e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 1.74e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.46914e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157332 s | Solve Time: 0.0248192 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30677641.181497414 Pa
+ ( Rflow ) = ( 1.54e-02 ) ; ( Rwell ) = ( 6.27e-09 ) ; ( R ) = ( 1.54e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.40152e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158446 s | Solve Time: 0.0250578 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30677442.40717398 Pa
+ ( Rflow ) = ( 1.38e-04 ) ; ( Rwell ) = ( 2.33e-10 ) ; ( R ) = ( 1.38e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.69583e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159154 s | Solve Time: 0.0230242 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30677442.370396826 Pa
+ ( Rflow ) = ( 7.28e-09 ) ; ( Rwell ) = ( 2.49e-12 ) ; ( R ) = ( 7.28e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30677442.370396826 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 4.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0171407 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.10439
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 7.38556e+07s, dt:5e+06s, Cycle: 34
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93648e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 220917 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.45935e+06, 1.57848e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.68993e+08, 1.53486e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23001e+08, 3.07258e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.68993e+08, 0 }, { 1.40376e+08, 1.5348e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.55411
+compflowStatistics: Max component CFL number: 8.40449
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30677442.370396826 Pa
+ ( Rflow ) = ( 3.63e-01 ) ; ( Rwell ) = ( 2.84e-12 ) ; ( R ) = ( 3.63e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.49897e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158272 s | Solve Time: 0.0248344 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30672593.586662885 Pa
+ ( Rflow ) = ( 2.41e-01 ) ; ( Rwell ) = ( 1.02e-07 ) ; ( R ) = ( 2.41e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.6505e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157235 s | Solve Time: 0.0230548 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30673089.998173345 Pa
+ ( Rflow ) = ( 1.71e-02 ) ; ( Rwell ) = ( 6.97e-09 ) ; ( R ) = ( 1.71e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.33242e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158409 s | Solve Time: 0.0234908 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30673005.452938188 Pa
+ ( Rflow ) = ( 1.73e-04 ) ; ( Rwell ) = ( 7.63e-10 ) ; ( R ) = ( 1.73e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.53343e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0154752 s | Solve Time: 0.0232867 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30673005.333341923 Pa
+ ( Rflow ) = ( 2.44e-08 ) ; ( Rwell ) = ( 8.10e-12 ) ; ( R ) = ( 2.44e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30673005.333341923 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 5.53e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0181705 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.108646
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 7.88556e+07s, dt:5e+06s, Cycle: 35
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93649e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 220209 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56484e+06, 1.57838e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03903e+09, 1.53476e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28839e+08, 3.07259e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03903e+09, 0 }, { 1.45339e+08, 1.5347e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.60749
+compflowStatistics: Max component CFL number: 8.37001
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30673005.333341923 Pa
+ ( Rflow ) = ( 3.60e-01 ) ; ( Rwell ) = ( 8.23e-12 ) ; ( R ) = ( 3.60e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.19447e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158178 s | Solve Time: 0.0268431 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30664301.21249786 Pa
+ ( Rflow ) = ( 2.47e-01 ) ; ( Rwell ) = ( 8.01e-07 ) ; ( R ) = ( 2.47e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.28794e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159103 s | Solve Time: 0.0230769 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30663542.40147522 Pa
+ ( Rflow ) = ( 4.00e-02 ) ; ( Rwell ) = ( 8.99e-09 ) ; ( R ) = ( 4.00e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.69951e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160046 s | Solve Time: 0.023223 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30663486.600919515 Pa
+ ( Rflow ) = ( 6.66e-04 ) ; ( Rwell ) = ( 7.83e-10 ) ; ( R ) = ( 6.66e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.98436e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166185 s | Solve Time: 0.0180082 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30663486.632473398 Pa
+ ( Rflow ) = ( 3.87e-08 ) ; ( Rwell ) = ( 6.26e-11 ) ; ( R ) = ( 3.87e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30663486.632473398 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 11, 4.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0223661 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.119471
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 8.38556e+07s, dt:5e+06s, Cycle: 36
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93644e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 219467 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.66483e+06, 1.57828e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.10531e+09, 1.53466e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30624e+08, 3.07259e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.10531e+09, 0 }, { 1.54057e+08, 1.5346e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.66535
+compflowStatistics: Max component CFL number: 8.33433
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30663486.632473398 Pa
+ ( Rflow ) = ( 3.54e-01 ) ; ( Rwell ) = ( 6.27e-11 ) ; ( R ) = ( 3.54e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 1.99997e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164937 s | Solve Time: 0.0270474 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30655005.797943156 Pa
+ ( Rflow ) = ( 1.82e-01 ) ; ( Rwell ) = ( 1.37e-07 ) ; ( R ) = ( 1.82e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.43973e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160086 s | Solve Time: 0.0264688 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30660044.55845765 Pa
+ ( Rflow ) = ( 6.49e-03 ) ; ( Rwell ) = ( 6.11e-09 ) ; ( R ) = ( 6.49e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.44e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.37656e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156698 s | Solve Time: 0.0230051 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30659925.80744191 Pa
+ ( Rflow ) = ( 1.10e-05 ) ; ( Rwell ) = ( 3.10e-10 ) ; ( R ) = ( 1.10e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.38974e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158687 s | Solve Time: 0.0230896 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30659925.871011678 Pa
+ ( Rflow ) = ( 1.89e-10 ) ; ( Rwell ) = ( 2.36e-13 ) ; ( R ) = ( 1.89e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30659925.871011678 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 2.39e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0216652 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.10874
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 8.88556e+07s, dt:5e+06s, Cycle: 37
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93645e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 214123 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.76633e+06, 1.57817e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.1727e+09, 1.53457e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.38927e+08, 3.07259e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.1727e+09, 0 }, { 1.61666e+08, 1.5345e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.71675
+compflowStatistics: Max component CFL number: 8.30442
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30659925.871011678 Pa
+ ( Rflow ) = ( 3.39e-01 ) ; ( Rwell ) = ( 1.15e-12 ) ; ( R ) = ( 3.39e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.27426e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161414 s | Solve Time: 0.0248876 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30656197.673770655 Pa
+ ( Rflow ) = ( 2.28e-01 ) ; ( Rwell ) = ( 7.11e-08 ) ; ( R ) = ( 2.28e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.03128e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159221 s | Solve Time: 0.0262647 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30659480.8339382 Pa
+ ( Rflow ) = ( 3.74e-02 ) ; ( Rwell ) = ( 5.07e-09 ) ; ( R ) = ( 3.74e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.98458e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160933 s | Solve Time: 0.0232275 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30659208.16292163 Pa
+ ( Rflow ) = ( 5.14e-04 ) ; ( Rwell ) = ( 1.27e-09 ) ; ( R ) = ( 5.14e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.98e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.60506e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01574 s | Solve Time: 0.0231807 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30659208.19607391 Pa
+ ( Rflow ) = ( 1.32e-08 ) ; ( Rwell ) = ( 1.49e-11 ) ; ( R ) = ( 1.32e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30659208.19607391 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 2.61e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0276235 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.095097
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 9.38556e+07s, dt:5e+06s, Cycle: 38
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93649e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 213861 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.87124e+06, 1.57807e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.2424e+09, 1.53447e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.48675e+08, 3.0726e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.2424e+09, 0 }, { 1.66973e+08, 1.5344e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.75427
+compflowStatistics: Max component CFL number: 8.28295
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30659208.19607391 Pa
+ ( Rflow ) = ( 3.28e-01 ) ; ( Rwell ) = ( 1.49e-11 ) ; ( R ) = ( 3.28e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.55053e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157967 s | Solve Time: 0.0247111 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30654963.35531528 Pa
+ ( Rflow ) = ( 2.21e-01 ) ; ( Rwell ) = ( 4.88e-08 ) ; ( R ) = ( 2.21e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.43884e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156491 s | Solve Time: 0.024832 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30656797.470260143 Pa
+ ( Rflow ) = ( 3.60e-02 ) ; ( Rwell ) = ( 2.29e-09 ) ; ( R ) = ( 3.60e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.44e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.63775e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160071 s | Solve Time: 0.0230807 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30656606.67749345 Pa
+ ( Rflow ) = ( 6.70e-04 ) ; ( Rwell ) = ( 2.06e-09 ) ; ( R ) = ( 6.70e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.11816e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160891 s | Solve Time: 0.0196105 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30656606.757119827 Pa
+ ( Rflow ) = ( 4.36e-08 ) ; ( Rwell ) = ( 9.26e-11 ) ; ( R ) = ( 4.36e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30656606.757119827 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 7.12e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0168808 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0978003
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 9.88556e+07s, dt:1.14436e+06s, Cycle: 39
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93651e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 215462 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.9769e+06, 1.57796e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.31255e+09, 1.53436e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.53645e+08, 3.0726e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.31255e+09, 0 }, { 1.7182e+08, 1.53429e+12 } } kg
+compflowStatistics: Max phase CFL number: 2.23998
+compflowStatistics: Max component CFL number: 1.89059
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30656606.757119827 Pa
+ ( Rflow ) = ( 7.48e-02 ) ; ( Rwell ) = ( 9.26e-11 ) ; ( R ) = ( 7.48e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.66096e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162175 s | Solve Time: 0.023604 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30656182.564538088 Pa
+ ( Rflow ) = ( 2.08e-03 ) ; ( Rwell ) = ( 2.48e-09 ) ; ( R ) = ( 2.08e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.42604e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159609 s | Solve Time: 0.0234718 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30656176.3603126 Pa
+ ( Rflow ) = ( 1.29e-05 ) ; ( Rwell ) = ( 5.74e-11 ) ; ( R ) = ( 1.29e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.46306e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157233 s | Solve Time: 0.0247825 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30656175.525893718 Pa
+ ( Rflow ) = ( 6.27e-10 ) ; ( Rwell ) = ( 3.52e-13 ) ; ( R ) = ( 6.27e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30656175.525893718 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 5.46e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00662426 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0235383
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1e+08s, dt:2.28873e+06s, Cycle: 40
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93651e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 215349 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.00119e+06, 1.57794e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.32868e+09, 1.53434e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.54747e+08, 3.0726e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.32868e+09, 0 }, { 1.72852e+08, 1.53427e+12 } } kg
+compflowStatistics: Max phase CFL number: 4.48342
+compflowStatistics: Max component CFL number: 3.77896
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30656175.525893718 Pa
+ ( Rflow ) = ( 1.50e-01 ) ; ( Rwell ) = ( 7.69e-13 ) ; ( R ) = ( 1.50e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.22317e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159913 s | Solve Time: 0.0246913 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30653690.06896856 Pa
+ ( Rflow ) = ( 3.07e-02 ) ; ( Rwell ) = ( 1.15e-08 ) ; ( R ) = ( 3.07e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.13762e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159207 s | Solve Time: 0.0246166 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30655085.877881594 Pa
+ ( Rflow ) = ( 1.36e-03 ) ; ( Rwell ) = ( 1.10e-09 ) ; ( R ) = ( 1.36e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.03976e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161662 s | Solve Time: 0.0247088 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30655044.931002382 Pa
+ ( Rflow ) = ( 2.66e-06 ) ; ( Rwell ) = ( 5.41e-11 ) ; ( R ) = ( 2.66e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30655044.931002382 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.04e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0127557 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0498254
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.02289e+08s, dt:4.57746e+06s, Cycle: 41
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93652e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 215465 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.04995e+06, 1.57789e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.36106e+09, 1.53429e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.57409e+08, 3.0726e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.36106e+09, 0 }, { 1.74811e+08, 1.53422e+12 } } kg
+compflowStatistics: Max phase CFL number: 8.97978
+compflowStatistics: Max component CFL number: 7.54967
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30655044.931002382 Pa
+ ( Rflow ) = ( 3.01e-01 ) ; ( Rwell ) = ( 5.41e-11 ) ; ( R ) = ( 3.01e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.3603e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160529 s | Solve Time: 0.0247667 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30650352.058020987 Pa
+ ( Rflow ) = ( 1.71e-01 ) ; ( Rwell ) = ( 3.55e-08 ) ; ( R ) = ( 1.71e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.82771e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016184 s | Solve Time: 0.023369 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30650107.6065805 Pa
+ ( Rflow ) = ( 2.71e-03 ) ; ( Rwell ) = ( 5.88e-09 ) ; ( R ) = ( 2.71e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.17791e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157379 s | Solve Time: 0.0248914 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30650086.72362449 Pa
+ ( Rflow ) = ( 3.15e-06 ) ; ( Rwell ) = ( 2.24e-11 ) ; ( R ) = ( 3.15e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30650086.72362449 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.18e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0106583 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0966477
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.06866e+08s, dt:5e+06s, Cycle: 42
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93649e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 215378 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.14477e+06, 1.5778e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.42394e+09, 1.5342e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.61938e+08, 3.07261e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.42394e+09, 0 }, { 1.80589e+08, 1.53413e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.83819
+compflowStatistics: Max component CFL number: 8.22762
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30650086.72362449 Pa
+ ( Rflow ) = ( 3.27e-01 ) ; ( Rwell ) = ( 2.27e-11 ) ; ( R ) = ( 3.27e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 1.75489e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157341 s | Solve Time: 0.026447 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30643393.325365007 Pa
+ ( Rflow ) = ( 2.20e-01 ) ; ( Rwell ) = ( 2.19e-07 ) ; ( R ) = ( 2.20e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 1.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.06521e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161268 s | Solve Time: 0.0231109 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30644349.935037393 Pa
+ ( Rflow ) = ( 4.27e-03 ) ; ( Rwell ) = ( 7.65e-09 ) ; ( R ) = ( 4.27e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.58699e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160428 s | Solve Time: 0.0231154 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30644363.64730101 Pa
+ ( Rflow ) = ( 1.43e-06 ) ; ( Rwell ) = ( 2.70e-10 ) ; ( R ) = ( 1.43e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30644363.64730101 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 8.59e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0130225 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0870057
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.11866e+08s, dt:5e+06s, Cycle: 43
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93646e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 212658 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.24597e+06, 1.57769e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.49105e+09, 1.5341e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.67439e+08, 3.07261e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.49105e+09, 0 }, { 1.88482e+08, 1.53403e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.87424
+compflowStatistics: Max component CFL number: 8.20313
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30644363.64730101 Pa
+ ( Rflow ) = ( 3.16e-01 ) ; ( Rwell ) = ( 2.70e-10 ) ; ( R ) = ( 3.16e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.7433e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158858 s | Solve Time: 0.0248538 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30640823.5920552 Pa
+ ( Rflow ) = ( 1.09e+00 ) ; ( Rwell ) = ( 5.69e-08 ) ; ( R ) = ( 1.09e+00 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.74e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30642593.619678106 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.64e-01 ) ; ( Rwell ) = ( 1.75e-08 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.00706e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160638 s | Solve Time: 0.0252852 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30641331.933312733 Pa
+ ( Rflow ) = ( 7.85e-02 ) ; ( Rwell ) = ( 1.97e-08 ) ; ( R ) = ( 7.85e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 1.78596e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157727 s | Solve Time: 0.0249007 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30642282.460401196 Pa
+ ( Rflow ) = ( 1.13e-03 ) ; ( Rwell ) = ( 4.28e-10 ) ; ( R ) = ( 1.13e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 1.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.55415e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159391 s | Solve Time: 0.0249253 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30642260.7140384 Pa
+ ( Rflow ) = ( 4.77e-07 ) ; ( Rwell ) = ( 8.27e-12 ) ; ( R ) = ( 4.77e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30642260.7140384 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.55e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.019621 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0852408
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.16866e+08s, dt:5e+06s, Cycle: 44
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93648e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 209809 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.34874e+06, 1.57759e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.55929e+09, 1.53401e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.75428e+08, 3.07261e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.55929e+09, 0 }, { 1.95239e+08, 1.53393e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.90776
+compflowStatistics: Max component CFL number: 8.18212
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30642260.7140384 Pa
+ ( Rflow ) = ( 3.06e-01 ) ; ( Rwell ) = ( 8.45e-12 ) ; ( R ) = ( 3.06e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.68527e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160006 s | Solve Time: 0.0246953 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30638702.053636547 Pa
+ ( Rflow ) = ( 1.01e+00 ) ; ( Rwell ) = ( 5.25e-08 ) ; ( R ) = ( 1.01e+00 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.69e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30640481.383837476 Pa
+ Line search @ 0.500: ( Rflow ) = ( 4.81e-01 ) ; ( Rwell ) = ( 1.45e-08 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30641371.04893794 Pa
+ Line search @ 0.250: ( Rflow ) = ( 2.99e-01 ) ; ( Rwell ) = ( 4.77e-09 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.10781e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160627 s | Solve Time: 0.0248175 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30640418.257353667 Pa
+ ( Rflow ) = ( 1.52e-01 ) ; ( Rwell ) = ( 2.50e-08 ) ; ( R ) = ( 1.52e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 1.92914e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160989 s | Solve Time: 0.0248609 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30641381.749631442 Pa
+ ( Rflow ) = ( 1.43e-02 ) ; ( Rwell ) = ( 1.51e-09 ) ; ( R ) = ( 1.43e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 1.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.26589e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160125 s | Solve Time: 0.0232239 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30641289.807201244 Pa
+ ( Rflow ) = ( 1.20e-04 ) ; ( Rwell ) = ( 5.96e-10 ) ; ( R ) = ( 1.20e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.09242e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161355 s | Solve Time: 0.0198042 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30641289.8475084 Pa
+ ( Rflow ) = ( 2.46e-09 ) ; ( Rwell ) = ( 1.10e-11 ) ; ( R ) = ( 2.46e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30641289.8475084 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 4.09e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.020165 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0925795
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.21866e+08s, dt:5e+06s, Cycle: 45
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93651e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 210138 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.45428e+06, 1.57749e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.62939e+09, 1.5339e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.83996e+08, 3.07262e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.62939e+09, 0 }, { 2.00135e+08, 1.53382e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.93634
+compflowStatistics: Max component CFL number: 8.16239
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30641289.8475084 Pa
+ ( Rflow ) = ( 3.03e-01 ) ; ( Rwell ) = ( 1.10e-11 ) ; ( R ) = ( 3.03e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.25408e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159914 s | Solve Time: 0.0249208 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30638676.068916153 Pa
+ ( Rflow ) = ( 1.29e-01 ) ; ( Rwell ) = ( 4.54e-08 ) ; ( R ) = ( 1.29e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.94262e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156864 s | Solve Time: 0.0250818 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30639243.666678 Pa
+ ( Rflow ) = ( 1.19e-02 ) ; ( Rwell ) = ( 6.50e-10 ) ; ( R ) = ( 1.19e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.94e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.54447e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163495 s | Solve Time: 0.0233762 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30639166.323342264 Pa
+ ( Rflow ) = ( 9.50e-05 ) ; ( Rwell ) = ( 4.74e-10 ) ; ( R ) = ( 9.50e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.19786e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163863 s | Solve Time: 0.0216293 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30639166.268451642 Pa
+ ( Rflow ) = ( 9.05e-10 ) ; ( Rwell ) = ( 4.51e-12 ) ; ( R ) = ( 9.05e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30639166.268451642 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 4.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0173536 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0974491
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.26866e+08s, dt:5e+06s, Cycle: 46
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 211398 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.56082e+06, 1.57738e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.70013e+09, 1.5338e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.91719e+08, 3.07262e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.70013e+09, 0 }, { 2.04398e+08, 1.53372e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.96383
+compflowStatistics: Max component CFL number: 8.14326
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30639166.268451642 Pa
+ ( Rflow ) = ( 3.03e-01 ) ; ( Rwell ) = ( 4.56e-12 ) ; ( R ) = ( 3.03e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.32519e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165349 s | Solve Time: 0.0308023 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30635017.801444706 Pa
+ ( Rflow ) = ( 2.47e-01 ) ; ( Rwell ) = ( 4.54e-08 ) ; ( R ) = ( 2.47e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.50839e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171077 s | Solve Time: 0.0235362 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30635117.46353608 Pa
+ ( Rflow ) = ( 1.16e-02 ) ; ( Rwell ) = ( 2.03e-09 ) ; ( R ) = ( 1.16e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.13913e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157084 s | Solve Time: 0.0247416 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30635037.733436454 Pa
+ ( Rflow ) = ( 7.90e-05 ) ; ( Rwell ) = ( 1.43e-10 ) ; ( R ) = ( 7.90e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.19171e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016327 s | Solve Time: 0.0197102 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30635037.755198855 Pa
+ ( Rflow ) = ( 2.05e-10 ) ; ( Rwell ) = ( 9.24e-12 ) ; ( R ) = ( 2.05e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30635037.755198855 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 8.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00731294 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0888289
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.31866e+08s, dt:5e+06s, Cycle: 47
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93652e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 211494 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.66581e+06, 1.57728e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.76978e+09, 1.5337e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.96032e+08, 3.07262e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.76978e+09, 0 }, { 2.09744e+08, 1.53362e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.99413
+compflowStatistics: Max component CFL number: 8.12168
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30635037.755198855 Pa
+ ( Rflow ) = ( 3.02e-01 ) ; ( Rwell ) = ( 9.33e-12 ) ; ( R ) = ( 3.02e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.98856e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160588 s | Solve Time: 0.026626 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30629473.180902645 Pa
+ ( Rflow ) = ( 1.23e-01 ) ; ( Rwell ) = ( 7.94e-08 ) ; ( R ) = ( 1.23e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.45729e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164267 s | Solve Time: 0.0247612 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30630927.732346646 Pa
+ ( Rflow ) = ( 8.55e-03 ) ; ( Rwell ) = ( 2.66e-09 ) ; ( R ) = ( 8.55e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.29135e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162538 s | Solve Time: 0.0248406 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30630778.89329869 Pa
+ ( Rflow ) = ( 4.77e-05 ) ; ( Rwell ) = ( 1.39e-10 ) ; ( R ) = ( 4.77e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.19114e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161494 s | Solve Time: 0.0213846 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30630778.940601274 Pa
+ ( Rflow ) = ( 1.89e-10 ) ; ( Rwell ) = ( 1.98e-12 ) ; ( R ) = ( 1.89e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30630778.940601274 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 4.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00701741 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0815237
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.36866e+08s, dt:5e+06s, Cycle: 48
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93651e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 209923 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.77007e+06, 1.57717e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.83895e+09, 1.5336e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.01591e+08, 3.07263e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.83895e+09, 0 }, { 2.15574e+08, 1.53351e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0288
+compflowStatistics: Max component CFL number: 8.09587
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30630778.940601274 Pa
+ ( Rflow ) = ( 2.96e-01 ) ; ( Rwell ) = ( 2.40e-12 ) ; ( R ) = ( 2.96e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.12948e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161442 s | Solve Time: 0.0265716 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30625634.709753502 Pa
+ ( Rflow ) = ( 1.18e-01 ) ; ( Rwell ) = ( 8.53e-08 ) ; ( R ) = ( 1.18e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.14564e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156093 s | Solve Time: 0.0265574 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30626953.668166764 Pa
+ ( Rflow ) = ( 7.29e-03 ) ; ( Rwell ) = ( 1.35e-09 ) ; ( R ) = ( 7.29e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.60735e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159905 s | Solve Time: 0.0247861 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30626864.915993016 Pa
+ ( Rflow ) = ( 4.44e-05 ) ; ( Rwell ) = ( 1.38e-10 ) ; ( R ) = ( 4.44e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.60947e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160412 s | Solve Time: 0.0213741 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30626864.939608306 Pa
+ ( Rflow ) = ( 2.12e-10 ) ; ( Rwell ) = ( 3.89e-12 ) ; ( R ) = ( 2.12e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30626864.939608306 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 8.61e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.013899 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0688213
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.41866e+08s, dt:5e+06s, Cycle: 49
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9365e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 208675 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.87401e+06, 1.57707e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.90793e+09, 1.5335e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.06987e+08, 3.07263e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.90793e+09, 0 }, { 2.21598e+08, 1.53341e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.065
+compflowStatistics: Max component CFL number: 8.07063
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30626864.939608306 Pa
+ ( Rflow ) = ( 2.90e-01 ) ; ( Rwell ) = ( 4.08e-12 ) ; ( R ) = ( 2.90e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.00264e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160895 s | Solve Time: 0.0265211 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30621851.783135183 Pa
+ ( Rflow ) = ( 1.96e-01 ) ; ( Rwell ) = ( 4.36e-07 ) ; ( R ) = ( 1.96e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.34164e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161276 s | Solve Time: 0.0250513 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30623441.308242384 Pa
+ ( Rflow ) = ( 8.90e-04 ) ; ( Rwell ) = ( 4.28e-09 ) ; ( R ) = ( 8.90e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.34e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.77955e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160617 s | Solve Time: 0.0249331 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30623412.0911458 Pa
+ ( Rflow ) = ( 1.59e-07 ) ; ( Rwell ) = ( 4.23e-11 ) ; ( R ) = ( 1.59e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30623412.0911458 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 5.78e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0161411 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0804679
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.46866e+08s, dt:5e+06s, Cycle: 50
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93651e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 207725 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.97837e+06, 1.57696e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.9772e+09, 1.5334e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.12421e+08, 3.07263e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.9772e+09, 0 }, { 2.27323e+08, 1.53331e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1019
+compflowStatistics: Max component CFL number: 8.04479
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30623412.0911458 Pa
+ ( Rflow ) = ( 2.87e-01 ) ; ( Rwell ) = ( 4.24e-11 ) ; ( R ) = ( 2.87e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.28533e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159959 s | Solve Time: 0.026528 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30619321.76464652 Pa
+ ( Rflow ) = ( 1.11e-01 ) ; ( Rwell ) = ( 8.67e-08 ) ; ( R ) = ( 1.11e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.97174e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159315 s | Solve Time: 0.0246653 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30620177.65852736 Pa
+ ( Rflow ) = ( 2.37e-03 ) ; ( Rwell ) = ( 1.96e-09 ) ; ( R ) = ( 2.37e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.33431e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0155712 s | Solve Time: 0.0247325 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30620128.40782127 Pa
+ ( Rflow ) = ( 5.53e-06 ) ; ( Rwell ) = ( 6.83e-11 ) ; ( R ) = ( 5.53e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30620128.40782127 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.33e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0125119 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.087329
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.51866e+08s, dt:5e+06s, Cycle: 51
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93652e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 207327 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.08329e+06, 1.57686e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.04685e+09, 1.5333e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.18402e+08, 3.07264e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.04685e+09, 0 }, { 2.32676e+08, 1.5332e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1384
+compflowStatistics: Max component CFL number: 8.01941
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30620128.40782127 Pa
+ ( Rflow ) = ( 2.88e-01 ) ; ( Rwell ) = ( 6.83e-11 ) ; ( R ) = ( 2.88e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.44527e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160633 s | Solve Time: 0.0265504 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30614754.711195193 Pa
+ ( Rflow ) = ( 1.23e-01 ) ; ( Rwell ) = ( 9.80e-08 ) ; ( R ) = ( 1.23e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.45e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.14751e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161369 s | Solve Time: 0.0231607 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30615885.381974638 Pa
+ ( Rflow ) = ( 8.91e-03 ) ; ( Rwell ) = ( 4.93e-09 ) ; ( R ) = ( 8.91e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.87518e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161643 s | Solve Time: 0.0230974 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30615793.94422067 Pa
+ ( Rflow ) = ( 5.44e-05 ) ; ( Rwell ) = ( 2.04e-10 ) ; ( R ) = ( 5.44e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.88e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 2.08435e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162337 s | Solve Time: 0.0215294 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30615793.976598606 Pa
+ ( Rflow ) = ( 1.80e-10 ) ; ( Rwell ) = ( 7.51e-13 ) ; ( R ) = ( 1.80e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30615793.976598606 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 2.08e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00688065 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0805892
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.56866e+08s, dt:5e+06s, Cycle: 52
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93651e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 207081 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.18729e+06, 1.57675e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.11585e+09, 1.5332e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.2368e+08, 3.07264e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.11585e+09, 0 }, { 2.38677e+08, 1.5331e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1759
+compflowStatistics: Max component CFL number: 7.99335
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30615793.976598606 Pa
+ ( Rflow ) = ( 2.84e-01 ) ; ( Rwell ) = ( 1.57e-12 ) ; ( R ) = ( 2.84e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.9907e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159379 s | Solve Time: 0.0248514 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30611134.85906573 Pa
+ ( Rflow ) = ( 5.10e-01 ) ; ( Rwell ) = ( 9.59e-08 ) ; ( R ) = ( 5.10e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.99e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30613464.41783217 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.10e-01 ) ; ( Rwell ) = ( 2.54e-08 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.64926e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164101 s | Solve Time: 0.0257957 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30611180.61263149 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 2.28e-08 ) ; ( R ) = ( 2.86e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.60975e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160476 s | Solve Time: 0.0248346 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30611529.861940805 Pa
+ ( Rflow ) = ( 2.63e-04 ) ; ( Rwell ) = ( 4.66e-10 ) ; ( R ) = ( 2.63e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.31479e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160311 s | Solve Time: 0.0248684 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30611524.8933107 Pa
+ ( Rflow ) = ( 2.39e-08 ) ; ( Rwell ) = ( 2.61e-12 ) ; ( R ) = ( 2.39e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30611524.8933107 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 5.31e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00882583 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0705068
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.61866e+08s, dt:5e+06s, Cycle: 53
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9365e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 205888 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.29026e+06, 1.57665e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.18415e+09, 1.5331e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.29203e+08, 3.07264e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.18415e+09, 0 }, { 2.45371e+08, 1.533e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2147
+compflowStatistics: Max component CFL number: 7.96719
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30611524.8933107 Pa
+ ( Rflow ) = ( 2.80e-01 ) ; ( Rwell ) = ( 3.12e-12 ) ; ( R ) = ( 2.80e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.42323e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161956 s | Solve Time: 0.0248187 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30605944.653860457 Pa
+ ( Rflow ) = ( 4.87e-01 ) ; ( Rwell ) = ( 8.46e-08 ) ; ( R ) = ( 4.87e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.42e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30608734.773585577 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.42e-01 ) ; ( Rwell ) = ( 2.31e-08 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.66409e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163876 s | Solve Time: 0.0251833 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30607134.720457144 Pa
+ ( Rflow ) = ( 4.60e-01 ) ; ( Rwell ) = ( 2.36e-08 ) ; ( R ) = ( 4.60e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.66e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30607934.747021362 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.18e-01 ) ; ( Rwell ) = ( 1.94e-08 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30608334.760303468 Pa
+ Line search @ 0.250: ( Rflow ) = ( 1.34e-01 ) ; ( Rwell ) = ( 2.01e-08 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.165e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159837 s | Solve Time: 0.0249144 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30607440.650756422 Pa
+ ( Rflow ) = ( 2.03e-02 ) ; ( Rwell ) = ( 1.49e-08 ) ; ( R ) = ( 2.03e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.26535e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160719 s | Solve Time: 0.0249563 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30607651.17479125 Pa
+ ( Rflow ) = ( 2.70e-05 ) ; ( Rwell ) = ( 3.47e-10 ) ; ( R ) = ( 2.70e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.62323e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158025 s | Solve Time: 0.024801 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30607650.74586501 Pa
+ ( Rflow ) = ( 1.43e-09 ) ; ( Rwell ) = ( 3.17e-13 ) ; ( R ) = ( 1.43e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30607650.74586501 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 6.62e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0082335 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.069551
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.66866e+08s, dt:5e+06s, Cycle: 54
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9365e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 204717 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.39292e+06, 1.57655e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.25226e+09, 1.533e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.35778e+08, 3.07265e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.25226e+09, 0 }, { 2.52261e+08, 1.5329e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2523
+compflowStatistics: Max component CFL number: 7.94205
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30607650.74586501 Pa
+ ( Rflow ) = ( 2.73e-01 ) ; ( Rwell ) = ( 1.31e-12 ) ; ( R ) = ( 2.73e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.54395e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161573 s | Solve Time: 0.0264862 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30604167.914409984 Pa
+ ( Rflow ) = ( 1.00e-01 ) ; ( Rwell ) = ( 7.03e-08 ) ; ( R ) = ( 1.00e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.83548e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016442 s | Solve Time: 0.0248548 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30605556.509022243 Pa
+ ( Rflow ) = ( 1.06e-02 ) ; ( Rwell ) = ( 2.91e-09 ) ; ( R ) = ( 1.06e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.09791e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161424 s | Solve Time: 0.0249334 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30605459.979210082 Pa
+ ( Rflow ) = ( 8.58e-05 ) ; ( Rwell ) = ( 2.57e-10 ) ; ( R ) = ( 8.58e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.42336e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164443 s | Solve Time: 0.0182165 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30605459.984480318 Pa
+ ( Rflow ) = ( 1.95e-10 ) ; ( Rwell ) = ( 1.42e-11 ) ; ( R ) = ( 1.96e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30605459.984480318 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 11, 8.42e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.01501 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.064787
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.71866e+08s, dt:5e+06s, Cycle: 55
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93651e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 203803 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.49726e+06, 1.57644e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.32155e+09, 1.5329e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.43371e+08, 3.07265e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.32155e+09, 0 }, { 2.57973e+08, 1.53279e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2855
+compflowStatistics: Max component CFL number: 7.91992
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30605459.984480318 Pa
+ ( Rflow ) = ( 2.68e-01 ) ; ( Rwell ) = ( 1.42e-11 ) ; ( R ) = ( 2.68e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.24734e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158551 s | Solve Time: 0.0269239 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30603378.472014617 Pa
+ ( Rflow ) = ( 8.40e-02 ) ; ( Rwell ) = ( 4.19e-07 ) ; ( R ) = ( 8.40e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 7.52165e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159591 s | Solve Time: 0.0213646 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30603572.60903754 Pa
+ ( Rflow ) = ( 3.22e-03 ) ; ( Rwell ) = ( 5.47e-09 ) ; ( R ) = ( 3.22e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 7.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.10525e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164107 s | Solve Time: 0.0249374 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30603540.40040342 Pa
+ ( Rflow ) = ( 1.32e-05 ) ; ( Rwell ) = ( 8.22e-11 ) ; ( R ) = ( 1.32e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 2.99607e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162106 s | Solve Time: 0.0214189 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30603540.41113504 Pa
+ ( Rflow ) = ( 1.72e-10 ) ; ( Rwell ) = ( 2.42e-13 ) ; ( R ) = ( 1.72e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30603540.41113504 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 3.00e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0211119 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0669364
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.76866e+08s, dt:5e+06s, Cycle: 56
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 204180 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.60299e+06, 1.57634e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.39176e+09, 1.5328e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.51274e+08, 3.07266e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.39176e+09, 0 }, { 2.62764e+08, 1.53269e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.3157
+compflowStatistics: Max component CFL number: 7.90033
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30603540.41113504 Pa
+ ( Rflow ) = ( 2.68e-01 ) ; ( Rwell ) = ( 6.59e-13 ) ; ( R ) = ( 2.68e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 6.31475e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158038 s | Solve Time: 0.0265065 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30599833.9111722 Pa
+ ( Rflow ) = ( 1.29e-01 ) ; ( Rwell ) = ( 5.01e-08 ) ; ( R ) = ( 1.29e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 6.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.38365e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159074 s | Solve Time: 0.0249286 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30601688.312608056 Pa
+ ( Rflow ) = ( 5.04e-03 ) ; ( Rwell ) = ( 5.41e-09 ) ; ( R ) = ( 5.04e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.63411e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156854 s | Solve Time: 0.0265584 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30601572.777669825 Pa
+ ( Rflow ) = ( 2.08e-05 ) ; ( Rwell ) = ( 5.47e-11 ) ; ( R ) = ( 2.08e-05 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.49767e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156243 s | Solve Time: 0.023162 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30601572.814158317 Pa
+ ( Rflow ) = ( 1.79e-10 ) ; ( Rwell ) = ( 2.39e-13 ) ; ( R ) = ( 1.79e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30601572.814158317 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 3.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0158314 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0725512
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.81866e+08s, dt:5e+06s, Cycle: 57
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93655e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 204587 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.70961e+06, 1.57623e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.46255e+09, 1.5327e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.57368e+08, 3.07266e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.46255e+09, 0 }, { 2.66977e+08, 1.53259e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.3435
+compflowStatistics: Max component CFL number: 7.88172
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30601572.814158317 Pa
+ ( Rflow ) = ( 2.69e-01 ) ; ( Rwell ) = ( 6.71e-13 ) ; ( R ) = ( 2.69e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 5.69288e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157943 s | Solve Time: 0.0267856 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30598247.673937134 Pa
+ ( Rflow ) = ( 7.38e-02 ) ; ( Rwell ) = ( 4.70e-08 ) ; ( R ) = ( 7.38e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 5.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.77227e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161972 s | Solve Time: 0.0249104 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30598455.359677646 Pa
+ ( Rflow ) = ( 1.45e-03 ) ; ( Rwell ) = ( 1.10e-09 ) ; ( R ) = ( 1.45e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.50947e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016191 s | Solve Time: 0.0252907 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30598433.36006242 Pa
+ ( Rflow ) = ( 2.74e-06 ) ; ( Rwell ) = ( 6.90e-11 ) ; ( R ) = ( 2.74e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30598433.36006242 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.51e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00771145 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0704984
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.86866e+08s, dt:5e+06s, Cycle: 58
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93654e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 204834 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.81525e+06, 1.57613e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.53263e+09, 1.53259e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.62742e+08, 3.07266e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.53263e+09, 0 }, { 2.71894e+08, 1.53248e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.3709
+compflowStatistics: Max component CFL number: 7.86404
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30598433.36006242 Pa
+ ( Rflow ) = ( 2.68e-01 ) ; ( Rwell ) = ( 6.90e-11 ) ; ( R ) = ( 2.68e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.84717e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160275 s | Solve Time: 0.0268297 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30594357.092124276 Pa
+ ( Rflow ) = ( 8.70e-02 ) ; ( Rwell ) = ( 4.18e-08 ) ; ( R ) = ( 8.70e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.55503e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163131 s | Solve Time: 0.0246422 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30594297.944390647 Pa
+ ( Rflow ) = ( 5.41e-03 ) ; ( Rwell ) = ( 2.29e-09 ) ; ( R ) = ( 5.41e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.68908e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158905 s | Solve Time: 0.0245737 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30594264.752893984 Pa
+ ( Rflow ) = ( 2.17e-05 ) ; ( Rwell ) = ( 1.28e-10 ) ; ( R ) = ( 2.17e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.72654e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158457 s | Solve Time: 0.0212672 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30594264.764238276 Pa
+ ( Rflow ) = ( 1.71e-10 ) ; ( Rwell ) = ( 2.02e-13 ) ; ( R ) = ( 1.71e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30594264.764238276 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 3.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00843819 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0670956
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.91866e+08s, dt:5e+06s, Cycle: 59
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93652e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 203855 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.91867e+06, 1.57602e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.60118e+09, 1.53249e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.67594e+08, 3.07266e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.60118e+09, 0 }, { 2.78343e+08, 1.53238e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.3991
+compflowStatistics: Max component CFL number: 7.84601
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30594264.764238276 Pa
+ ( Rflow ) = ( 2.66e-01 ) ; ( Rwell ) = ( 1.35e-12 ) ; ( R ) = ( 2.66e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.59468e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160267 s | Solve Time: 0.0264076 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30590529.28061181 Pa
+ ( Rflow ) = ( 9.97e-02 ) ; ( Rwell ) = ( 7.85e-08 ) ; ( R ) = ( 9.97e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.50148e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159191 s | Solve Time: 0.0248771 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30591490.032646928 Pa
+ ( Rflow ) = ( 1.34e-03 ) ; ( Rwell ) = ( 1.80e-09 ) ; ( R ) = ( 1.34e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.84154e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159268 s | Solve Time: 0.0263402 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30591457.886235055 Pa
+ ( Rflow ) = ( 5.62e-06 ) ; ( Rwell ) = ( 1.65e-11 ) ; ( R ) = ( 5.62e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30591457.886235055 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 2.84e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0121668 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0634113
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.96866e+08s, dt:3.13382e+06s, Cycle: 60
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93652e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 201911 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.02237e+06, 1.57592e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.66999e+09, 1.53239e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.73706e+08, 3.07267e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.66999e+09, 0 }, { 2.84531e+08, 1.53228e+12 } } kg
+compflowStatistics: Max phase CFL number: 6.53488
+compflowStatistics: Max component CFL number: 4.90622
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30591457.886235055 Pa
+ ( Rflow ) = ( 1.64e-01 ) ; ( Rwell ) = ( 1.66e-11 ) ; ( R ) = ( 1.64e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.4905e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161255 s | Solve Time: 0.0248816 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30589775.572584603 Pa
+ ( Rflow ) = ( 3.35e-02 ) ; ( Rwell ) = ( 2.01e-08 ) ; ( R ) = ( 3.35e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.49e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 1.91848e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016176 s | Solve Time: 0.0251168 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30590078.612769302 Pa
+ ( Rflow ) = ( 3.42e-03 ) ; ( Rwell ) = ( 1.93e-10 ) ; ( R ) = ( 3.42e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 1.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.70937e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157532 s | Solve Time: 0.0233499 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30590046.350575447 Pa
+ ( Rflow ) = ( 1.45e-05 ) ; ( Rwell ) = ( 7.40e-11 ) ; ( R ) = ( 1.45e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.11756e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158566 s | Solve Time: 0.0198554 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30590046.36410674 Pa
+ ( Rflow ) = ( 1.07e-10 ) ; ( Rwell ) = ( 1.53e-12 ) ; ( R ) = ( 1.07e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30590046.36410674 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 8.12e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00792993 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0397156
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 2e+08s, dt:5e+06s, Cycle: 61
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 201306 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.0879e+06, 1.57585e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.71349e+09, 1.53233e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.77442e+08, 3.07267e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.71349e+09, 0 }, { 2.8804e+08, 1.53221e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.4432
+compflowStatistics: Max component CFL number: 7.81626
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30590046.36410674 Pa
+ ( Rflow ) = ( 2.59e-01 ) ; ( Rwell ) = ( 1.69e-12 ) ; ( R ) = ( 2.59e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.65712e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158932 s | Solve Time: 0.0263107 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30585644.071877632 Pa
+ ( Rflow ) = ( 6.03e-02 ) ; ( Rwell ) = ( 5.43e-08 ) ; ( R ) = ( 6.03e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.90584e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160842 s | Solve Time: 0.02486 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30586576.613445606 Pa
+ ( Rflow ) = ( 1.26e-03 ) ; ( Rwell ) = ( 1.42e-09 ) ; ( R ) = ( 1.26e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.47172e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160691 s | Solve Time: 0.0246535 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30586574.959801026 Pa
+ ( Rflow ) = ( 1.01e-06 ) ; ( Rwell ) = ( 4.79e-11 ) ; ( R ) = ( 1.01e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30586574.959801026 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 7.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00576348 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0640678
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.05e+08s, dt:5e+06s, Cycle: 62
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93652e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 201289 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.19122e+06, 1.57575e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.78201e+09, 1.53223e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.83606e+08, 3.07267e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.78201e+09, 0 }, { 2.94519e+08, 1.53211e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.63558
+compflowStatistics: Max component CFL number: 7.79784
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30586574.959801026 Pa
+ ( Rflow ) = ( 2.55e-01 ) ; ( Rwell ) = ( 4.79e-11 ) ; ( R ) = ( 2.55e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.44172e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158546 s | Solve Time: 0.0264101 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30584182.579484437 Pa
+ ( Rflow ) = ( 5.85e-02 ) ; ( Rwell ) = ( 4.47e-08 ) ; ( R ) = ( 5.85e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.44e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.53022e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161052 s | Solve Time: 0.0264678 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30585224.607342806 Pa
+ ( Rflow ) = ( 3.59e-03 ) ; ( Rwell ) = ( 1.07e-09 ) ; ( R ) = ( 3.59e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.31301e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159721 s | Solve Time: 0.0246968 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30585184.018457882 Pa
+ ( Rflow ) = ( 1.43e-05 ) ; ( Rwell ) = ( 2.35e-10 ) ; ( R ) = ( 1.43e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.12603e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161251 s | Solve Time: 0.0213291 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30585184.033388756 Pa
+ ( Rflow ) = ( 1.72e-10 ) ; ( Rwell ) = ( 3.09e-13 ) ; ( R ) = ( 1.72e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30585184.033388756 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 5.13e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0232336 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0686382
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.1e+08s, dt:5e+06s, Cycle: 63
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93654e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 200092 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.29651e+06, 1.57565e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.85194e+09, 1.53213e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.90899e+08, 3.07268e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.85194e+09, 0 }, { 2.9959e+08, 1.53201e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.65891
+compflowStatistics: Max component CFL number: 7.78144
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30585184.033388756 Pa
+ ( Rflow ) = ( 2.53e-01 ) ; ( Rwell ) = ( 5.40e-13 ) ; ( R ) = ( 2.53e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.77862e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016538 s | Solve Time: 0.0265746 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30582053.856007196 Pa
+ ( Rflow ) = ( 9.09e-02 ) ; ( Rwell ) = ( 3.13e-07 ) ; ( R ) = ( 9.09e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.19827e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016081 s | Solve Time: 0.0249461 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30583147.18510121 Pa
+ ( Rflow ) = ( 6.79e-03 ) ; ( Rwell ) = ( 2.22e-09 ) ; ( R ) = ( 6.79e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.50565e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161801 s | Solve Time: 0.0251466 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30583093.078176033 Pa
+ ( Rflow ) = ( 4.38e-05 ) ; ( Rwell ) = ( 6.30e-11 ) ; ( R ) = ( 4.38e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.63249e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158823 s | Solve Time: 0.0216186 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30583093.09510949 Pa
+ ( Rflow ) = ( 1.77e-10 ) ; ( Rwell ) = ( 3.17e-13 ) ; ( R ) = ( 1.77e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30583093.09510949 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 3.63e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0128123 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.065833
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.15e+08s, dt:5e+06s, Cycle: 64
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93655e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 200677 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.40222e+06, 1.57554e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.9221e+09, 1.53203e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.97692e+08, 3.07268e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.9221e+09, 0 }, { 3.04422e+08, 1.5319e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.68241
+compflowStatistics: Max component CFL number: 7.76442
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30583093.09510949 Pa
+ ( Rflow ) = ( 2.52e-01 ) ; ( Rwell ) = ( 7.39e-13 ) ; ( R ) = ( 2.52e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 5.30499e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159126 s | Solve Time: 0.0268535 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30579614.95572608 Pa
+ ( Rflow ) = ( 7.26e-02 ) ; ( Rwell ) = ( 4.69e-08 ) ; ( R ) = ( 7.26e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 5.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.84637e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160559 s | Solve Time: 0.0249257 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30580523.192251194 Pa
+ ( Rflow ) = ( 8.71e-04 ) ; ( Rwell ) = ( 4.88e-10 ) ; ( R ) = ( 8.71e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.88754e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160516 s | Solve Time: 0.0249579 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30580502.908076458 Pa
+ ( Rflow ) = ( 4.39e-07 ) ; ( Rwell ) = ( 1.96e-11 ) ; ( R ) = ( 4.39e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30580502.908076458 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 6.89e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0107053 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.063894
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.2e+08s, dt:5e+06s, Cycle: 65
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93655e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 200678 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.50789e+06, 1.57543e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.99222e+09, 1.53193e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.03365e+08, 3.07268e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.99222e+09, 0 }, { 3.09303e+08, 1.5318e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.70753
+compflowStatistics: Max component CFL number: 7.74678
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30580502.908076458 Pa
+ ( Rflow ) = ( 2.51e-01 ) ; ( Rwell ) = ( 1.97e-11 ) ; ( R ) = ( 2.51e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.65304e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161421 s | Solve Time: 0.0267234 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30577546.70817633 Pa
+ ( Rflow ) = ( 7.82e-01 ) ; ( Rwell ) = ( 4.52e-08 ) ; ( R ) = ( 7.82e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.65e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30579024.808126394 Pa
+ Line search @ 0.500: ( Rflow ) = ( 3.34e-01 ) ; ( Rwell ) = ( 1.14e-08 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30579763.858101424 Pa
+ Line search @ 0.250: ( Rflow ) = ( 2.03e-01 ) ; ( Rwell ) = ( 2.98e-09 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.31828e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162165 s | Solve Time: 0.026588 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30577629.505959284 Pa
+ ( Rflow ) = ( 4.64e-02 ) ; ( Rwell ) = ( 2.41e-08 ) ; ( R ) = ( 4.64e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.49838e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158358 s | Solve Time: 0.0276829 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30577798.050145566 Pa
+ ( Rflow ) = ( 1.58e-04 ) ; ( Rwell ) = ( 1.46e-09 ) ; ( R ) = ( 1.58e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.97018e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0189437 s | Solve Time: 0.0246484 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30577798.02993621 Pa
+ ( Rflow ) = ( 5.49e-08 ) ; ( Rwell ) = ( 8.23e-12 ) ; ( R ) = ( 5.49e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30577798.02993621 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 9.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00946415 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0611034
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.25e+08s, dt:5e+06s, Cycle: 66
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93655e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 200275 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.61318e+06, 1.57533e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.06207e+09, 1.53183e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.0975e+08, 3.07269e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.06207e+09, 0 }, { 3.14456e+08, 1.5317e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.73275
+compflowStatistics: Max component CFL number: 7.72976
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30577798.02993621 Pa
+ ( Rflow ) = ( 2.51e-01 ) ; ( Rwell ) = ( 8.28e-12 ) ; ( R ) = ( 2.51e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.15974e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158312 s | Solve Time: 0.0265288 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30574474.970570333 Pa
+ ( Rflow ) = ( 4.35e-01 ) ; ( Rwell ) = ( 4.34e-08 ) ; ( R ) = ( 4.35e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.16e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30576136.50025327 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.47e-01 ) ; ( Rwell ) = ( 1.10e-08 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.78848e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160962 s | Solve Time: 0.0248566 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30575191.659387127 Pa
+ ( Rflow ) = ( 2.27e-02 ) ; ( Rwell ) = ( 1.71e-08 ) ; ( R ) = ( 2.27e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.97255e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161314 s | Solve Time: 0.0247416 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30575094.684009958 Pa
+ ( Rflow ) = ( 1.50e-05 ) ; ( Rwell ) = ( 2.60e-10 ) ; ( R ) = ( 1.50e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.3614e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161726 s | Solve Time: 0.0246555 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30575094.70513518 Pa
+ ( Rflow ) = ( 1.74e-10 ) ; ( Rwell ) = ( 2.42e-13 ) ; ( R ) = ( 1.74e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30575094.70513518 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0083057 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0613364
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.3e+08s, dt:5e+06s, Cycle: 67
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93655e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 199691 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.71832e+06, 1.57522e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.13182e+09, 1.53172e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.15102e+08, 3.07269e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.13182e+09, 0 }, { 3.19703e+08, 1.53159e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.75697
+compflowStatistics: Max component CFL number: 7.71323
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30575094.70513518 Pa
+ ( Rflow ) = ( 2.49e-01 ) ; ( Rwell ) = ( 8.97e-13 ) ; ( R ) = ( 2.49e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.27795e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161218 s | Solve Time: 0.0266346 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30571070.201699767 Pa
+ ( Rflow ) = ( 9.82e-02 ) ; ( Rwell ) = ( 4.33e-08 ) ; ( R ) = ( 9.82e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.61681e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160854 s | Solve Time: 0.0248244 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30571634.938436795 Pa
+ ( Rflow ) = ( 1.01e-02 ) ; ( Rwell ) = ( 1.75e-09 ) ; ( R ) = ( 1.01e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.51982e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157996 s | Solve Time: 0.0248607 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30571550.11330485 Pa
+ ( Rflow ) = ( 6.00e-05 ) ; ( Rwell ) = ( 9.80e-11 ) ; ( R ) = ( 6.00e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.733e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161409 s | Solve Time: 0.0230546 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30571550.13479013 Pa
+ ( Rflow ) = ( 3.53e-10 ) ; ( Rwell ) = ( 3.43e-12 ) ; ( R ) = ( 3.53e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30571550.13479013 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 5.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00917215 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0568375
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.35e+08s, dt:5e+06s, Cycle: 68
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 199053 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.82156e+06, 1.57512e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.20026e+09, 1.53162e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.19291e+08, 3.07269e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.20026e+09, 0 }, { 3.26268e+08, 1.53149e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.7817
+compflowStatistics: Max component CFL number: 7.69683
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30571550.13479013 Pa
+ ( Rflow ) = ( 2.48e-01 ) ; ( Rwell ) = ( 3.61e-12 ) ; ( R ) = ( 2.48e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.14084e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01667 s | Solve Time: 0.0349397 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30567417.29007243 Pa
+ ( Rflow ) = ( 3.38e-01 ) ; ( Rwell ) = ( 4.42e-08 ) ; ( R ) = ( 3.38e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.14e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30569483.712431278 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.46e-01 ) ; ( Rwell ) = ( 1.12e-08 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.16138e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165957 s | Solve Time: 0.0302273 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30569216.519571964 Pa
+ ( Rflow ) = ( 2.12e-02 ) ; ( Rwell ) = ( 9.39e-09 ) ; ( R ) = ( 2.12e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.16e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.6871e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0199378 s | Solve Time: 0.0277188 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30569576.984268606 Pa
+ ( Rflow ) = ( 5.14e-04 ) ; ( Rwell ) = ( 2.75e-10 ) ; ( R ) = ( 5.14e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.40786e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0175347 s | Solve Time: 0.0277177 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30569566.752186846 Pa
+ ( Rflow ) = ( 7.03e-08 ) ; ( Rwell ) = ( 6.18e-12 ) ; ( R ) = ( 7.03e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30569566.752186846 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 2.41e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0106763 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0589612
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.4e+08s, dt:5e+06s, Cycle: 69
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93654e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 197571 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.92607e+06, 1.57502e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.26963e+09, 1.53152e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.25323e+08, 3.0727e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.26963e+09, 0 }, { 3.31899e+08, 1.53139e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.80438
+compflowStatistics: Max component CFL number: 7.68085
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30569566.752186846 Pa
+ ( Rflow ) = ( 2.45e-01 ) ; ( Rwell ) = ( 6.29e-12 ) ; ( R ) = ( 2.45e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.71275e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172584 s | Solve Time: 0.0247239 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30566834.671463344 Pa
+ ( Rflow ) = ( 4.39e-02 ) ; ( Rwell ) = ( 4.23e-08 ) ; ( R ) = ( 4.39e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.77533e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162969 s | Solve Time: 0.0246841 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30567229.37602817 Pa
+ ( Rflow ) = ( 9.24e-04 ) ; ( Rwell ) = ( 1.13e-09 ) ; ( R ) = ( 9.24e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.31633e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160403 s | Solve Time: 0.02647 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30567211.846847188 Pa
+ ( Rflow ) = ( 2.33e-07 ) ; ( Rwell ) = ( 8.79e-12 ) ; ( R ) = ( 2.33e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30567211.846847188 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 2.32e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.013367 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0620402
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.45e+08s, dt:5e+06s, Cycle: 70
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93655e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 197556 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.03083e+06, 1.57491e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.33913e+09, 1.53142e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.33092e+08, 3.0727e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.33913e+09, 0 }, { 3.37392e+08, 1.53128e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.82688
+compflowStatistics: Max component CFL number: 7.66522
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30567211.846847188 Pa
+ ( Rflow ) = ( 2.44e-01 ) ; ( Rwell ) = ( 8.94e-12 ) ; ( R ) = ( 2.44e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.10261e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167012 s | Solve Time: 0.0263754 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30565024.035818793 Pa
+ ( Rflow ) = ( 2.73e-01 ) ; ( Rwell ) = ( 3.17e-08 ) ; ( R ) = ( 2.73e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.10e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30566117.941332992 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.54e-01 ) ; ( Rwell ) = ( 7.96e-09 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.27541e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169288 s | Solve Time: 0.0266375 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30565278.506234482 Pa
+ ( Rflow ) = ( 4.37e-02 ) ; ( Rwell ) = ( 8.22e-09 ) ; ( R ) = ( 4.37e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.65713e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160735 s | Solve Time: 0.0248864 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30565479.46459967 Pa
+ ( Rflow ) = ( 1.47e-05 ) ; ( Rwell ) = ( 6.10e-10 ) ; ( R ) = ( 1.47e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.8231e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161369 s | Solve Time: 0.0247862 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30565479.432384126 Pa
+ ( Rflow ) = ( 1.80e-10 ) ; ( Rwell ) = ( 1.77e-13 ) ; ( R ) = ( 1.80e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30565479.432384126 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.82e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0168111 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0597793
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.5e+08s, dt:5e+06s, Cycle: 71
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93656e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 197136 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.13637e+06, 1.57481e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.40919e+09, 1.53132e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.38936e+08, 3.0727e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.40919e+09, 0 }, { 3.42339e+08, 1.53118e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.84831
+compflowStatistics: Max component CFL number: 7.65074
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30565479.432384126 Pa
+ ( Rflow ) = ( 2.41e-01 ) ; ( Rwell ) = ( 5.84e-13 ) ; ( R ) = ( 2.41e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.85336e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016223 s | Solve Time: 0.0266646 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30562569.812254563 Pa
+ ( Rflow ) = ( 3.30e-01 ) ; ( Rwell ) = ( 9.63e-08 ) ; ( R ) = ( 3.30e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.85e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30564024.622319344 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.53e-01 ) ; ( Rwell ) = ( 8.54e-09 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.64444e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162669 s | Solve Time: 0.0266527 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30562532.6393587 Pa
+ ( Rflow ) = ( 1.37e-02 ) ; ( Rwell ) = ( 1.24e-07 ) ; ( R ) = ( 1.37e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.21138e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166446 s | Solve Time: 0.025182 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30562520.93871957 Pa
+ ( Rflow ) = ( 1.55e-04 ) ; ( Rwell ) = ( 4.22e-10 ) ; ( R ) = ( 1.55e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.21e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.83838e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016421 s | Solve Time: 0.0251852 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30562519.18251521 Pa
+ ( Rflow ) = ( 8.61e-09 ) ; ( Rwell ) = ( 3.35e-12 ) ; ( R ) = ( 8.61e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30562519.18251521 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 7.84e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00543222 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0563471
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.55e+08s, dt:5e+06s, Cycle: 72
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93655e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 197162 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.24047e+06, 1.5747e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.47821e+09, 1.53122e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.44345e+08, 3.07271e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.47821e+09, 0 }, { 3.48319e+08, 1.53108e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.86966
+compflowStatistics: Max component CFL number: 7.63629
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30562519.18251521 Pa
+ ( Rflow ) = ( 2.40e-01 ) ; ( Rwell ) = ( 3.52e-12 ) ; ( R ) = ( 2.40e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.91594e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016452 s | Solve Time: 0.0269908 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30558629.180332698 Pa
+ ( Rflow ) = ( 1.51e-01 ) ; ( Rwell ) = ( 3.65e-08 ) ; ( R ) = ( 1.51e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.44824e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165758 s | Solve Time: 0.0247383 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30560688.382775713 Pa
+ ( Rflow ) = ( 6.23e-03 ) ; ( Rwell ) = ( 4.47e-09 ) ; ( R ) = ( 6.23e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.45e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.09438e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159649 s | Solve Time: 0.0253341 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30560597.88747655 Pa
+ ( Rflow ) = ( 3.49e-05 ) ; ( Rwell ) = ( 2.62e-10 ) ; ( R ) = ( 3.49e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.28596e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016507 s | Solve Time: 0.0213049 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30560597.917029943 Pa
+ ( Rflow ) = ( 1.78e-10 ) ; ( Rwell ) = ( 7.08e-13 ) ; ( R ) = ( 1.78e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30560597.917029943 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 4.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0102435 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0587692
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.6e+08s, dt:5e+06s, Cycle: 73
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93656e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 196021 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.34516e+06, 1.5746e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.54768e+09, 1.53112e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.49901e+08, 3.07271e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.54768e+09, 0 }, { 3.5385e+08, 1.53098e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.89013
+compflowStatistics: Max component CFL number: 7.62264
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30560597.917029943 Pa
+ ( Rflow ) = ( 2.38e-01 ) ; ( Rwell ) = ( 9.37e-13 ) ; ( R ) = ( 2.38e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.99508e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163742 s | Solve Time: 0.0265071 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30558658.77894009 Pa
+ ( Rflow ) = ( 7.67e-02 ) ; ( Rwell ) = ( 2.79e-08 ) ; ( R ) = ( 7.67e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.64693e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163149 s | Solve Time: 0.0248775 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30559806.419207554 Pa
+ ( Rflow ) = ( 2.01e-03 ) ; ( Rwell ) = ( 1.91e-09 ) ; ( R ) = ( 2.01e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.8106e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163772 s | Solve Time: 0.0248517 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30559767.932805642 Pa
+ ( Rflow ) = ( 4.93e-06 ) ; ( Rwell ) = ( 5.37e-11 ) ; ( R ) = ( 4.93e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30559767.932805642 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 7.81e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0123373 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0570857
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.65e+08s, dt:5e+06s, Cycle: 74
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93658e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 195827 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.45199e+06, 1.57449e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.61864e+09, 1.53102e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.5783e+08, 3.07272e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.61864e+09, 0 }, { 3.57883e+08, 1.53087e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.90822
+compflowStatistics: Max component CFL number: 7.60977
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30559767.932805642 Pa
+ ( Rflow ) = ( 2.37e-01 ) ; ( Rwell ) = ( 5.38e-11 ) ; ( R ) = ( 2.37e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.25094e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159865 s | Solve Time: 0.0265242 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30557551.880638868 Pa
+ ( Rflow ) = ( 7.92e-02 ) ; ( Rwell ) = ( 3.05e-08 ) ; ( R ) = ( 7.92e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.71611e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161478 s | Solve Time: 0.02302 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30557828.579353005 Pa
+ ( Rflow ) = ( 7.55e-03 ) ; ( Rwell ) = ( 2.39e-09 ) ; ( R ) = ( 7.55e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.31295e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016236 s | Solve Time: 0.0230775 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30557795.34296067 Pa
+ ( Rflow ) = ( 4.82e-05 ) ; ( Rwell ) = ( 2.44e-10 ) ; ( R ) = ( 4.82e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.70555e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163625 s | Solve Time: 0.0180672 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30557795.35221205 Pa
+ ( Rflow ) = ( 1.76e-10 ) ; ( Rwell ) = ( 7.17e-12 ) ; ( R ) = ( 1.76e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30557795.35221205 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 11, 6.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00654359 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0562725
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.7e+08s, dt:5e+06s, Cycle: 75
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93658e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 196597 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.55869e+06, 1.57438e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.68944e+09, 1.53091e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.6505e+08, 3.07272e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.68944e+09, 0 }, { 3.62086e+08, 1.53077e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.92686
+compflowStatistics: Max component CFL number: 7.59625
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30557795.35221205 Pa
+ ( Rflow ) = ( 2.37e-01 ) ; ( Rwell ) = ( 7.20e-12 ) ; ( R ) = ( 2.37e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.74484e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166073 s | Solve Time: 0.0248466 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30554923.094626836 Pa
+ ( Rflow ) = ( 5.98e-02 ) ; ( Rwell ) = ( 3.41e-08 ) ; ( R ) = ( 5.98e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.74e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.4918e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167077 s | Solve Time: 0.0247786 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30555072.22117489 Pa
+ ( Rflow ) = ( 8.57e-04 ) ; ( Rwell ) = ( 1.71e-09 ) ; ( R ) = ( 8.57e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.49e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.76925e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166174 s | Solve Time: 0.0247863 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30555058.147345155 Pa
+ ( Rflow ) = ( 8.27e-07 ) ; ( Rwell ) = ( 2.40e-11 ) ; ( R ) = ( 8.27e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30555058.147345155 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 9.77e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00628765 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0567474
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.75e+08s, dt:5e+06s, Cycle: 76
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93657e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 196342 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.66432e+06, 1.57428e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.75948e+09, 1.53081e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.69514e+08, 3.07272e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.75948e+09, 0 }, { 3.67051e+08, 1.53066e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.94768
+compflowStatistics: Max component CFL number: 7.58186
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30555058.147345155 Pa
+ ( Rflow ) = ( 2.37e-01 ) ; ( Rwell ) = ( 2.41e-11 ) ; ( R ) = ( 2.37e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.0452e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164129 s | Solve Time: 0.0246421 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30551447.44333233 Pa
+ ( Rflow ) = ( 6.01e-02 ) ; ( Rwell ) = ( 4.14e-08 ) ; ( R ) = ( 6.01e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.05939e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164395 s | Solve Time: 0.0246574 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30552022.500848938 Pa
+ ( Rflow ) = ( 2.73e-03 ) ; ( Rwell ) = ( 4.70e-10 ) ; ( R ) = ( 2.73e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.26859e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162805 s | Solve Time: 0.0246801 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30551970.47719741 Pa
+ ( Rflow ) = ( 6.85e-06 ) ; ( Rwell ) = ( 5.61e-11 ) ; ( R ) = ( 6.85e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30551970.47719741 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.27e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0120284 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0566216
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.8e+08s, dt:5e+06s, Cycle: 77
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93656e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 195440 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.76864e+06, 1.57417e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.82862e+09, 1.53071e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.7458e+08, 3.07272e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.82862e+09, 0 }, { 3.72904e+08, 1.53056e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.97027
+compflowStatistics: Max component CFL number: 7.56659
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30551970.47719741 Pa
+ ( Rflow ) = ( 2.36e-01 ) ; ( Rwell ) = ( 5.62e-11 ) ; ( R ) = ( 2.36e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.17758e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165776 s | Solve Time: 0.0248373 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30548465.083686966 Pa
+ ( Rflow ) = ( 6.08e-02 ) ; ( Rwell ) = ( 5.61e-08 ) ; ( R ) = ( 6.08e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.10617e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016397 s | Solve Time: 0.0246295 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30549320.210106567 Pa
+ ( Rflow ) = ( 2.08e-03 ) ; ( Rwell ) = ( 1.22e-09 ) ; ( R ) = ( 2.08e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.9696e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165633 s | Solve Time: 0.0263563 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30549278.68631556 Pa
+ ( Rflow ) = ( 4.74e-06 ) ; ( Rwell ) = ( 1.38e-11 ) ; ( R ) = ( 4.74e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30549278.68631556 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 2.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00988107 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.056834
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.85e+08s, dt:5e+06s, Cycle: 78
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93656e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 194286 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.87269e+06, 1.57407e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.89763e+09, 1.53061e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.80003e+08, 3.07273e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.89763e+09, 0 }, { 3.78895e+08, 1.53046e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.99287
+compflowStatistics: Max component CFL number: 7.551
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30549278.68631556 Pa
+ ( Rflow ) = ( 2.34e-01 ) ; ( Rwell ) = ( 1.41e-11 ) ; ( R ) = ( 2.34e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.13414e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161112 s | Solve Time: 0.0245416 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30545637.25654473 Pa
+ ( Rflow ) = ( 7.27e-02 ) ; ( Rwell ) = ( 4.52e-08 ) ; ( R ) = ( 7.27e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.96687e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163617 s | Solve Time: 0.0247673 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30547245.405043025 Pa
+ ( Rflow ) = ( 2.00e-03 ) ; ( Rwell ) = ( 2.28e-09 ) ; ( R ) = ( 2.00e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.28392e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161125 s | Solve Time: 0.0245719 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30547195.59029172 Pa
+ ( Rflow ) = ( 3.04e-06 ) ; ( Rwell ) = ( 5.50e-11 ) ; ( R ) = ( 3.04e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30547195.59029172 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 5.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0141607 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0552271
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.9e+08s, dt:5e+06s, Cycle: 79
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93656e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 193563 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.97713e+06, 1.57396e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.96693e+09, 1.53051e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.85693e+08, 3.07273e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.96693e+09, 0 }, { 3.84596e+08, 1.53035e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0146
+compflowStatistics: Max component CFL number: 7.53622
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30547195.59029172 Pa
+ ( Rflow ) = ( 2.31e-01 ) ; ( Rwell ) = ( 5.51e-11 ) ; ( R ) = ( 2.31e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.13912e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164481 s | Solve Time: 0.0247643 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30544519.24734345 Pa
+ ( Rflow ) = ( 9.36e-02 ) ; ( Rwell ) = ( 3.84e-08 ) ; ( R ) = ( 9.36e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.69603e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166728 s | Solve Time: 0.024883 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30544947.693904936 Pa
+ ( Rflow ) = ( 4.73e-04 ) ; ( Rwell ) = ( 8.06e-10 ) ; ( R ) = ( 4.73e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.34618e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166461 s | Solve Time: 0.0250823 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30544934.845077854 Pa
+ ( Rflow ) = ( 1.06e-07 ) ; ( Rwell ) = ( 2.75e-11 ) ; ( R ) = ( 1.06e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30544934.845077854 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 5.35e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.010455 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0528199
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.95e+08s, dt:5e+06s, Cycle: 80
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93657e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 193335 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.08163e+06, 1.57386e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.03626e+09, 1.53041e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.91749e+08, 3.07273e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.03626e+09, 0 }, { 3.90268e+08, 1.53025e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0356
+compflowStatistics: Max component CFL number: 7.52149
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30544934.845077854 Pa
+ ( Rflow ) = ( 2.29e-01 ) ; ( Rwell ) = ( 2.75e-11 ) ; ( R ) = ( 2.29e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.3783e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168456 s | Solve Time: 0.02489 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30541977.955961827 Pa
+ ( Rflow ) = ( 2.64e-01 ) ; ( Rwell ) = ( 4.65e-08 ) ; ( R ) = ( 2.64e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.38e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30543456.40051984 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.51e-01 ) ; ( Rwell ) = ( 1.09e-08 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 3.05051e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160205 s | Solve Time: 0.0282621 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30542339.055672683 Pa
+ ( Rflow ) = ( 3.12e-02 ) ; ( Rwell ) = ( 6.84e-08 ) ; ( R ) = ( 3.12e-02 ) ;
+ Last LinSolve(iter,res) = ( 17, 3.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 6.26173e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163846 s | Solve Time: 0.0264154 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30542562.919008348 Pa
+ ( Rflow ) = ( 2.50e-04 ) ; ( Rwell ) = ( 1.39e-09 ) ; ( R ) = ( 2.50e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 6.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 9.19454e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160127 s | Solve Time: 0.0262966 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30542559.51686158 Pa
+ ( Rflow ) = ( 2.07e-08 ) ; ( Rwell ) = ( 1.01e-11 ) ; ( R ) = ( 2.07e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30542559.51686158 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 9.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0089615 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.055591
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3e+08s, dt:5e+06s, Cycle: 81
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93657e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 192923 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.18626e+06, 1.57376e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.10566e+09, 1.53031e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.98099e+08, 3.07274e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.10566e+09, 0 }, { 3.95865e+08, 1.53015e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0563
+compflowStatistics: Max component CFL number: 7.50686
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30542559.51686158 Pa
+ ( Rflow ) = ( 2.27e-01 ) ; ( Rwell ) = ( 1.01e-11 ) ; ( R ) = ( 2.27e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 2.3517e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162982 s | Solve Time: 0.028385 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30539315.911985043 Pa
+ ( Rflow ) = ( 8.66e-02 ) ; ( Rwell ) = ( 4.22e-08 ) ; ( R ) = ( 8.66e-02 ) ;
+ Last LinSolve(iter,res) = ( 17, 2.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 2.03988e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162728 s | Solve Time: 0.0283274 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30539906.398795832 Pa
+ ( Rflow ) = ( 9.19e-03 ) ; ( Rwell ) = ( 8.29e-10 ) ; ( R ) = ( 9.19e-03 ) ;
+ Last LinSolve(iter,res) = ( 17, 2.04e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.92452e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163935 s | Solve Time: 0.0265958 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30539841.99055668 Pa
+ ( Rflow ) = ( 6.32e-05 ) ; ( Rwell ) = ( 3.60e-10 ) ; ( R ) = ( 6.32e-05 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.30138e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161614 s | Solve Time: 0.0248289 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30539842.010620024 Pa
+ ( Rflow ) = ( 2.48e-10 ) ; ( Rwell ) = ( 4.30e-12 ) ; ( R ) = ( 2.48e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30539842.010620024 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.30e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0090759 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0549672
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.05e+08s, dt:5e+06s, Cycle: 82
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93656e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 192413 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.29038e+06, 1.57365e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.17471e+09, 1.53021e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.03364e+08, 3.07274e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.17471e+09, 0 }, { 4.0182e+08, 1.53004e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0784
+compflowStatistics: Max component CFL number: 7.49164
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30539842.010620024 Pa
+ ( Rflow ) = ( 2.27e-01 ) ; ( Rwell ) = ( 4.39e-12 ) ; ( R ) = ( 2.27e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 3.23786e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163361 s | Solve Time: 0.0281239 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30536785.70666803 Pa
+ ( Rflow ) = ( 8.11e-02 ) ; ( Rwell ) = ( 4.49e-08 ) ; ( R ) = ( 8.11e-02 ) ;
+ Last LinSolve(iter,res) = ( 17, 3.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.47079e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160077 s | Solve Time: 0.0247083 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30537850.84283489 Pa
+ ( Rflow ) = ( 7.02e-03 ) ; ( Rwell ) = ( 2.32e-09 ) ; ( R ) = ( 7.02e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.9805e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165457 s | Solve Time: 0.0248135 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30537805.76263322 Pa
+ ( Rflow ) = ( 3.70e-05 ) ; ( Rwell ) = ( 3.87e-11 ) ; ( R ) = ( 3.70e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.98e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 2.9114e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164848 s | Solve Time: 0.0213299 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30537805.779896766 Pa
+ ( Rflow ) = ( 1.76e-10 ) ; ( Rwell ) = ( 4.84e-13 ) ; ( R ) = ( 1.76e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30537805.779896766 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 2.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00984278 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0524856
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.1e+08s, dt:5e+06s, Cycle: 83
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93657e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 191673 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.39534e+06, 1.57355e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.24436e+09, 1.53011e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.0904e+08, 3.07274e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.24436e+09, 0 }, { 4.07169e+08, 1.52994e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1004
+compflowStatistics: Max component CFL number: 7.47637
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30537805.779896766 Pa
+ ( Rflow ) = ( 2.25e-01 ) ; ( Rwell ) = ( 8.12e-13 ) ; ( R ) = ( 2.25e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.08378e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163424 s | Solve Time: 0.0248972 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30535893.86920726 Pa
+ ( Rflow ) = ( 2.16e-01 ) ; ( Rwell ) = ( 4.09e-08 ) ; ( R ) = ( 2.16e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.78499e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164025 s | Solve Time: 0.0248394 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30537061.480146408 Pa
+ ( Rflow ) = ( 1.65e-03 ) ; ( Rwell ) = ( 3.41e-09 ) ; ( R ) = ( 1.65e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.2893e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161131 s | Solve Time: 0.0246119 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30537029.477607638 Pa
+ ( Rflow ) = ( 2.29e-06 ) ; ( Rwell ) = ( 6.08e-11 ) ; ( R ) = ( 2.29e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30537029.477607638 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 9.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0173087 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0557217
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.15e+08s, dt:5e+06s, Cycle: 84
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9366e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 191596 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.50283e+06, 1.57344e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.31579e+09, 1.53e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.16703e+08, 3.07275e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.31579e+09, 0 }, { 4.10739e+08, 1.52984e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1205
+compflowStatistics: Max component CFL number: 7.46227
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30537029.477607638 Pa
+ ( Rflow ) = ( 2.24e-01 ) ; ( Rwell ) = ( 6.08e-11 ) ; ( R ) = ( 2.24e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.71348e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162054 s | Solve Time: 0.0263635 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30535056.768145315 Pa
+ ( Rflow ) = ( 1.21e-01 ) ; ( Rwell ) = ( 3.37e-08 ) ; ( R ) = ( 1.21e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.28383e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165408 s | Solve Time: 0.0232558 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30534988.940078475 Pa
+ ( Rflow ) = ( 6.02e-04 ) ; ( Rwell ) = ( 1.10e-08 ) ; ( R ) = ( 6.02e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.38708e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167485 s | Solve Time: 0.0248478 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30534995.09182296 Pa
+ ( Rflow ) = ( 2.54e-08 ) ; ( Rwell ) = ( 2.64e-11 ) ; ( R ) = ( 2.54e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30534995.09182296 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 8.39e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0140189 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0547949
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.2e+08s, dt:5e+06s, Cycle: 85
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 192587 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.61014e+06, 1.57333e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.38699e+09, 1.5299e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.24296e+08, 3.07275e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.38699e+09, 0 }, { 4.1454e+08, 1.52973e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1404
+compflowStatistics: Max component CFL number: 7.44853
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30534995.09182296 Pa
+ ( Rflow ) = ( 2.24e-01 ) ; ( Rwell ) = ( 2.64e-11 ) ; ( R ) = ( 2.24e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.3813e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165254 s | Solve Time: 0.0249729 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30532412.52273846 Pa
+ ( Rflow ) = ( 4.87e-02 ) ; ( Rwell ) = ( 3.56e-08 ) ; ( R ) = ( 4.87e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.15044e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165538 s | Solve Time: 0.0228764 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30532388.357831668 Pa
+ ( Rflow ) = ( 6.01e-04 ) ; ( Rwell ) = ( 4.95e-09 ) ; ( R ) = ( 6.01e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.36906e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167082 s | Solve Time: 0.0246573 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30532376.468818113 Pa
+ ( Rflow ) = ( 1.23e-07 ) ; ( Rwell ) = ( 4.72e-12 ) ; ( R ) = ( 1.23e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30532376.468818113 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 5.37e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0134376 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0500427
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.25e+08s, dt:5e+06s, Cycle: 86
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9366e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 192312 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.7164e+06, 1.57323e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.45744e+09, 1.5298e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.29542e+08, 3.07275e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.45744e+09, 0 }, { 4.19091e+08, 1.52963e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1609
+compflowStatistics: Max component CFL number: 7.43465
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30532376.468818113 Pa
+ ( Rflow ) = ( 2.23e-01 ) ; ( Rwell ) = ( 4.97e-12 ) ; ( R ) = ( 2.23e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.15133e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161689 s | Solve Time: 0.0262093 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30528886.143336624 Pa
+ ( Rflow ) = ( 4.23e-02 ) ; ( Rwell ) = ( 3.84e-08 ) ; ( R ) = ( 4.23e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.95342e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.015987 s | Solve Time: 0.0248639 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30529006.758761007 Pa
+ ( Rflow ) = ( 7.64e-05 ) ; ( Rwell ) = ( 4.02e-10 ) ; ( R ) = ( 7.64e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.22752e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166767 s | Solve Time: 0.0248012 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30529006.59547479 Pa
+ ( Rflow ) = ( 5.57e-10 ) ; ( Rwell ) = ( 3.60e-13 ) ; ( R ) = ( 5.57e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30529006.59547479 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.23e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00625615 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0519361
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.3e+08s, dt:5e+06s, Cycle: 87
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93658e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 191480 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.82033e+06, 1.57312e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.52628e+09, 1.5297e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.32137e+08, 3.07276e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.52628e+09, 0 }, { 4.25247e+08, 1.52952e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1825
+compflowStatistics: Max component CFL number: 7.4203
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30529006.59547479 Pa
+ ( Rflow ) = ( 2.23e-01 ) ; ( Rwell ) = ( 1.15e-12 ) ; ( R ) = ( 2.23e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.95114e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0176546 s | Solve Time: 0.0278811 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30525982.12156814 Pa
+ ( Rflow ) = ( 5.01e-02 ) ; ( Rwell ) = ( 4.00e-08 ) ; ( R ) = ( 5.01e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.03071e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164451 s | Solve Time: 0.0247905 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30526601.157566506 Pa
+ ( Rflow ) = ( 5.70e-04 ) ; ( Rwell ) = ( 6.12e-10 ) ; ( R ) = ( 5.70e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.2548e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164404 s | Solve Time: 0.0247952 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30526584.354004614 Pa
+ ( Rflow ) = ( 2.74e-07 ) ; ( Rwell ) = ( 2.64e-11 ) ; ( R ) = ( 2.74e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30526584.354004614 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 8.25e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.005061 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0532506
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.35e+08s, dt:5e+06s, Cycle: 88
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93657e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 189974 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.92417e+06, 1.57302e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.59514e+09, 1.5296e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.358e+08, 3.07276e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.59514e+09, 0 }, { 4.31391e+08, 1.52942e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2037
+compflowStatistics: Max component CFL number: 7.40589
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30526584.354004614 Pa
+ ( Rflow ) = ( 2.22e-01 ) ; ( Rwell ) = ( 2.65e-11 ) ; ( R ) = ( 2.22e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.01592e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161608 s | Solve Time: 0.0248572 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30523841.292879663 Pa
+ ( Rflow ) = ( 9.74e-02 ) ; ( Rwell ) = ( 3.87e-08 ) ; ( R ) = ( 9.74e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.02e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.26341e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168315 s | Solve Time: 0.024825 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30524987.81947751 Pa
+ ( Rflow ) = ( 7.70e-03 ) ; ( Rwell ) = ( 1.82e-09 ) ; ( R ) = ( 7.70e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.42047e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162202 s | Solve Time: 0.0247861 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30524935.77943658 Pa
+ ( Rflow ) = ( 5.28e-05 ) ; ( Rwell ) = ( 1.32e-10 ) ; ( R ) = ( 5.28e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.42e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.72981e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166118 s | Solve Time: 0.0212892 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30524935.79605361 Pa
+ ( Rflow ) = ( 2.10e-10 ) ; ( Rwell ) = ( 1.60e-12 ) ; ( R ) = ( 2.10e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30524935.79605361 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 4.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.014602 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0538366
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.4e+08s, dt:5e+06s, Cycle: 89
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93659e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 189388 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.02937e+06, 1.57291e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.66497e+09, 1.5295e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.41468e+08, 3.07276e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.66497e+09, 0 }, { 4.36555e+08, 1.52932e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2239
+compflowStatistics: Max component CFL number: 7.39202
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30524935.79605361 Pa
+ ( Rflow ) = ( 2.21e-01 ) ; ( Rwell ) = ( 1.69e-12 ) ; ( R ) = ( 2.21e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.55078e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165628 s | Solve Time: 0.0248848 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30522232.06672693 Pa
+ ( Rflow ) = ( 5.14e-02 ) ; ( Rwell ) = ( 7.14e-08 ) ; ( R ) = ( 5.14e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.8697e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163234 s | Solve Time: 0.0261086 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30522850.58264184 Pa
+ ( Rflow ) = ( 3.20e-03 ) ; ( Rwell ) = ( 2.41e-09 ) ; ( R ) = ( 3.20e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.82937e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173633 s | Solve Time: 0.0249818 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30522842.848620575 Pa
+ ( Rflow ) = ( 2.54e-08 ) ; ( Rwell ) = ( 5.34e-11 ) ; ( R ) = ( 2.54e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30522842.848620575 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 5.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00728359 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0516445
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.45e+08s, dt:5e+06s, Cycle: 90
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93659e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 189478 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.13455e+06, 1.57281e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.73475e+09, 1.52939e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.47462e+08, 3.07277e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.73475e+09, 0 }, { 4.41783e+08, 1.52921e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.244
+compflowStatistics: Max component CFL number: 7.37816
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30522842.848620575 Pa
+ ( Rflow ) = ( 2.21e-01 ) ; ( Rwell ) = ( 5.34e-11 ) ; ( R ) = ( 2.21e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.04499e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160776 s | Solve Time: 0.0274183 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30520152.801742423 Pa
+ ( Rflow ) = ( 4.28e-02 ) ; ( Rwell ) = ( 3.80e-08 ) ; ( R ) = ( 4.28e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.04e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.77752e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172316 s | Solve Time: 0.0249829 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30520175.141050555 Pa
+ ( Rflow ) = ( 1.62e-04 ) ; ( Rwell ) = ( 1.51e-09 ) ; ( R ) = ( 1.62e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.56401e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169757 s | Solve Time: 0.0250747 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30520176.373787213 Pa
+ ( Rflow ) = ( 5.22e-09 ) ; ( Rwell ) = ( 2.29e-12 ) ; ( R ) = ( 5.22e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30520176.373787213 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00643149 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.052428
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.5e+08s, dt:5e+06s, Cycle: 91
+Rank 29: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000029.hdf5
+Rank 28: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000028.hdf5
+Rank 30: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000030.hdf5
+Rank 24: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000024.hdf5
+Rank 31: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000031.hdf5
+Rank 1: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000001.hdf5
+Rank 3: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000003.hdf5
+Rank 5: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000005.hdf5
+Rank 7: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000007.hdf5
+Rank 9: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000009.hdf5
+Rank 11: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000011.hdf5
+Rank 12: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000012.hdf5
+Rank 13: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000013.hdf5
+Rank 14: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000014.hdf5
+Rank 15: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000015.hdf5
+Rank 16: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000016.hdf5
+Rank 25: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000025.hdf5
+Rank 17: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000017.hdf5
+Rank 26: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000026.hdf5
+Rank 18: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000018.hdf5
+Rank 27: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000027.hdf5
+Rank 19: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000019.hdf5
+Rank 20: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000020.hdf5
+Rank 21: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000021.hdf5
+Rank 22: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000022.hdf5
+Rank 23: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000023.hdf5
+Rank 0: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000000.hdf5
+Rank 2: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000002.hdf5
+Rank 4: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000004.hdf5
+Rank 6: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000006.hdf5
+Rank 8: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000008.hdf5
+Rank 10: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000091/rank_0000010.hdf5
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93658e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 189147 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.2387e+06, 1.5727e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.80379e+09, 1.52929e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.52138e+08, 3.07277e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.80379e+09, 0 }, { 4.47744e+08, 1.52911e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2649
+compflowStatistics: Max component CFL number: 7.36417
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30520176.373787213 Pa
+ ( Rflow ) = ( 2.21e-01 ) ; ( Rwell ) = ( 2.41e-12 ) ; ( R ) = ( 2.21e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.6209e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172245 s | Solve Time: 0.0267534 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30517226.097942423 Pa
+ ( Rflow ) = ( 2.11e-01 ) ; ( Rwell ) = ( 4.10e-08 ) ; ( R ) = ( 2.11e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.39104e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165885 s | Solve Time: 0.0247278 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30517630.608456768 Pa
+ ( Rflow ) = ( 1.52e-03 ) ; ( Rwell ) = ( 4.94e-10 ) ; ( R ) = ( 1.52e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.61224e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165203 s | Solve Time: 0.0248688 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30517614.02347632 Pa
+ ( Rflow ) = ( 3.03e-06 ) ; ( Rwell ) = ( 3.09e-11 ) ; ( R ) = ( 3.03e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30517614.02347632 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 5.61e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00764896 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.051891
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.55e+08s, dt:5e+06s, Cycle: 92
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93657e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 188319 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.34248e+06, 1.5726e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.87258e+09, 1.52919e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.57345e+08, 3.07277e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.87258e+09, 0 }, { 4.53946e+08, 1.52901e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.286
+compflowStatistics: Max component CFL number: 7.34994
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30517614.02347632 Pa
+ ( Rflow ) = ( 2.20e-01 ) ; ( Rwell ) = ( 3.09e-11 ) ; ( R ) = ( 2.20e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.24627e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168602 s | Solve Time: 0.0266687 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30515148.87933764 Pa
+ ( Rflow ) = ( 4.15e-02 ) ; ( Rwell ) = ( 3.81e-08 ) ; ( R ) = ( 4.15e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.79023e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016196 s | Solve Time: 0.0246694 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30515587.695422255 Pa
+ ( Rflow ) = ( 1.09e-03 ) ; ( Rwell ) = ( 5.30e-10 ) ; ( R ) = ( 1.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.66972e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167161 s | Solve Time: 0.0248191 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30515575.12968141 Pa
+ ( Rflow ) = ( 3.55e-07 ) ; ( Rwell ) = ( 2.23e-11 ) ; ( R ) = ( 3.55e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30515575.12968141 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 7.67e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0179133 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.051934
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.6e+08s, dt:5e+06s, Cycle: 93
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93658e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 187619 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.44666e+06, 1.5725e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.94171e+09, 1.52909e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.63702e+08, 3.07278e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.94171e+09, 0 }, { 4.59823e+08, 1.52891e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.3072
+compflowStatistics: Max component CFL number: 7.33592
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30515575.12968141 Pa
+ ( Rflow ) = ( 2.17e-01 ) ; ( Rwell ) = ( 2.24e-11 ) ; ( R ) = ( 2.17e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.90227e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171448 s | Solve Time: 0.0249971 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30512542.88756243 Pa
+ ( Rflow ) = ( 7.70e-02 ) ; ( Rwell ) = ( 4.06e-08 ) ; ( R ) = ( 7.70e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.61353e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165284 s | Solve Time: 0.0249885 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30513249.60566764 Pa
+ ( Rflow ) = ( 4.72e-03 ) ; ( Rwell ) = ( 3.01e-09 ) ; ( R ) = ( 4.72e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.09169e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166233 s | Solve Time: 0.0248313 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30513209.604461156 Pa
+ ( Rflow ) = ( 1.97e-05 ) ; ( Rwell ) = ( 1.13e-10 ) ; ( R ) = ( 1.97e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.02805e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163223 s | Solve Time: 0.0214771 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30513209.618653364 Pa
+ ( Rflow ) = ( 1.73e-10 ) ; ( Rwell ) = ( 7.79e-13 ) ; ( R ) = ( 1.73e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30513209.618653364 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 9.03e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0096228 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0502565
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.65e+08s, dt:5e+06s, Cycle: 94
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93658e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 187379 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.55033e+06, 1.57239e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.01045e+09, 1.52899e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.69799e+08, 3.07278e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.01045e+09, 0 }, { 4.66084e+08, 1.5288e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.3281
+compflowStatistics: Max component CFL number: 7.32216
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30513209.618653364 Pa
+ ( Rflow ) = ( 2.16e-01 ) ; ( Rwell ) = ( 1.09e-12 ) ; ( R ) = ( 2.16e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.3632e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01668 s | Solve Time: 0.0264547 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30510869.16757058 Pa
+ ( Rflow ) = ( 4.48e-02 ) ; ( Rwell ) = ( 3.57e-08 ) ; ( R ) = ( 4.48e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.7226e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165241 s | Solve Time: 0.0247438 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30511775.777591676 Pa
+ ( Rflow ) = ( 1.16e-03 ) ; ( Rwell ) = ( 2.33e-09 ) ; ( R ) = ( 1.16e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.07394e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169471 s | Solve Time: 0.0248182 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30511749.332079828 Pa
+ ( Rflow ) = ( 1.82e-07 ) ; ( Rwell ) = ( 2.68e-11 ) ; ( R ) = ( 1.82e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30511749.332079828 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 7.07e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0185576 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0454889
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.7e+08s, dt:5e+06s, Cycle: 95
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9366e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 186784 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.65551e+06, 1.57229e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.08028e+09, 1.52889e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.77158e+08, 3.07278e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.08028e+09, 0 }, { 4.71251e+08, 1.5287e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.3477
+compflowStatistics: Max component CFL number: 7.30911
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30511749.332079828 Pa
+ ( Rflow ) = ( 2.14e-01 ) ; ( Rwell ) = ( 2.69e-11 ) ; ( R ) = ( 2.14e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.41597e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169149 s | Solve Time: 0.0273112 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30509204.4232031 Pa
+ ( Rflow ) = ( 1.69e-01 ) ; ( Rwell ) = ( 3.29e-08 ) ; ( R ) = ( 1.69e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.42e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.42156e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165042 s | Solve Time: 0.0248334 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30510180.95123578 Pa
+ ( Rflow ) = ( 1.81e-03 ) ; ( Rwell ) = ( 4.28e-09 ) ; ( R ) = ( 1.81e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.42e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.9492e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016666 s | Solve Time: 0.0266517 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30510132.350345924 Pa
+ ( Rflow ) = ( 2.29e-06 ) ; ( Rwell ) = ( 2.23e-11 ) ; ( R ) = ( 2.29e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30510132.350345924 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 3.95e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0113799 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0494635
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.75e+08s, dt:5e+06s, Cycle: 96
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 186965 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.76143e+06, 1.57218e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.15057e+09, 1.52879e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.84621e+08, 3.07279e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.15057e+09, 0 }, { 4.7596e+08, 1.5286e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.3662
+compflowStatistics: Max component CFL number: 7.29658
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30510132.350345924 Pa
+ ( Rflow ) = ( 2.13e-01 ) ; ( Rwell ) = ( 2.24e-11 ) ; ( R ) = ( 2.13e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.48729e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172415 s | Solve Time: 0.0266125 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30508340.12148613 Pa
+ ( Rflow ) = ( 1.53e-01 ) ; ( Rwell ) = ( 2.90e-08 ) ; ( R ) = ( 1.53e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.49e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.04546e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163329 s | Solve Time: 0.0231198 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30508638.461846333 Pa
+ ( Rflow ) = ( 2.83e-03 ) ; ( Rwell ) = ( 4.26e-09 ) ; ( R ) = ( 2.83e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.04622e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170367 s | Solve Time: 0.0249562 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30508628.978824813 Pa
+ ( Rflow ) = ( 1.78e-06 ) ; ( Rwell ) = ( 7.11e-11 ) ; ( R ) = ( 1.78e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30508628.978824813 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 6.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00976749 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0515749
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.8e+08s, dt:5e+06s, Cycle: 97
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93662e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 186934 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.86793e+06, 1.57207e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.22126e+09, 1.52869e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.90378e+08, 3.07279e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.22126e+09, 0 }, { 4.80271e+08, 1.52849e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.3839
+compflowStatistics: Max component CFL number: 7.28452
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30508628.978824813 Pa
+ ( Rflow ) = ( 2.13e-01 ) ; ( Rwell ) = ( 7.11e-11 ) ; ( R ) = ( 2.13e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.91673e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168205 s | Solve Time: 0.0250426 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30506245.71806388 Pa
+ ( Rflow ) = ( 8.58e-02 ) ; ( Rwell ) = ( 3.03e-08 ) ; ( R ) = ( 8.58e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.58401e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166276 s | Solve Time: 0.0408931 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30506716.46355654 Pa
+ ( Rflow ) = ( 4.73e-04 ) ; ( Rwell ) = ( 1.21e-09 ) ; ( R ) = ( 4.73e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.83213e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0361524 s | Solve Time: 0.0476311 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30506707.283289485 Pa
+ ( Rflow ) = ( 4.61e-08 ) ; ( Rwell ) = ( 1.67e-11 ) ; ( R ) = ( 4.61e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30506707.283289485 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 7.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00631315 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0510949
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.85e+08s, dt:5e+06s, Cycle: 98
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93662e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 186957 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.97439e+06, 1.57197e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.29187e+09, 1.52859e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.96629e+08, 3.07279e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.29187e+09, 0 }, { 4.84664e+08, 1.52839e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.4014
+compflowStatistics: Max component CFL number: 7.2723
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30506707.283289485 Pa
+ ( Rflow ) = ( 2.14e-01 ) ; ( Rwell ) = ( 1.67e-11 ) ; ( R ) = ( 2.14e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.4337e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0362392 s | Solve Time: 0.0303534 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30504314.279248886 Pa
+ ( Rflow ) = ( 7.90e-02 ) ; ( Rwell ) = ( 3.09e-08 ) ; ( R ) = ( 7.90e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.06694e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016823 s | Solve Time: 0.0232334 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30504423.187147927 Pa
+ ( Rflow ) = ( 4.02e-04 ) ; ( Rwell ) = ( 2.33e-09 ) ; ( R ) = ( 4.02e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.72556e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170545 s | Solve Time: 0.024844 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30504421.905919198 Pa
+ ( Rflow ) = ( 2.30e-08 ) ; ( Rwell ) = ( 1.17e-11 ) ; ( R ) = ( 2.30e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30504421.905919198 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 6.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00483891 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0503071
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.9e+08s, dt:5e+06s, Cycle: 99
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 186598 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.08003e+06, 1.57186e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.3619e+09, 1.52848e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.02064e+08, 3.0728e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.3619e+09, 0 }, { 4.89635e+08, 1.52828e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.4198
+compflowStatistics: Max component CFL number: 7.25983
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30504421.905919198 Pa
+ ( Rflow ) = ( 2.14e-01 ) ; ( Rwell ) = ( 1.18e-11 ) ; ( R ) = ( 2.14e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.08259e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171779 s | Solve Time: 0.0249844 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30501798.143698487 Pa
+ ( Rflow ) = ( 6.19e-02 ) ; ( Rwell ) = ( 2.71e-07 ) ; ( R ) = ( 6.19e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.11942e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168521 s | Solve Time: 0.0249552 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30502006.367209345 Pa
+ ( Rflow ) = ( 5.20e-03 ) ; ( Rwell ) = ( 6.80e-10 ) ; ( R ) = ( 5.20e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.77065e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162692 s | Solve Time: 0.0249698 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30501968.200283267 Pa
+ ( Rflow ) = ( 2.51e-05 ) ; ( Rwell ) = ( 5.95e-11 ) ; ( R ) = ( 2.51e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.49499e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164001 s | Solve Time: 0.0233347 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30501968.297618825 Pa
+ ( Rflow ) = ( 1.77e-10 ) ; ( Rwell ) = ( 1.72e-12 ) ; ( R ) = ( 1.77e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30501968.297618825 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 5.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0104459 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0504741
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.95e+08s, dt:5e+06s, Cycle: 100
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9366e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 185916 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.18486e+06, 1.57176e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.43137e+09, 1.52838e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.06769e+08, 3.0728e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.43137e+09, 0 }, { 4.95157e+08, 1.52818e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.4393
+compflowStatistics: Max component CFL number: 7.24708
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30501968.297618825 Pa
+ ( Rflow ) = ( 2.13e-01 ) ; ( Rwell ) = ( 1.89e-12 ) ; ( R ) = ( 2.13e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.77431e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170932 s | Solve Time: 0.0250667 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30498899.7373113 Pa
+ ( Rflow ) = ( 4.04e-02 ) ; ( Rwell ) = ( 3.73e-08 ) ; ( R ) = ( 4.04e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.00939e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165987 s | Solve Time: 0.0249947 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30499628.446142286 Pa
+ ( Rflow ) = ( 1.36e-03 ) ; ( Rwell ) = ( 2.82e-10 ) ; ( R ) = ( 1.36e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.58154e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169474 s | Solve Time: 0.0249391 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30499603.072140906 Pa
+ ( Rflow ) = ( 4.22e-07 ) ; ( Rwell ) = ( 1.14e-11 ) ; ( R ) = ( 4.22e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30499603.072140906 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 8.58e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0112917 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0486302
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4e+08s, dt:5e+06s, Cycle: 101
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9366e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 185139 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.28892e+06, 1.57165e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.50035e+09, 1.52828e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.11548e+08, 3.0728e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.50035e+09, 0 }, { 5.01177e+08, 1.52808e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.4592
+compflowStatistics: Max component CFL number: 7.23442
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30499603.072140906 Pa
+ ( Rflow ) = ( 2.12e-01 ) ; ( Rwell ) = ( 1.16e-11 ) ; ( R ) = ( 2.12e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.8147e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162894 s | Solve Time: 0.0248823 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30496968.535365716 Pa
+ ( Rflow ) = ( 9.99e-02 ) ; ( Rwell ) = ( 3.19e-08 ) ; ( R ) = ( 9.99e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.27286e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166675 s | Solve Time: 0.0268117 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30497280.859399103 Pa
+ ( Rflow ) = ( 9.72e-04 ) ; ( Rwell ) = ( 1.49e-09 ) ; ( R ) = ( 9.72e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 3.82512e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161972 s | Solve Time: 0.0283854 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30497262.77487919 Pa
+ ( Rflow ) = ( 2.62e-07 ) ; ( Rwell ) = ( 1.20e-11 ) ; ( R ) = ( 2.62e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30497262.77487919 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 17, 3.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0141045 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0461471
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.05e+08s, dt:5e+06s, Cycle: 102
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93659e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 184424 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.39236e+06, 1.57155e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.56893e+09, 1.52818e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.17133e+08, 3.07281e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.56893e+09, 0 }, { 5.07606e+08, 1.52797e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.4788
+compflowStatistics: Max component CFL number: 7.22201
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30497262.77487919 Pa
+ ( Rflow ) = ( 2.09e-01 ) ; ( Rwell ) = ( 1.21e-11 ) ; ( R ) = ( 2.09e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 9.63576e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166236 s | Solve Time: 0.0265626 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30494803.24363804 Pa
+ ( Rflow ) = ( 4.24e-02 ) ; ( Rwell ) = ( 6.68e-08 ) ; ( R ) = ( 4.24e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 9.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.17683e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016687 s | Solve Time: 0.024709 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30495246.269954924 Pa
+ ( Rflow ) = ( 6.30e-04 ) ; ( Rwell ) = ( 1.81e-09 ) ; ( R ) = ( 6.30e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.33701e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162955 s | Solve Time: 0.0287861 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30495230.78300031 Pa
+ ( Rflow ) = ( 5.30e-07 ) ; ( Rwell ) = ( 1.14e-11 ) ; ( R ) = ( 5.30e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30495230.78300031 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 2.34e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0077356 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0467232
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.1e+08s, dt:5e+06s, Cycle: 103
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93659e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 183690 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.49585e+06, 1.57145e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.63755e+09, 1.52808e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.23256e+08, 3.07281e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.63755e+09, 0 }, { 5.13981e+08, 1.52787e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.61083
+compflowStatistics: Max component CFL number: 7.20994
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30495230.78300031 Pa
+ ( Rflow ) = ( 2.07e-01 ) ; ( Rwell ) = ( 1.15e-11 ) ; ( R ) = ( 2.07e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.55383e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164321 s | Solve Time: 0.0250284 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30493113.98084185 Pa
+ ( Rflow ) = ( 4.48e-02 ) ; ( Rwell ) = ( 3.01e-08 ) ; ( R ) = ( 4.48e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.90732e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163031 s | Solve Time: 0.0249233 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30493663.014953792 Pa
+ ( Rflow ) = ( 6.61e-04 ) ; ( Rwell ) = ( 1.91e-09 ) ; ( R ) = ( 6.61e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.21226e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164256 s | Solve Time: 0.0267776 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30493649.724673104 Pa
+ ( Rflow ) = ( 1.33e-07 ) ; ( Rwell ) = ( 1.35e-11 ) ; ( R ) = ( 1.33e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30493649.724673104 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 3.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00660458 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.047897
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.15e+08s, dt:5e+06s, Cycle: 104
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9366e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 183228 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.59988e+06, 1.57134e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.70657e+09, 1.52798e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.30245e+08, 3.07281e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.70657e+09, 0 }, { 5.19958e+08, 1.52777e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.62724
+compflowStatistics: Max component CFL number: 7.19839
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30493649.724673104 Pa
+ ( Rflow ) = ( 2.07e-01 ) ; ( Rwell ) = ( 1.36e-11 ) ; ( R ) = ( 2.07e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.14289e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168472 s | Solve Time: 0.0248823 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30491075.96285312 Pa
+ ( Rflow ) = ( 1.27e-01 ) ; ( Rwell ) = ( 2.93e-08 ) ; ( R ) = ( 1.27e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.76356e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166207 s | Solve Time: 0.0246798 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30492271.00065021 Pa
+ ( Rflow ) = ( 9.29e-03 ) ; ( Rwell ) = ( 3.18e-09 ) ; ( R ) = ( 9.29e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.29336e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167011 s | Solve Time: 0.0247814 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30492187.164214298 Pa
+ ( Rflow ) = ( 5.14e-05 ) ; ( Rwell ) = ( 3.33e-10 ) ; ( R ) = ( 5.14e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.31968e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167142 s | Solve Time: 0.0212765 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30492187.173750408 Pa
+ ( Rflow ) = ( 2.02e-10 ) ; ( Rwell ) = ( 3.68e-12 ) ; ( R ) = ( 2.02e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30492187.173750408 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 6.32e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0132575 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0499542
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.2e+08s, dt:5e+06s, Cycle: 105
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 183136 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.70469e+06, 1.57124e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.77614e+09, 1.52788e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.36813e+08, 3.07282e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.77614e+09, 0 }, { 5.25396e+08, 1.52767e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.64295
+compflowStatistics: Max component CFL number: 7.1872
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30492187.173750408 Pa
+ ( Rflow ) = ( 2.05e-01 ) ; ( Rwell ) = ( 3.71e-12 ) ; ( R ) = ( 2.05e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.03025e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161015 s | Solve Time: 0.0248066 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30490781.86029638 Pa
+ ( Rflow ) = ( 3.95e-02 ) ; ( Rwell ) = ( 2.44e-08 ) ; ( R ) = ( 3.95e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.58401e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168191 s | Solve Time: 0.0252055 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30491308.204829544 Pa
+ ( Rflow ) = ( 6.11e-04 ) ; ( Rwell ) = ( 1.06e-09 ) ; ( R ) = ( 6.11e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.16448e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016274 s | Solve Time: 0.0268761 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30491296.25224835 Pa
+ ( Rflow ) = ( 9.55e-08 ) ; ( Rwell ) = ( 9.32e-12 ) ; ( R ) = ( 9.55e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30491296.25224835 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 3.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0126545 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0494631
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.25e+08s, dt:5e+06s, Cycle: 106
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 183109 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.81127e+06, 1.57113e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.84692e+09, 1.52778e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.45173e+08, 3.07282e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.84692e+09, 0 }, { 5.29608e+08, 1.52756e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.6575
+compflowStatistics: Max component CFL number: 7.17658
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30491296.25224835 Pa
+ ( Rflow ) = ( 2.05e-01 ) ; ( Rwell ) = ( 9.35e-12 ) ; ( R ) = ( 2.05e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.51986e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168228 s | Solve Time: 0.0249116 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30489691.55820736 Pa
+ ( Rflow ) = ( 1.34e-01 ) ; ( Rwell ) = ( 2.48e-08 ) ; ( R ) = ( 1.34e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.86867e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167168 s | Solve Time: 0.0237934 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30489558.524284583 Pa
+ ( Rflow ) = ( 6.39e-05 ) ; ( Rwell ) = ( 1.09e-09 ) ; ( R ) = ( 6.39e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.37962e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170376 s | Solve Time: 0.0231985 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30489558.51770326 Pa
+ ( Rflow ) = ( 3.24e-10 ) ; ( Rwell ) = ( 7.81e-13 ) ; ( R ) = ( 3.24e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30489558.51770326 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 4.38e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0085806 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0485464
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.3e+08s, dt:5e+06s, Cycle: 107
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 183564 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.91752e+06, 1.57102e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.91739e+09, 1.52768e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.52251e+08, 3.07283e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.91739e+09, 0 }, { 5.34146e+08, 1.52746e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.67208
+compflowStatistics: Max component CFL number: 7.16604
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30489558.51770326 Pa
+ ( Rflow ) = ( 2.05e-01 ) ; ( Rwell ) = ( 9.61e-13 ) ; ( R ) = ( 2.05e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.52715e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167042 s | Solve Time: 0.0250353 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30486944.278743036 Pa
+ ( Rflow ) = ( 3.85e-02 ) ; ( Rwell ) = ( 2.61e-08 ) ; ( R ) = ( 3.85e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.76909e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162908 s | Solve Time: 0.0250144 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30487104.140618946 Pa
+ ( Rflow ) = ( 1.61e-03 ) ; ( Rwell ) = ( 9.47e-10 ) ; ( R ) = ( 1.61e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.30082e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016462 s | Solve Time: 0.0249621 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30487090.608163793 Pa
+ ( Rflow ) = ( 4.23e-06 ) ; ( Rwell ) = ( 2.66e-11 ) ; ( R ) = ( 4.23e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30487090.608163793 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.30e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0070876 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0485891
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.35e+08s, dt:5e+06s, Cycle: 108
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 183193 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.02199e+06, 1.57092e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.98658e+09, 1.52758e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.57613e+08, 3.07283e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.98658e+09, 0 }, { 5.39952e+08, 1.52735e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.68755
+compflowStatistics: Max component CFL number: 7.15525
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30487090.608163793 Pa
+ ( Rflow ) = ( 2.05e-01 ) ; ( Rwell ) = ( 2.66e-11 ) ; ( R ) = ( 2.05e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.82657e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170475 s | Solve Time: 0.0249161 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30484455.732828923 Pa
+ ( Rflow ) = ( 4.84e-02 ) ; ( Rwell ) = ( 2.68e-08 ) ; ( R ) = ( 4.84e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.55941e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166123 s | Solve Time: 0.0247232 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30484917.986734666 Pa
+ ( Rflow ) = ( 1.28e-03 ) ; ( Rwell ) = ( 1.22e-09 ) ; ( R ) = ( 1.28e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.10983e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170589 s | Solve Time: 0.0247546 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30484892.59584052 Pa
+ ( Rflow ) = ( 1.75e-06 ) ; ( Rwell ) = ( 6.59e-11 ) ; ( R ) = ( 1.75e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30484892.59584052 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 9.11e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00625544 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0467712
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.4e+08s, dt:5e+06s, Cycle: 109
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9366e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 182145 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.12562e+06, 1.57082e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.05524e+09, 1.52748e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.61446e+08, 3.07283e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.05524e+09, 0 }, { 5.46287e+08, 1.52725e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.70323
+compflowStatistics: Max component CFL number: 7.14427
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30484892.59584052 Pa
+ ( Rflow ) = ( 2.04e-01 ) ; ( Rwell ) = ( 6.60e-11 ) ; ( R ) = ( 2.04e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.93586e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166475 s | Solve Time: 0.0249482 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30483078.04343096 Pa
+ ( Rflow ) = ( 4.55e-02 ) ; ( Rwell ) = ( 1.39e-07 ) ; ( R ) = ( 4.55e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.94e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.11354e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167435 s | Solve Time: 0.0249417 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30483686.756302446 Pa
+ ( Rflow ) = ( 7.53e-04 ) ; ( Rwell ) = ( 2.05e-09 ) ; ( R ) = ( 7.53e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.11699e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0174617 s | Solve Time: 0.0269923 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30483673.780024193 Pa
+ ( Rflow ) = ( 1.02e-07 ) ; ( Rwell ) = ( 1.06e-11 ) ; ( R ) = ( 1.02e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30483673.780024193 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 3.12e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0184611 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0463772
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.45e+08s, dt:5e+06s, Cycle: 110
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93662e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 181377 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.23119e+06, 1.57071e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.12534e+09, 1.52737e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.68417e+08, 3.07283e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.12534e+09, 0 }, { 5.51194e+08, 1.52715e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.71839
+compflowStatistics: Max component CFL number: 7.13347
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30483673.780024193 Pa
+ ( Rflow ) = ( 2.02e-01 ) ; ( Rwell ) = ( 1.06e-11 ) ; ( R ) = ( 2.02e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.39739e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016772 s | Solve Time: 0.0268909 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30481708.21181284 Pa
+ ( Rflow ) = ( 3.79e-02 ) ; ( Rwell ) = ( 2.56e-08 ) ; ( R ) = ( 3.79e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.45685e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171605 s | Solve Time: 0.0251096 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30482227.767956562 Pa
+ ( Rflow ) = ( 7.89e-04 ) ; ( Rwell ) = ( 1.47e-09 ) ; ( R ) = ( 7.89e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.41741e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169139 s | Solve Time: 0.0252075 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30482208.41735246 Pa
+ ( Rflow ) = ( 6.35e-07 ) ; ( Rwell ) = ( 4.27e-11 ) ; ( R ) = ( 6.35e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30482208.41735246 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 9.42e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0128683 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0440185
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.5e+08s, dt:5e+06s, Cycle: 111
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 181550 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.33704e+06, 1.57061e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.19557e+09, 1.52727e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.75435e+08, 3.07284e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.19557e+09, 0 }, { 5.5596e+08, 1.52704e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.73342
+compflowStatistics: Max component CFL number: 7.12303
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30482208.41735246 Pa
+ ( Rflow ) = ( 2.01e-01 ) ; ( Rwell ) = ( 4.27e-11 ) ; ( R ) = ( 2.01e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.52629e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167868 s | Solve Time: 0.0252857 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30480577.922520675 Pa
+ ( Rflow ) = ( 4.45e-02 ) ; ( Rwell ) = ( 2.34e-08 ) ; ( R ) = ( 4.45e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.75431e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166284 s | Solve Time: 0.0249718 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30480894.491610385 Pa
+ ( Rflow ) = ( 3.97e-04 ) ; ( Rwell ) = ( 3.90e-09 ) ; ( R ) = ( 3.97e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.33039e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016433 s | Solve Time: 0.0268147 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30480890.05771458 Pa
+ ( Rflow ) = ( 4.51e-08 ) ; ( Rwell ) = ( 7.19e-12 ) ; ( R ) = ( 4.51e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30480890.05771458 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 2.33e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0127274 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0422374
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.55e+08s, dt:5e+06s, Cycle: 112
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 181447 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.44357e+06, 1.5705e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.26627e+09, 1.52717e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.82552e+08, 3.07284e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.26627e+09, 0 }, { 5.60261e+08, 1.52694e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.74756
+compflowStatistics: Max component CFL number: 7.11309
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30480890.05771458 Pa
+ ( Rflow ) = ( 2.00e-01 ) ; ( Rwell ) = ( 7.22e-12 ) ; ( R ) = ( 2.00e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.88014e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163483 s | Solve Time: 0.026675 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30479208.164438844 Pa
+ ( Rflow ) = ( 5.77e-02 ) ; ( Rwell ) = ( 2.14e-08 ) ; ( R ) = ( 5.77e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.88e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.31343e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167805 s | Solve Time: 0.0247933 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30479397.870202664 Pa
+ ( Rflow ) = ( 5.10e-03 ) ; ( Rwell ) = ( 7.80e-10 ) ; ( R ) = ( 5.10e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.92808e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168663 s | Solve Time: 0.0250177 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30479368.337727387 Pa
+ ( Rflow ) = ( 2.69e-05 ) ; ( Rwell ) = ( 9.25e-11 ) ; ( R ) = ( 2.69e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.50783e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168119 s | Solve Time: 0.0196149 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30479368.347788427 Pa
+ ( Rflow ) = ( 1.76e-10 ) ; ( Rwell ) = ( 5.10e-12 ) ; ( R ) = ( 1.77e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30479368.347788427 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 8.51e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00919564 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0460498
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.6e+08s, dt:5e+06s, Cycle: 113
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 181427 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.55032e+06, 1.57039e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.33709e+09, 1.52707e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.8761e+08, 3.07284e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.33709e+09, 0 }, { 5.64447e+08, 1.52684e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.76132
+compflowStatistics: Max component CFL number: 7.10329
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30479368.347788427 Pa
+ ( Rflow ) = ( 2.00e-01 ) ; ( Rwell ) = ( 5.13e-12 ) ; ( R ) = ( 2.00e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.97734e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167095 s | Solve Time: 0.0248653 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30477436.701242246 Pa
+ ( Rflow ) = ( 7.18e-02 ) ; ( Rwell ) = ( 2.27e-08 ) ; ( R ) = ( 7.18e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.98e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.28071e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162019 s | Solve Time: 0.0250743 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30477637.030533575 Pa
+ ( Rflow ) = ( 6.15e-03 ) ; ( Rwell ) = ( 7.47e-10 ) ; ( R ) = ( 6.15e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.33229e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163704 s | Solve Time: 0.0249191 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30477596.838071097 Pa
+ ( Rflow ) = ( 3.07e-05 ) ; ( Rwell ) = ( 1.60e-10 ) ; ( R ) = ( 3.07e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.05115e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164413 s | Solve Time: 0.0213068 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30477596.851876516 Pa
+ ( Rflow ) = ( 1.75e-10 ) ; ( Rwell ) = ( 1.37e-12 ) ; ( R ) = ( 1.75e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30477596.851876516 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 4.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00545502 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0478018
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.65e+08s, dt:5e+06s, Cycle: 114
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 181190 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.65655e+06, 1.57029e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.40752e+09, 1.52696e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.91657e+08, 3.07285e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.40752e+09, 0 }, { 5.69017e+08, 1.52673e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.77528
+compflowStatistics: Max component CFL number: 7.09344
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30477596.851876516 Pa
+ ( Rflow ) = ( 2.01e-01 ) ; ( Rwell ) = ( 1.49e-12 ) ; ( R ) = ( 2.01e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.2612e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170424 s | Solve Time: 0.0247201 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30475325.08751002 Pa
+ ( Rflow ) = ( 1.63e-01 ) ; ( Rwell ) = ( 2.87e-08 ) ; ( R ) = ( 1.63e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.1834e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169506 s | Solve Time: 0.0266814 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30475566.150442727 Pa
+ ( Rflow ) = ( 2.93e-04 ) ; ( Rwell ) = ( 7.79e-09 ) ; ( R ) = ( 2.93e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 9.97144e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016867 s | Solve Time: 0.0283105 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30475561.80963083 Pa
+ ( Rflow ) = ( 2.18e-08 ) ; ( Rwell ) = ( 1.21e-11 ) ; ( R ) = ( 2.18e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30475561.80963083 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 9.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0050316 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.04706
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.7e+08s, dt:5e+06s, Cycle: 115
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 180717 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.76198e+06, 1.57018e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.47738e+09, 1.52686e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.95983e+08, 3.07285e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.47738e+09, 0 }, { 5.74154e+08, 1.52663e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.78961
+compflowStatistics: Max component CFL number: 7.08333
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30475561.80963083 Pa
+ ( Rflow ) = ( 2.02e-01 ) ; ( Rwell ) = ( 1.22e-11 ) ; ( R ) = ( 2.02e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 9.76616e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165705 s | Solve Time: 0.0268321 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30473260.162762433 Pa
+ ( Rflow ) = ( 2.72e-02 ) ; ( Rwell ) = ( 3.81e-08 ) ; ( R ) = ( 2.72e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 9.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.53905e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164485 s | Solve Time: 0.0268458 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30473729.750588845 Pa
+ ( Rflow ) = ( 2.09e-03 ) ; ( Rwell ) = ( 3.75e-10 ) ; ( R ) = ( 2.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.88024e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163283 s | Solve Time: 0.0249119 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30473719.77966409 Pa
+ ( Rflow ) = ( 3.25e-06 ) ; ( Rwell ) = ( 2.51e-11 ) ; ( R ) = ( 3.25e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30473719.77966409 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.88e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00844156 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0464545
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.75e+08s, dt:5e+06s, Cycle: 116
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 180020 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.86695e+06, 1.57008e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.54697e+09, 1.52676e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.005e+08, 3.07285e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.54697e+09, 0 }, { 5.79558e+08, 1.52652e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.80423
+compflowStatistics: Max component CFL number: 7.07324
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30473719.77966409 Pa
+ ( Rflow ) = ( 2.01e-01 ) ; ( Rwell ) = ( 2.51e-11 ) ; ( R ) = ( 2.01e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.59153e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167933 s | Solve Time: 0.0246567 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30471626.384080503 Pa
+ ( Rflow ) = ( 4.98e-02 ) ; ( Rwell ) = ( 2.78e-08 ) ; ( R ) = ( 4.98e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.49169e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164617 s | Solve Time: 0.0230513 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30471664.826705687 Pa
+ ( Rflow ) = ( 3.60e-03 ) ; ( Rwell ) = ( 4.27e-09 ) ; ( R ) = ( 3.60e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.49e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.09041e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163702 s | Solve Time: 0.0247227 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30471641.340743024 Pa
+ ( Rflow ) = ( 1.48e-05 ) ; ( Rwell ) = ( 2.84e-11 ) ; ( R ) = ( 1.48e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.72602e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165293 s | Solve Time: 0.0213384 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30471641.348977137 Pa
+ ( Rflow ) = ( 1.75e-10 ) ; ( Rwell ) = ( 5.09e-13 ) ; ( R ) = ( 1.75e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30471641.348977137 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 5.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00583027 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0460747
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.8e+08s, dt:5e+06s, Cycle: 117
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93662e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 179507 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.97087e+06, 1.56997e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.61583e+09, 1.52666e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.04606e+08, 3.07286e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.61583e+09, 0 }, { 5.85708e+08, 1.52642e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.81896
+compflowStatistics: Max component CFL number: 7.0631
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30471641.348977137 Pa
+ ( Rflow ) = ( 2.01e-01 ) ; ( Rwell ) = ( 8.41e-13 ) ; ( R ) = ( 2.01e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.84032e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163557 s | Solve Time: 0.0248974 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30469068.96009501 Pa
+ ( Rflow ) = ( 4.78e-02 ) ; ( Rwell ) = ( 2.75e-08 ) ; ( R ) = ( 4.78e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.40178e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169109 s | Solve Time: 0.025498 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30469444.72418101 Pa
+ ( Rflow ) = ( 7.49e-04 ) ; ( Rwell ) = ( 3.47e-10 ) ; ( R ) = ( 7.49e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.54604e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163551 s | Solve Time: 0.0249115 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30469431.537008967 Pa
+ ( Rflow ) = ( 9.89e-08 ) ; ( Rwell ) = ( 2.97e-11 ) ; ( R ) = ( 9.89e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30469431.537008967 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 7.55e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00541943 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0449105
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.85e+08s, dt:5e+06s, Cycle: 118
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9366e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 178768 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.00737e+07, 1.56987e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.68396e+09, 1.52656e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.09081e+08, 3.07286e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.68396e+09, 0 }, { 5.92569e+08, 1.52632e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.83396
+compflowStatistics: Max component CFL number: 7.05294
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30469431.537008967 Pa
+ ( Rflow ) = ( 1.98e-01 ) ; ( Rwell ) = ( 2.97e-11 ) ; ( R ) = ( 1.98e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.52504e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171114 s | Solve Time: 0.0248683 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30466925.387263227 Pa
+ ( Rflow ) = ( 4.66e-02 ) ; ( Rwell ) = ( 2.66e-08 ) ; ( R ) = ( 4.66e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.7104e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169103 s | Solve Time: 0.024746 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30467596.939411215 Pa
+ ( Rflow ) = ( 1.29e-03 ) ; ( Rwell ) = ( 7.70e-10 ) ; ( R ) = ( 1.29e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.36336e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169162 s | Solve Time: 0.024749 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30467577.940519188 Pa
+ ( Rflow ) = ( 1.10e-06 ) ; ( Rwell ) = ( 5.23e-11 ) ; ( R ) = ( 1.10e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30467577.940519188 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 8.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0131048 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0419507
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.9e+08s, dt:5e+06s, Cycle: 119
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9366e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 177897 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.01765e+07, 1.56977e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.7521e+09, 1.52646e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.14963e+08, 3.07286e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.7521e+09, 0 }, { 5.99429e+08, 1.52622e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.84872
+compflowStatistics: Max component CFL number: 7.04289
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30467577.940519188 Pa
+ ( Rflow ) = ( 1.96e-01 ) ; ( Rwell ) = ( 5.23e-11 ) ; ( R ) = ( 1.96e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.62814e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167649 s | Solve Time: 0.0249097 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30465543.48862866 Pa
+ ( Rflow ) = ( 6.03e-02 ) ; ( Rwell ) = ( 2.45e-08 ) ; ( R ) = ( 6.03e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.48018e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163329 s | Solve Time: 0.0250246 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30466407.71016555 Pa
+ ( Rflow ) = ( 2.24e-03 ) ; ( Rwell ) = ( 1.57e-09 ) ; ( R ) = ( 2.24e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.29265e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165712 s | Solve Time: 0.0250669 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30466375.95919278 Pa
+ ( Rflow ) = ( 6.39e-06 ) ; ( Rwell ) = ( 4.97e-11 ) ; ( R ) = ( 6.39e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30466375.95919278 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00799562 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.042848
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.95e+08s, dt:5e+06s, Cycle: 120
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93662e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 177350 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.02804e+07, 1.56966e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.82103e+09, 1.52636e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.21326e+08, 3.07287e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.82103e+09, 0 }, { 6.055e+08, 1.52612e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.86239
+compflowStatistics: Max component CFL number: 7.03317
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30466375.95919278 Pa
+ ( Rflow ) = ( 1.94e-01 ) ; ( Rwell ) = ( 4.98e-11 ) ; ( R ) = ( 1.94e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.47159e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171968 s | Solve Time: 0.0251547 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30465307.260272577 Pa
+ ( Rflow ) = ( 3.11e-02 ) ; ( Rwell ) = ( 3.35e-09 ) ; ( R ) = ( 3.11e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.9503e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169209 s | Solve Time: 0.0249287 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30465389.254999984 Pa
+ ( Rflow ) = ( 1.12e-04 ) ; ( Rwell ) = ( 3.29e-10 ) ; ( R ) = ( 1.12e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.70134e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169029 s | Solve Time: 0.0249702 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30465388.34060955 Pa
+ ( Rflow ) = ( 3.95e-09 ) ; ( Rwell ) = ( 2.59e-12 ) ; ( R ) = ( 3.95e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30465388.34060955 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0123993 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0421083
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5e+08s, dt:5e+06s, Cycle: 121
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 177394 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.03855e+07, 1.56956e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.89082e+09, 1.52626e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.2893e+08, 3.07287e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.89082e+09, 0 }, { 6.10719e+08, 1.52601e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.87524
+compflowStatistics: Max component CFL number: 7.02405
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30465388.34060955 Pa
+ ( Rflow ) = ( 1.93e-01 ) ; ( Rwell ) = ( 2.61e-12 ) ; ( R ) = ( 1.93e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.84358e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166418 s | Solve Time: 0.0249881 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30463712.352160644 Pa
+ ( Rflow ) = ( 5.72e-02 ) ; ( Rwell ) = ( 1.95e-08 ) ; ( R ) = ( 5.72e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.72067e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01688 s | Solve Time: 0.0248443 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30464398.052128278 Pa
+ ( Rflow ) = ( 3.23e-03 ) ; ( Rwell ) = ( 2.41e-09 ) ; ( R ) = ( 3.23e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.58573e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168832 s | Solve Time: 0.025093 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30464363.704022963 Pa
+ ( Rflow ) = ( 1.02e-05 ) ; ( Rwell ) = ( 7.80e-11 ) ; ( R ) = ( 1.02e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.32526e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164377 s | Solve Time: 0.0232091 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30464363.716646723 Pa
+ ( Rflow ) = ( 1.76e-10 ) ; ( Rwell ) = ( 8.22e-14 ) ; ( R ) = ( 1.76e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30464363.716646723 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 2.33e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0146104 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0439695
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.05e+08s, dt:5e+06s, Cycle: 122
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 177577 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.04918e+07, 1.56945e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.96138e+09, 1.52616e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.37027e+08, 3.07288e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.96138e+09, 0 }, { 6.15154e+08, 1.52591e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.88769
+compflowStatistics: Max component CFL number: 7.01544
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30464363.716646723 Pa
+ ( Rflow ) = ( 1.93e-01 ) ; ( Rwell ) = ( 3.40e-13 ) ; ( R ) = ( 1.93e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.59182e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164105 s | Solve Time: 0.0249008 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30463234.536299232 Pa
+ ( Rflow ) = ( 3.05e-02 ) ; ( Rwell ) = ( 1.69e-08 ) ; ( R ) = ( 3.05e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.04527e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166685 s | Solve Time: 0.0246962 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30463354.22503083 Pa
+ ( Rflow ) = ( 7.38e-04 ) ; ( Rwell ) = ( 3.57e-10 ) ; ( R ) = ( 7.38e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.82146e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165274 s | Solve Time: 0.0247208 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30463342.353990473 Pa
+ ( Rflow ) = ( 7.80e-07 ) ; ( Rwell ) = ( 1.02e-11 ) ; ( R ) = ( 7.80e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30463342.353990473 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 6.82e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0110293 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0451355
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.1e+08s, dt:5e+06s, Cycle: 123
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93666e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 177680 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.0599e+07, 1.56934e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.03256e+09, 1.52606e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.4484e+08, 3.07288e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.03256e+09, 0 }, { 6.18976e+08, 1.5258e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.89929
+compflowStatistics: Max component CFL number: 7.00741
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30463342.353990473 Pa
+ ( Rflow ) = ( 1.93e-01 ) ; ( Rwell ) = ( 1.02e-11 ) ; ( R ) = ( 1.93e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.23889e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165875 s | Solve Time: 0.0249631 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30461909.556493215 Pa
+ ( Rflow ) = ( 4.44e-02 ) ; ( Rwell ) = ( 1.72e-08 ) ; ( R ) = ( 4.44e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.17772e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167964 s | Solve Time: 0.0232464 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30461825.74622575 Pa
+ ( Rflow ) = ( 1.50e-04 ) ; ( Rwell ) = ( 1.57e-09 ) ; ( R ) = ( 1.50e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.29236e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165553 s | Solve Time: 0.0266358 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30461824.02041239 Pa
+ ( Rflow ) = ( 1.66e-08 ) ; ( Rwell ) = ( 1.41e-12 ) ; ( R ) = ( 1.66e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30461824.02041239 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 2.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0069041 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0457808
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.15e+08s, dt:5e+06s, Cycle: 124
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93666e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 177715 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.07054e+07, 1.56924e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.10307e+09, 1.52595e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.5e+08, 3.07288e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.10307e+09, 0 }, { 6.23465e+08, 1.5257e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.9107
+compflowStatistics: Max component CFL number: 6.99971
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30461824.02041239 Pa
+ ( Rflow ) = ( 1.95e-01 ) ; ( Rwell ) = ( 1.54e-12 ) ; ( R ) = ( 1.95e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.23075e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167822 s | Solve Time: 0.0248296 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30459835.376500998 Pa
+ ( Rflow ) = ( 2.97e-02 ) ; ( Rwell ) = ( 2.00e-08 ) ; ( R ) = ( 2.97e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.55933e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01669 s | Solve Time: 0.0251157 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30459891.260910682 Pa
+ ( Rflow ) = ( 2.35e-04 ) ; ( Rwell ) = ( 8.50e-10 ) ; ( R ) = ( 2.35e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.71332e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167725 s | Solve Time: 0.0248204 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30459887.520195335 Pa
+ ( Rflow ) = ( 1.69e-08 ) ; ( Rwell ) = ( 1.22e-11 ) ; ( R ) = ( 1.69e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30459887.520195335 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 7.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00602571 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0457774
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.2e+08s, dt:5e+06s, Cycle: 125
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 177225 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.08102e+07, 1.56913e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.17245e+09, 1.52585e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.53184e+08, 3.07288e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.17245e+09, 0 }, { 6.29083e+08, 1.52559e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.92247
+compflowStatistics: Max component CFL number: 6.99203
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30459887.520195335 Pa
+ ( Rflow ) = ( 1.95e-01 ) ; ( Rwell ) = ( 1.22e-11 ) ; ( R ) = ( 1.95e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.45793e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165946 s | Solve Time: 0.0249795 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30457832.425236143 Pa
+ ( Rflow ) = ( 3.40e-02 ) ; ( Rwell ) = ( 1.59e-08 ) ; ( R ) = ( 3.40e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.12564e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168803 s | Solve Time: 0.0271241 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30458166.276613235 Pa
+ ( Rflow ) = ( 3.50e-04 ) ; ( Rwell ) = ( 2.17e-10 ) ; ( R ) = ( 3.50e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.27686e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167002 s | Solve Time: 0.0270202 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30458160.276712634 Pa
+ ( Rflow ) = ( 2.98e-08 ) ; ( Rwell ) = ( 3.26e-12 ) ; ( R ) = ( 2.98e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30458160.276712634 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 3.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00808052 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0440254
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.25e+08s, dt:5e+06s, Cycle: 126
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 176321 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.09144e+07, 1.56903e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.24145e+09, 1.52575e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.56163e+08, 3.07289e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.24145e+09, 0 }, { 6.35082e+08, 1.52549e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.93407
+compflowStatistics: Max component CFL number: 6.98444
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30458160.276712634 Pa
+ ( Rflow ) = ( 1.95e-01 ) ; ( Rwell ) = ( 3.39e-12 ) ; ( R ) = ( 1.95e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.28636e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166474 s | Solve Time: 0.025191 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30456441.952475667 Pa
+ ( Rflow ) = ( 8.90e-02 ) ; ( Rwell ) = ( 1.63e-08 ) ; ( R ) = ( 8.90e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.11682e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163923 s | Solve Time: 0.0247364 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30457035.666130982 Pa
+ ( Rflow ) = ( 8.37e-04 ) ; ( Rwell ) = ( 4.79e-10 ) ; ( R ) = ( 8.37e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.87848e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165823 s | Solve Time: 0.0248209 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30457020.380640417 Pa
+ ( Rflow ) = ( 1.10e-07 ) ; ( Rwell ) = ( 1.64e-11 ) ; ( R ) = ( 1.10e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30457020.380640417 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 6.88e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0117646 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0440667
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.3e+08s, dt:5e+06s, Cycle: 127
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 175602 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.10194e+07, 1.56892e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.31116e+09, 1.52565e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.61893e+08, 3.07289e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.31116e+09, 0 }, { 6.40374e+08, 1.52539e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.94496
+compflowStatistics: Max component CFL number: 6.97715
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30457020.380640417 Pa
+ ( Rflow ) = ( 1.93e-01 ) ; ( Rwell ) = ( 1.64e-11 ) ; ( R ) = ( 1.93e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.69296e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167101 s | Solve Time: 0.0248241 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30455419.669764675 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 1.50e-08 ) ; ( R ) = ( 3.32e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.36064e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164319 s | Solve Time: 0.0248594 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30455537.320222866 Pa
+ ( Rflow ) = ( 1.97e-03 ) ; ( Rwell ) = ( 4.25e-10 ) ; ( R ) = ( 1.97e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.54784e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165487 s | Solve Time: 0.0247394 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30455529.399837002 Pa
+ ( Rflow ) = ( 5.77e-06 ) ; ( Rwell ) = ( 2.36e-11 ) ; ( R ) = ( 5.77e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30455529.399837002 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.55e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0100881 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0428061
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.35e+08s, dt:5e+06s, Cycle: 128
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 175411 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.11236e+07, 1.56882e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.38022e+09, 1.52555e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.68465e+08, 3.07289e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.38022e+09, 0 }, { 6.4632e+08, 1.52529e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.95567
+compflowStatistics: Max component CFL number: 6.97022
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30455529.399837002 Pa
+ ( Rflow ) = ( 1.92e-01 ) ; ( Rwell ) = ( 2.36e-11 ) ; ( R ) = ( 1.92e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.22226e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163455 s | Solve Time: 0.024801 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30454106.048338413 Pa
+ ( Rflow ) = ( 4.14e-02 ) ; ( Rwell ) = ( 1.64e-08 ) ; ( R ) = ( 4.14e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.56318e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165494 s | Solve Time: 0.024877 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30454300.639262997 Pa
+ ( Rflow ) = ( 2.52e-04 ) ; ( Rwell ) = ( 9.93e-10 ) ; ( R ) = ( 2.52e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.70089e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163215 s | Solve Time: 0.0248158 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30454298.7283721 Pa
+ ( Rflow ) = ( 6.93e-08 ) ; ( Rwell ) = ( 1.26e-11 ) ; ( R ) = ( 6.93e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30454298.7283721 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 8.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0154161 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0406248
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.4e+08s, dt:5e+06s, Cycle: 129
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 174834 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.12278e+07, 1.56871e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.44928e+09, 1.52545e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.73311e+08, 3.0729e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.44928e+09, 0 }, { 6.52252e+08, 1.52518e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.96589
+compflowStatistics: Max component CFL number: 6.96354
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30454298.7283721 Pa
+ ( Rflow ) = ( 1.91e-01 ) ; ( Rwell ) = ( 1.26e-11 ) ; ( R ) = ( 1.91e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.49413e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165168 s | Solve Time: 0.0250391 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30453082.875646856 Pa
+ ( Rflow ) = ( 2.29e-02 ) ; ( Rwell ) = ( 1.35e-08 ) ; ( R ) = ( 2.29e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.49e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.5125e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166681 s | Solve Time: 0.0269388 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30453307.1784876 Pa
+ ( Rflow ) = ( 4.31e-04 ) ; ( Rwell ) = ( 9.34e-11 ) ; ( R ) = ( 4.31e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.01746e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167894 s | Solve Time: 0.0267745 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30453298.660745576 Pa
+ ( Rflow ) = ( 4.24e-08 ) ; ( Rwell ) = ( 4.26e-12 ) ; ( R ) = ( 4.24e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30453298.660745576 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 3.02e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00765018 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0399304
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.45e+08s, dt:5e+06s, Cycle: 130
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 174471 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.13323e+07, 1.56861e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.51857e+09, 1.52535e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.78925e+08, 3.0729e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.51857e+09, 0 }, { 6.57966e+08, 1.52508e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.9754
+compflowStatistics: Max component CFL number: 6.95699
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30453298.660745576 Pa
+ ( Rflow ) = ( 1.90e-01 ) ; ( Rwell ) = ( 4.33e-12 ) ; ( R ) = ( 1.90e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.10439e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016612 s | Solve Time: 0.0250763 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30452014.957952995 Pa
+ ( Rflow ) = ( 4.17e-02 ) ; ( Rwell ) = ( 1.29e-08 ) ; ( R ) = ( 4.17e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.96104e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171367 s | Solve Time: 0.0250755 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30452368.241818998 Pa
+ ( Rflow ) = ( 6.71e-04 ) ; ( Rwell ) = ( 8.14e-10 ) ; ( R ) = ( 6.71e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.83184e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162595 s | Solve Time: 0.0251464 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30452354.25288561 Pa
+ ( Rflow ) = ( 9.16e-08 ) ; ( Rwell ) = ( 1.89e-11 ) ; ( R ) = ( 9.16e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30452354.25288561 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 8.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0088163 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0429726
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.5e+08s, dt:5e+06s, Cycle: 131
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 174315 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.1437e+07, 1.56851e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.58802e+09, 1.52525e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.84723e+08, 3.0729e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.58802e+09, 0 }, { 6.63519e+08, 1.52498e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.98458
+compflowStatistics: Max component CFL number: 6.95076
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30452354.25288561 Pa
+ ( Rflow ) = ( 1.90e-01 ) ; ( Rwell ) = ( 1.89e-11 ) ; ( R ) = ( 1.90e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.18576e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166108 s | Solve Time: 0.0252266 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30450747.296337374 Pa
+ ( Rflow ) = ( 4.74e-02 ) ; ( Rwell ) = ( 1.23e-08 ) ; ( R ) = ( 4.74e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.08111e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166411 s | Solve Time: 0.0266149 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30451591.541201692 Pa
+ ( Rflow ) = ( 1.10e-03 ) ; ( Rwell ) = ( 7.07e-10 ) ; ( R ) = ( 1.10e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.36253e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165462 s | Solve Time: 0.0268341 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30451571.197702806 Pa
+ ( Rflow ) = ( 1.86e-07 ) ; ( Rwell ) = ( 1.41e-11 ) ; ( R ) = ( 1.86e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30451571.197702806 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 4.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0124407 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.043974
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.55e+08s, dt:5e+06s, Cycle: 132
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93666e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 174177 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.15427e+07, 1.5684e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.65819e+09, 1.52515e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.91691e+08, 3.07291e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.65819e+09, 0 }, { 6.6835e+08, 1.52487e+12 } } kg
+compflowStatistics: Max phase CFL number: 9.99317
+compflowStatistics: Max component CFL number: 6.94473
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30451571.197702806 Pa
+ ( Rflow ) = ( 1.90e-01 ) ; ( Rwell ) = ( 1.41e-11 ) ; ( R ) = ( 1.90e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.08138e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169616 s | Solve Time: 0.0266585 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30450498.472860005 Pa
+ ( Rflow ) = ( 5.07e-02 ) ; ( Rwell ) = ( 8.67e-09 ) ; ( R ) = ( 5.07e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.41995e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164189 s | Solve Time: 0.0268898 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30450596.53681719 Pa
+ ( Rflow ) = ( 4.67e-03 ) ; ( Rwell ) = ( 1.35e-09 ) ; ( R ) = ( 4.67e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.42e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.23042e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169667 s | Solve Time: 0.02495 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30450580.979963593 Pa
+ ( Rflow ) = ( 2.33e-05 ) ; ( Rwell ) = ( 1.49e-10 ) ; ( R ) = ( 2.33e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.15785e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169474 s | Solve Time: 0.0213593 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30450580.98722417 Pa
+ ( Rflow ) = ( 1.74e-10 ) ; ( Rwell ) = ( 4.94e-13 ) ; ( R ) = ( 1.74e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30450580.98722417 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 5.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0071308 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0437234
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.6e+08s, dt:5e+06s, Cycle: 133
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93666e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 174171 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.16485e+07, 1.56829e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.72832e+09, 1.52504e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.98933e+08, 3.07291e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.72832e+09, 0 }, { 6.73221e+08, 1.52477e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0016
+compflowStatistics: Max component CFL number: 6.93895
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30450580.98722417 Pa
+ ( Rflow ) = ( 1.90e-01 ) ; ( Rwell ) = ( 5.89e-13 ) ; ( R ) = ( 1.90e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.26059e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165014 s | Solve Time: 0.0270197 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30449009.764766037 Pa
+ ( Rflow ) = ( 4.48e-02 ) ; ( Rwell ) = ( 8.65e-09 ) ; ( R ) = ( 4.48e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.09201e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166595 s | Solve Time: 0.0250179 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30449470.608132232 Pa
+ ( Rflow ) = ( 7.92e-04 ) ; ( Rwell ) = ( 1.90e-09 ) ; ( R ) = ( 7.92e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.76157e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016662 s | Solve Time: 0.0249688 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30449453.56242058 Pa
+ ( Rflow ) = ( 1.37e-07 ) ; ( Rwell ) = ( 2.35e-11 ) ; ( R ) = ( 1.37e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30449453.56242058 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 8.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00538193 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0443901
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.65e+08s, dt:5e+06s, Cycle: 134
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 173937 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.17541e+07, 1.56819e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.79832e+09, 1.52494e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.05845e+08, 3.07291e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.79832e+09, 0 }, { 6.78217e+08, 1.52466e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.01
+compflowStatistics: Max component CFL number: 6.93328
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30449453.56242058 Pa
+ ( Rflow ) = ( 1.89e-01 ) ; ( Rwell ) = ( 2.36e-11 ) ; ( R ) = ( 1.89e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.15225e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163977 s | Solve Time: 0.0269145 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30448041.10315915 Pa
+ ( Rflow ) = ( 4.89e-02 ) ; ( Rwell ) = ( 8.40e-09 ) ; ( R ) = ( 4.89e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.00027e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169915 s | Solve Time: 0.0230223 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30448026.1499224 Pa
+ ( Rflow ) = ( 3.77e-03 ) ; ( Rwell ) = ( 5.96e-09 ) ; ( R ) = ( 3.77e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.08517e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164024 s | Solve Time: 0.0247257 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30448000.05333788 Pa
+ ( Rflow ) = ( 1.31e-05 ) ; ( Rwell ) = ( 8.96e-11 ) ; ( R ) = ( 1.31e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.50893e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168298 s | Solve Time: 0.0230657 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30448000.065225746 Pa
+ ( Rflow ) = ( 1.75e-10 ) ; ( Rwell ) = ( 2.17e-13 ) ; ( R ) = ( 1.75e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30448000.065225746 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 2.51e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00606272 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0429452
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.7e+08s, dt:5e+06s, Cycle: 135
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 173555 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.18586e+07, 1.56808e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.86755e+09, 1.52484e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.11271e+08, 3.07292e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.86755e+09, 0 }, { 6.83985e+08, 1.52456e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0186
+compflowStatistics: Max component CFL number: 6.92759
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30448000.065225746 Pa
+ ( Rflow ) = ( 1.89e-01 ) ; ( Rwell ) = ( 5.16e-13 ) ; ( R ) = ( 1.89e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.92644e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168392 s | Solve Time: 0.0268626 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30446150.563638248 Pa
+ ( Rflow ) = ( 3.37e-02 ) ; ( Rwell ) = ( 8.75e-09 ) ; ( R ) = ( 3.37e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 2.74205e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016824 s | Solve Time: 0.0287059 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30446755.624285158 Pa
+ ( Rflow ) = ( 8.63e-04 ) ; ( Rwell ) = ( 2.03e-10 ) ; ( R ) = ( 8.63e-04 ) ;
+ Last LinSolve(iter,res) = ( 17, 2.74e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 9.93119e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167158 s | Solve Time: 0.0267305 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30446742.41523013 Pa
+ ( Rflow ) = ( 1.51e-07 ) ; ( Rwell ) = ( 1.15e-11 ) ; ( R ) = ( 1.51e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30446742.41523013 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 9.93e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0103088 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0407992
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.75e+08s, dt:5e+06s, Cycle: 136
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 172857 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.19626e+07, 1.56798e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.93646e+09, 1.52474e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.16711e+08, 3.07292e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.93646e+09, 0 }, { 6.90082e+08, 1.52446e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0271
+compflowStatistics: Max component CFL number: 6.92201
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30446742.41523013 Pa
+ ( Rflow ) = ( 1.88e-01 ) ; ( Rwell ) = ( 1.15e-11 ) ; ( R ) = ( 1.88e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.33353e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016329 s | Solve Time: 0.0265758 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30445376.68218639 Pa
+ ( Rflow ) = ( 3.67e-02 ) ; ( Rwell ) = ( 8.03e-09 ) ; ( R ) = ( 3.67e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.21796e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166817 s | Solve Time: 0.0270318 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30445673.643732913 Pa
+ ( Rflow ) = ( 8.81e-04 ) ; ( Rwell ) = ( 6.14e-10 ) ; ( R ) = ( 8.81e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.11821e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171594 s | Solve Time: 0.0265749 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30445660.094584614 Pa
+ ( Rflow ) = ( 1.81e-07 ) ; ( Rwell ) = ( 1.68e-11 ) ; ( R ) = ( 1.81e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30445660.094584614 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 4.12e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0157258 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0413255
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.8e+08s, dt:5e+06s, Cycle: 137
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 172331 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.20667e+07, 1.56788e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.00547e+09, 1.52464e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.22262e+08, 3.07292e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.00547e+09, 0 }, { 6.96072e+08, 1.52436e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0354
+compflowStatistics: Max component CFL number: 6.91661
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30445660.094584614 Pa
+ ( Rflow ) = ( 1.86e-01 ) ; ( Rwell ) = ( 1.68e-11 ) ; ( R ) = ( 1.86e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.57073e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166358 s | Solve Time: 0.0267805 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30444147.225297898 Pa
+ ( Rflow ) = ( 4.86e-02 ) ; ( Rwell ) = ( 4.52e-08 ) ; ( R ) = ( 4.86e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.57673e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167476 s | Solve Time: 0.0250258 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30444787.966049746 Pa
+ ( Rflow ) = ( 1.07e-03 ) ; ( Rwell ) = ( 1.15e-09 ) ; ( R ) = ( 1.07e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 1.90919e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167833 s | Solve Time: 0.0267873 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30444767.470591694 Pa
+ ( Rflow ) = ( 2.34e-07 ) ; ( Rwell ) = ( 9.05e-12 ) ; ( R ) = ( 2.34e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30444767.470591694 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 1.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0117045 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0419752
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.85e+08s, dt:5e+06s, Cycle: 138
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 171950 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.21713e+07, 1.56777e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.07488e+09, 1.52454e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.28245e+08, 3.07293e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.07488e+09, 0 }, { 7.01662e+08, 1.52425e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0431
+compflowStatistics: Max component CFL number: 6.91136
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30444767.470591694 Pa
+ ( Rflow ) = ( 1.85e-01 ) ; ( Rwell ) = ( 9.10e-12 ) ; ( R ) = ( 1.85e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.10247e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165567 s | Solve Time: 0.024799 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30443734.333120026 Pa
+ ( Rflow ) = ( 2.59e-02 ) ; ( Rwell ) = ( 9.13e-09 ) ; ( R ) = ( 2.59e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.11527e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168001 s | Solve Time: 0.0266183 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30444179.795767654 Pa
+ ( Rflow ) = ( 7.30e-04 ) ; ( Rwell ) = ( 3.44e-10 ) ; ( R ) = ( 7.30e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.89569e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166036 s | Solve Time: 0.0248288 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30444168.650823466 Pa
+ ( Rflow ) = ( 1.26e-07 ) ; ( Rwell ) = ( 3.64e-11 ) ; ( R ) = ( 1.26e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30444168.650823466 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 9.90e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0158712 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0411918
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.9e+08s, dt:5e+06s, Cycle: 139
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93666e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 171742 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.22769e+07, 1.56767e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.14497e+09, 1.52444e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.34465e+08, 3.07293e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.14497e+09, 0 }, { 7.06568e+08, 1.52415e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0503
+compflowStatistics: Max component CFL number: 6.90648
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30444168.650823466 Pa
+ ( Rflow ) = ( 1.84e-01 ) ; ( Rwell ) = ( 3.64e-11 ) ; ( R ) = ( 1.84e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.43909e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168077 s | Solve Time: 0.0249942 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30443049.46788953 Pa
+ ( Rflow ) = ( 3.17e-02 ) ; ( Rwell ) = ( 1.01e-08 ) ; ( R ) = ( 3.17e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.44e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.45912e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167606 s | Solve Time: 0.0250227 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30443299.816808663 Pa
+ ( Rflow ) = ( 1.51e-03 ) ; ( Rwell ) = ( 8.89e-10 ) ; ( R ) = ( 1.51e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.09372e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166964 s | Solve Time: 0.0268649 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30443287.78534231 Pa
+ ( Rflow ) = ( 3.60e-06 ) ; ( Rwell ) = ( 1.10e-11 ) ; ( R ) = ( 3.60e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30443287.78534231 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 2.09e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00777643 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.042615
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.95e+08s, dt:5e+06s, Cycle: 140
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93666e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 171782 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.23823e+07, 1.56756e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.21483e+09, 1.52434e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.40624e+08, 3.07294e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.21483e+09, 0 }, { 7.11712e+08, 1.52405e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0573
+compflowStatistics: Max component CFL number: 6.90189
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30443287.78534231 Pa
+ ( Rflow ) = ( 1.85e-01 ) ; ( Rwell ) = ( 1.11e-11 ) ; ( R ) = ( 1.85e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.96389e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165945 s | Solve Time: 0.0260789 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30442285.479783617 Pa
+ ( Rflow ) = ( 3.40e-02 ) ; ( Rwell ) = ( 1.10e-08 ) ; ( R ) = ( 3.40e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.90582e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170516 s | Solve Time: 0.0252055 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30442348.011083018 Pa
+ ( Rflow ) = ( 9.95e-04 ) ; ( Rwell ) = ( 2.90e-10 ) ; ( R ) = ( 9.95e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.87422e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163681 s | Solve Time: 0.0251778 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30442340.984777845 Pa
+ ( Rflow ) = ( 1.83e-06 ) ; ( Rwell ) = ( 1.71e-11 ) ; ( R ) = ( 1.83e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30442340.984777845 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.87e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0063283 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.043275
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6e+08s, dt:5e+06s, Cycle: 141
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93666e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 171514 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.24875e+07, 1.56745e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.28458e+09, 1.52424e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.45955e+08, 3.07294e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.28458e+09, 0 }, { 7.16967e+08, 1.52394e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0639
+compflowStatistics: Max component CFL number: 6.89742
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30442340.984777845 Pa
+ ( Rflow ) = ( 1.85e-01 ) ; ( Rwell ) = ( 1.71e-11 ) ; ( R ) = ( 1.85e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.7537e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168589 s | Solve Time: 0.025288 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30441397.0039859 Pa
+ ( Rflow ) = ( 2.63e-02 ) ; ( Rwell ) = ( 9.23e-09 ) ; ( R ) = ( 2.63e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.07671e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165335 s | Solve Time: 0.0252134 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30441474.373058412 Pa
+ ( Rflow ) = ( 2.45e-04 ) ; ( Rwell ) = ( 7.95e-10 ) ; ( R ) = ( 2.45e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.02614e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166324 s | Solve Time: 0.025143 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30441472.734948605 Pa
+ ( Rflow ) = ( 1.89e-08 ) ; ( Rwell ) = ( 5.04e-12 ) ; ( R ) = ( 1.89e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30441472.734948605 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 6.03e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0104177 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0430663
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.05e+08s, dt:5e+06s, Cycle: 142
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93666e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 171168 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.25931e+07, 1.56735e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.35457e+09, 1.52413e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.51715e+08, 3.07294e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.35457e+09, 0 }, { 7.21971e+08, 1.52384e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0705
+compflowStatistics: Max component CFL number: 6.89293
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30441472.734948605 Pa
+ ( Rflow ) = ( 1.85e-01 ) ; ( Rwell ) = ( 5.05e-12 ) ; ( R ) = ( 1.85e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.65412e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0189846 s | Solve Time: 0.0268316 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30440315.6939222 Pa
+ ( Rflow ) = ( 3.16e-02 ) ; ( Rwell ) = ( 9.13e-09 ) ; ( R ) = ( 3.16e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.81412e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.017745 s | Solve Time: 0.0271318 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30440741.037619308 Pa
+ ( Rflow ) = ( 7.79e-04 ) ; ( Rwell ) = ( 3.03e-10 ) ; ( R ) = ( 7.79e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.51759e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0178135 s | Solve Time: 0.0265984 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30440726.594592344 Pa
+ ( Rflow ) = ( 1.22e-07 ) ; ( Rwell ) = ( 1.09e-11 ) ; ( R ) = ( 1.22e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30440726.594592344 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 4.52e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0118944 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0416552
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.1e+08s, dt:5e+06s, Cycle: 143
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 170897 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.26988e+07, 1.56724e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.42468e+09, 1.52403e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.57417e+08, 3.07294e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.42468e+09, 0 }, { 7.26863e+08, 1.52373e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.077
+compflowStatistics: Max component CFL number: 6.88863
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30440726.594592344 Pa
+ ( Rflow ) = ( 1.85e-01 ) ; ( Rwell ) = ( 1.09e-11 ) ; ( R ) = ( 1.85e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.96631e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167914 s | Solve Time: 0.0251079 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30439821.55968494 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 8.25e-09 ) ; ( R ) = ( 3.09e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.1112e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0177804 s | Solve Time: 0.0249934 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30440090.8690073 Pa
+ ( Rflow ) = ( 6.03e-04 ) ; ( Rwell ) = ( 6.91e-10 ) ; ( R ) = ( 6.03e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.76444e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168683 s | Solve Time: 0.0249887 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30440081.769625574 Pa
+ ( Rflow ) = ( 7.49e-08 ) ; ( Rwell ) = ( 1.47e-11 ) ; ( R ) = ( 7.49e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30440081.769625574 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 6.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00925431 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0428773
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.15e+08s, dt:5e+06s, Cycle: 144
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 170720 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.28049e+07, 1.56714e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.49509e+09, 1.52393e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.63723e+08, 3.07295e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.49509e+09, 0 }, { 7.31451e+08, 1.52363e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0833
+compflowStatistics: Max component CFL number: 6.88435
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30440081.769625574 Pa
+ ( Rflow ) = ( 1.84e-01 ) ; ( Rwell ) = ( 1.47e-11 ) ; ( R ) = ( 1.84e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.04611e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166931 s | Solve Time: 0.025089 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30438795.07344618 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 7.24e-09 ) ; ( R ) = ( 3.32e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.35637e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169291 s | Solve Time: 0.026484 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30439153.998709228 Pa
+ ( Rflow ) = ( 4.91e-04 ) ; ( Rwell ) = ( 5.10e-11 ) ; ( R ) = ( 4.91e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.51611e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166776 s | Solve Time: 0.026765 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30439146.572778266 Pa
+ ( Rflow ) = ( 5.23e-08 ) ; ( Rwell ) = ( 4.06e-12 ) ; ( R ) = ( 5.23e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30439146.572778266 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 3.52e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00702813 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0424625
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.2e+08s, dt:5e+06s, Cycle: 145
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 170633 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.29108e+07, 1.56703e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.56527e+09, 1.52383e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.69977e+08, 3.07295e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.56527e+09, 0 }, { 7.36279e+08, 1.52353e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.0896
+compflowStatistics: Max component CFL number: 6.88021
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30439146.572778266 Pa
+ ( Rflow ) = ( 1.83e-01 ) ; ( Rwell ) = ( 4.11e-12 ) ; ( R ) = ( 1.83e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.239e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016905 s | Solve Time: 0.0251516 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30438022.12742804 Pa
+ ( Rflow ) = ( 2.87e-02 ) ; ( Rwell ) = ( 6.87e-09 ) ; ( R ) = ( 2.87e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.24482e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167449 s | Solve Time: 0.0249539 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30438095.965428744 Pa
+ ( Rflow ) = ( 6.25e-04 ) ; ( Rwell ) = ( 5.09e-10 ) ; ( R ) = ( 6.25e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.79133e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0179939 s | Solve Time: 0.0251982 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30438089.57059628 Pa
+ ( Rflow ) = ( 7.24e-07 ) ; ( Rwell ) = ( 1.31e-11 ) ; ( R ) = ( 7.24e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30438089.57059628 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.79e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.009355 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0417192
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.25e+08s, dt:5e+06s, Cycle: 146
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93666e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 170252 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.30161e+07, 1.56693e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.63507e+09, 1.52372e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.7665e+08, 3.07295e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.63507e+09, 0 }, { 7.41478e+08, 1.52342e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.096
+compflowStatistics: Max component CFL number: 6.87612
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30438089.57059628 Pa
+ ( Rflow ) = ( 1.83e-01 ) ; ( Rwell ) = ( 1.31e-11 ) ; ( R ) = ( 1.83e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.2055e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169776 s | Solve Time: 0.02513 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30437163.594513483 Pa
+ ( Rflow ) = ( 3.84e-02 ) ; ( Rwell ) = ( 6.51e-09 ) ; ( R ) = ( 3.84e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.21e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.7341e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166817 s | Solve Time: 0.0247721 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30437353.666776154 Pa
+ ( Rflow ) = ( 8.52e-04 ) ; ( Rwell ) = ( 1.12e-09 ) ; ( R ) = ( 8.52e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.15048e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165897 s | Solve Time: 0.0247704 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30437345.668344233 Pa
+ ( Rflow ) = ( 1.78e-07 ) ; ( Rwell ) = ( 3.33e-11 ) ; ( R ) = ( 1.78e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30437345.668344233 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 7.15e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0153861 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0419449
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.3e+08s, dt:5e+06s, Cycle: 147
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 169745 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.3122e+07, 1.56682e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.70525e+09, 1.52362e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.82311e+08, 3.07296e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.70525e+09, 0 }, { 7.463e+08, 1.52332e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1022
+compflowStatistics: Max component CFL number: 6.87211
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30437345.668344233 Pa
+ ( Rflow ) = ( 1.83e-01 ) ; ( Rwell ) = ( 3.33e-11 ) ; ( R ) = ( 1.83e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.46383e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168459 s | Solve Time: 0.0249573 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30436001.39395362 Pa
+ ( Rflow ) = ( 3.35e-02 ) ; ( Rwell ) = ( 6.37e-09 ) ; ( R ) = ( 3.35e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.08144e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169716 s | Solve Time: 0.0250692 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30436114.069842678 Pa
+ ( Rflow ) = ( 2.00e-03 ) ; ( Rwell ) = ( 1.62e-10 ) ; ( R ) = ( 2.00e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.54678e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168637 s | Solve Time: 0.0251087 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30436101.138267543 Pa
+ ( Rflow ) = ( 5.73e-06 ) ; ( Rwell ) = ( 1.73e-11 ) ; ( R ) = ( 5.73e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30436101.138267543 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.55e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00464024 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0403282
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.35e+08s, dt:5e+06s, Cycle: 148
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93666e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 169521 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.32262e+07, 1.56672e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.77424e+09, 1.52352e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.87243e+08, 3.07296e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.77424e+09, 0 }, { 7.52305e+08, 1.52321e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1087
+compflowStatistics: Max component CFL number: 6.86811
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30436101.138267543 Pa
+ ( Rflow ) = ( 1.83e-01 ) ; ( Rwell ) = ( 1.73e-11 ) ; ( R ) = ( 1.83e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.16324e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173434 s | Solve Time: 0.0250663 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30434658.059556395 Pa
+ ( Rflow ) = ( 3.29e-02 ) ; ( Rwell ) = ( 6.64e-09 ) ; ( R ) = ( 3.29e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.16e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.529e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163796 s | Solve Time: 0.0264825 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30434992.755795147 Pa
+ ( Rflow ) = ( 5.92e-04 ) ; ( Rwell ) = ( 7.16e-11 ) ; ( R ) = ( 5.92e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.43122e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166723 s | Solve Time: 0.0264791 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30434981.759460665 Pa
+ ( Rflow ) = ( 5.94e-08 ) ; ( Rwell ) = ( 2.06e-12 ) ; ( R ) = ( 5.94e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30434981.759460665 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 3.43e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00604648 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0421587
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.4e+08s, dt:5e+06s, Cycle: 149
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 168813 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.33297e+07, 1.56661e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.84282e+09, 1.52342e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.90988e+08, 3.07296e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.84282e+09, 0 }, { 7.58725e+08, 1.52311e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1151
+compflowStatistics: Max component CFL number: 6.86403
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30434981.759460665 Pa
+ ( Rflow ) = ( 1.83e-01 ) ; ( Rwell ) = ( 2.23e-12 ) ; ( R ) = ( 1.83e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.89186e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168435 s | Solve Time: 0.0248933 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30433782.20514147 Pa
+ ( Rflow ) = ( 2.69e-02 ) ; ( Rwell ) = ( 1.13e-08 ) ; ( R ) = ( 2.69e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.16188e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166927 s | Solve Time: 0.0267905 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30434094.255056586 Pa
+ ( Rflow ) = ( 6.82e-04 ) ; ( Rwell ) = ( 2.67e-10 ) ; ( R ) = ( 6.82e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.16e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.39415e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167646 s | Solve Time: 0.0266708 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30434085.875257153 Pa
+ ( Rflow ) = ( 1.04e-07 ) ; ( Rwell ) = ( 3.20e-12 ) ; ( R ) = ( 1.04e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30434085.875257153 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 2.39e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0129893 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0428156
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.45e+08s, dt:5e+06s, Cycle: 150
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 168235 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.34335e+07, 1.56651e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.91161e+09, 1.52332e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.96509e+08, 3.07297e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.91161e+09, 0 }, { 7.64943e+08, 1.52301e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1214
+compflowStatistics: Max component CFL number: 6.86005
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30434085.875257153 Pa
+ ( Rflow ) = ( 1.82e-01 ) ; ( Rwell ) = ( 3.27e-12 ) ; ( R ) = ( 1.82e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.55973e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.017174 s | Solve Time: 0.0248224 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30432979.163575165 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 9.30e-09 ) ; ( R ) = ( 3.32e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.6139e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0178956 s | Solve Time: 0.0267347 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30433567.46970277 Pa
+ ( Rflow ) = ( 7.77e-04 ) ; ( Rwell ) = ( 3.57e-10 ) ; ( R ) = ( 7.77e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.21216e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169398 s | Solve Time: 0.0265071 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30433552.324977953 Pa
+ ( Rflow ) = ( 1.01e-07 ) ; ( Rwell ) = ( 7.92e-12 ) ; ( R ) = ( 1.01e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30433552.324977953 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 3.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0117796 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0423321
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.5e+08s, dt:5e+06s, Cycle: 151
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93666e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 167862 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.35382e+07, 1.5664e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.98109e+09, 1.52322e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.03948e+08, 3.07297e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.98109e+09, 0 }, { 7.70457e+08, 1.52291e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1269
+compflowStatistics: Max component CFL number: 6.85632
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30433552.324977953 Pa
+ ( Rflow ) = ( 1.80e-01 ) ; ( Rwell ) = ( 7.95e-12 ) ; ( R ) = ( 1.80e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.84218e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166181 s | Solve Time: 0.0248422 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30432632.771640692 Pa
+ ( Rflow ) = ( 3.60e-02 ) ; ( Rwell ) = ( 7.70e-09 ) ; ( R ) = ( 3.60e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.91988e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168712 s | Solve Time: 0.024931 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30432947.22894859 Pa
+ ( Rflow ) = ( 5.50e-04 ) ; ( Rwell ) = ( 1.28e-09 ) ; ( R ) = ( 5.50e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.35548e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166685 s | Solve Time: 0.0250552 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30432939.682137564 Pa
+ ( Rflow ) = ( 1.44e-07 ) ; ( Rwell ) = ( 2.68e-11 ) ; ( R ) = ( 1.44e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30432939.682137564 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 7.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00945993 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0422898
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.55e+08s, dt:5e+06s, Cycle: 152
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 167813 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.36433e+07, 1.5663e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.05079e+09, 1.52312e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.11402e+08, 3.07297e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.05079e+09, 0 }, { 7.75763e+08, 1.5228e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1321
+compflowStatistics: Max component CFL number: 6.85277
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30432939.682137564 Pa
+ ( Rflow ) = ( 1.79e-01 ) ; ( Rwell ) = ( 2.68e-11 ) ; ( R ) = ( 1.79e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.72686e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0188705 s | Solve Time: 0.0249584 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30431916.1245376 Pa
+ ( Rflow ) = ( 7.42e-02 ) ; ( Rwell ) = ( 7.77e-09 ) ; ( R ) = ( 7.42e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.48009e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172794 s | Solve Time: 0.0230091 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30431872.51674823 Pa
+ ( Rflow ) = ( 6.09e-05 ) ; ( Rwell ) = ( 2.69e-09 ) ; ( R ) = ( 6.09e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.00595e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166615 s | Solve Time: 0.0266002 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30431871.95240872 Pa
+ ( Rflow ) = ( 2.09e-09 ) ; ( Rwell ) = ( 3.47e-13 ) ; ( R ) = ( 2.09e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30431871.95240872 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 3.01e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00807347 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0410528
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.6e+08s, dt:5e+06s, Cycle: 153
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 167666 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.37473e+07, 1.5662e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.11965e+09, 1.52302e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.17369e+08, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.11965e+09, 0 }, { 7.81899e+08, 1.5227e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1376
+compflowStatistics: Max component CFL number: 6.84911
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30431871.95240872 Pa
+ ( Rflow ) = ( 1.79e-01 ) ; ( Rwell ) = ( 5.18e-13 ) ; ( R ) = ( 1.79e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.7597e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164298 s | Solve Time: 0.0249758 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30430437.0754107 Pa
+ ( Rflow ) = ( 4.63e-02 ) ; ( Rwell ) = ( 1.25e-08 ) ; ( R ) = ( 4.63e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.02835e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167922 s | Solve Time: 0.0263678 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30430963.363072447 Pa
+ ( Rflow ) = ( 3.41e-03 ) ; ( Rwell ) = ( 2.18e-10 ) ; ( R ) = ( 3.41e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.85049e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166926 s | Solve Time: 0.0249974 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30430941.956424452 Pa
+ ( Rflow ) = ( 1.72e-05 ) ; ( Rwell ) = ( 2.34e-11 ) ; ( R ) = ( 1.72e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.81705e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164244 s | Solve Time: 0.0229652 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30430941.965401873 Pa
+ ( Rflow ) = ( 1.74e-10 ) ; ( Rwell ) = ( 2.97e-13 ) ; ( R ) = ( 1.74e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30430941.965401873 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 3.82e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00915041 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0397856
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.65e+08s, dt:5e+06s, Cycle: 154
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 167094 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.38512e+07, 1.56609e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.18849e+09, 1.52292e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.21781e+08, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.18849e+09, 0 }, { 7.88061e+08, 1.5226e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1433
+compflowStatistics: Max component CFL number: 6.84539
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30430941.965401873 Pa
+ ( Rflow ) = ( 1.78e-01 ) ; ( Rwell ) = ( 4.23e-13 ) ; ( R ) = ( 1.78e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.96943e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169159 s | Solve Time: 0.0264281 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30430132.577771746 Pa
+ ( Rflow ) = ( 2.98e-02 ) ; ( Rwell ) = ( 4.02e-09 ) ; ( R ) = ( 2.98e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.00587e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016545 s | Solve Time: 0.0265565 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30430469.60295648 Pa
+ ( Rflow ) = ( 8.04e-04 ) ; ( Rwell ) = ( 1.41e-10 ) ; ( R ) = ( 8.04e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.19801e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166622 s | Solve Time: 0.0266435 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30430460.523142707 Pa
+ ( Rflow ) = ( 1.59e-07 ) ; ( Rwell ) = ( 3.13e-11 ) ; ( R ) = ( 1.59e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30430460.523142707 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 8.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0185984 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0411305
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.7e+08s, dt:5e+06s, Cycle: 155
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 166659 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.39561e+07, 1.56599e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.25814e+09, 1.52282e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.27623e+08, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.25814e+09, 0 }, { 7.93411e+08, 1.52249e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1486
+compflowStatistics: Max component CFL number: 6.84183
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30430460.523142707 Pa
+ ( Rflow ) = ( 1.77e-01 ) ; ( Rwell ) = ( 3.13e-11 ) ; ( R ) = ( 1.77e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.1724e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166465 s | Solve Time: 0.0250023 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30429510.667865474 Pa
+ ( Rflow ) = ( 3.04e-02 ) ; ( Rwell ) = ( 9.00e-09 ) ; ( R ) = ( 3.04e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.62264e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167294 s | Solve Time: 0.0269771 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30429777.69608531 Pa
+ ( Rflow ) = ( 4.52e-04 ) ; ( Rwell ) = ( 3.82e-10 ) ; ( R ) = ( 4.52e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.18979e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166729 s | Solve Time: 0.0267255 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30429772.367656067 Pa
+ ( Rflow ) = ( 4.17e-08 ) ; ( Rwell ) = ( 2.53e-12 ) ; ( R ) = ( 4.17e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30429772.367656067 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 2.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00513986 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0408333
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.75e+08s, dt:5e+06s, Cycle: 156
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 166638 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.40609e+07, 1.56588e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.32761e+09, 1.52272e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.33104e+08, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.32761e+09, 0 }, { 7.98943e+08, 1.52239e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1537
+compflowStatistics: Max component CFL number: 6.83834
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30429772.367656067 Pa
+ ( Rflow ) = ( 1.78e-01 ) ; ( Rwell ) = ( 2.57e-12 ) ; ( R ) = ( 1.78e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.86884e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168661 s | Solve Time: 0.0247404 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30428827.853666306 Pa
+ ( Rflow ) = ( 3.78e-02 ) ; ( Rwell ) = ( 9.23e-09 ) ; ( R ) = ( 3.78e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 3.29267e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162355 s | Solve Time: 0.0318446 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30429259.010335848 Pa
+ ( Rflow ) = ( 5.38e-04 ) ; ( Rwell ) = ( 2.14e-10 ) ; ( R ) = ( 5.38e-04 ) ;
+ Last LinSolve(iter,res) = ( 19, 3.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 6.19546e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165373 s | Solve Time: 0.0317158 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30429252.44749234 Pa
+ ( Rflow ) = ( 8.30e-08 ) ; ( Rwell ) = ( 1.33e-11 ) ; ( R ) = ( 8.30e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30429252.44749234 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 19, 6.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0115167 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0415581
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.8e+08s, dt:5e+06s, Cycle: 157
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 166410 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.41665e+07, 1.56578e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.39768e+09, 1.52262e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.38776e+08, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.39768e+09, 0 }, { 8.03874e+08, 1.52229e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1586
+compflowStatistics: Max component CFL number: 6.83498
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30429252.44749234 Pa
+ ( Rflow ) = ( 1.78e-01 ) ; ( Rwell ) = ( 1.33e-11 ) ; ( R ) = ( 1.78e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 2.38717e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164692 s | Solve Time: 0.0318675 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30428580.031165715 Pa
+ ( Rflow ) = ( 2.14e-02 ) ; ( Rwell ) = ( 3.09e-09 ) ; ( R ) = ( 2.14e-02 ) ;
+ Last LinSolve(iter,res) = ( 19, 2.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 2.58727e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167902 s | Solve Time: 0.0301549 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30428910.53619783 Pa
+ ( Rflow ) = ( 5.84e-04 ) ; ( Rwell ) = ( 9.74e-11 ) ; ( R ) = ( 5.84e-04 ) ;
+ Last LinSolve(iter,res) = ( 18, 2.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 8.78472e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165821 s | Solve Time: 0.0286517 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30428901.022893555 Pa
+ ( Rflow ) = ( 7.22e-08 ) ; ( Rwell ) = ( 1.18e-11 ) ; ( R ) = ( 7.22e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30428901.022893555 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 17, 8.78e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0105546 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0422315
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.85e+08s, dt:5e+06s, Cycle: 158
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93669e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 166330 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.42731e+07, 1.56567e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.46842e+09, 1.52251e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.46064e+08, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.46842e+09, 0 }, { 8.08135e+08, 1.52218e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1631
+compflowStatistics: Max component CFL number: 6.83179
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30428901.022893555 Pa
+ ( Rflow ) = ( 1.79e-01 ) ; ( Rwell ) = ( 1.18e-11 ) ; ( R ) = ( 1.79e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 5.22715e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169585 s | Solve Time: 0.0286267 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30428040.775112454 Pa
+ ( Rflow ) = ( 4.49e-02 ) ; ( Rwell ) = ( 5.06e-09 ) ; ( R ) = ( 4.49e-02 ) ;
+ Last LinSolve(iter,res) = ( 17, 5.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.54593e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165922 s | Solve Time: 0.0265392 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30428105.828989122 Pa
+ ( Rflow ) = ( 1.58e-03 ) ; ( Rwell ) = ( 8.56e-10 ) ; ( R ) = ( 1.58e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 2.91282e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164612 s | Solve Time: 0.0284549 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30428093.886433676 Pa
+ ( Rflow ) = ( 3.74e-06 ) ; ( Rwell ) = ( 7.38e-12 ) ; ( R ) = ( 3.74e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30428093.886433676 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 17, 2.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00605368 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0426404
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.9e+08s, dt:5e+06s, Cycle: 159
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93668e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197202, 166389 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.43789e+07, 1.56556e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.53848e+09, 1.52241e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.5175e+08, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.53848e+09, 0 }, { 8.1308e+08, 1.52208e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1679
+compflowStatistics: Max component CFL number: 6.82863
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30428093.886433676 Pa
+ ( Rflow ) = ( 1.79e-01 ) ; ( Rwell ) = ( 7.42e-12 ) ; ( R ) = ( 1.79e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 9.28943e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168844 s | Solve Time: 0.0269052 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30427027.223656014 Pa
+ ( Rflow ) = ( 3.10e-02 ) ; ( Rwell ) = ( 9.20e-09 ) ; ( R ) = ( 3.10e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 9.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 4.35027e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170074 s | Solve Time: 0.0323033 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30427261.654405218 Pa
+ ( Rflow ) = ( 6.89e-04 ) ; ( Rwell ) = ( 1.44e-10 ) ; ( R ) = ( 6.89e-04 ) ;
+ Last LinSolve(iter,res) = ( 19, 4.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 5.06267e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167675 s | Solve Time: 0.0321576 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30427253.36309445 Pa
+ ( Rflow ) = ( 1.19e-07 ) ; ( Rwell ) = ( 5.80e-12 ) ; ( R ) = ( 1.19e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30427253.36309445 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 19, 5.06e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0105176 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0425598
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.95e+08s, dt:5e+06s, Cycle: 160
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93668e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197202, 166003 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.44843e+07, 1.56546e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.60834e+09, 1.52231e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.57738e+08, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.60834e+09, 0 }, { 8.18215e+08, 1.52197e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1729
+compflowStatistics: Max component CFL number: 6.82547
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30427253.36309445 Pa
+ ( Rflow ) = ( 1.78e-01 ) ; ( Rwell ) = ( 5.83e-12 ) ; ( R ) = ( 1.78e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 7.73018e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170745 s | Solve Time: 0.0303138 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30426077.64669169 Pa
+ ( Rflow ) = ( 3.58e-02 ) ; ( Rwell ) = ( 6.45e-09 ) ; ( R ) = ( 3.58e-02 ) ;
+ Last LinSolve(iter,res) = ( 18, 7.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 21 | Final Rel Res: 2.8793e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166362 s | Solve Time: 0.0359713 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30426469.489989907 Pa
+ ( Rflow ) = ( 8.02e-04 ) ; ( Rwell ) = ( 5.34e-10 ) ; ( R ) = ( 8.02e-04 ) ;
+ Last LinSolve(iter,res) = ( 21, 2.88e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 21 | Final Rel Res: 3.30996e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165809 s | Solve Time: 0.0357901 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30426460.304923072 Pa
+ ( Rflow ) = ( 1.58e-07 ) ; ( Rwell ) = ( 1.04e-11 ) ; ( R ) = ( 1.58e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30426460.304923072 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 21, 3.31e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00891332 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0408754
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7e+08s, dt:5e+06s, Cycle: 161
+Rank 29: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000029.hdf5
+Rank 28: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000028.hdf5
+Rank 30: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000030.hdf5
+Rank 24: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000024.hdf5
+Rank 31: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000031.hdf5
+Rank 0: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000000.hdf5
+Rank 2: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000002.hdf5
+Rank 3: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000003.hdf5
+Rank 4: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000004.hdf5
+Rank 5: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000005.hdf5
+Rank 6: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000006.hdf5
+Rank 7: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000007.hdf5
+Rank 8: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000008.hdf5
+Rank 9: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000009.hdf5
+Rank 10: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000010.hdf5
+Rank 11: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000011.hdf5
+Rank 12: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000012.hdf5
+Rank 13: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000013.hdf5
+Rank 26: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000026.hdf5
+Rank 14: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000014.hdf5
+Rank 25: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000025.hdf5
+Rank 15: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000015.hdf5
+Rank 27: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000027.hdf5
+Rank 16: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000016.hdf5
+Rank 17: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000017.hdf5
+Rank 18: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000018.hdf5
+Rank 19: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000019.hdf5
+Rank 20: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000020.hdf5
+Rank 21: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000021.hdf5
+Rank 22: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000022.hdf5
+Rank 23: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000023.hdf5
+Rank 1: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000161/rank_0000001.hdf5
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93668e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197202, 165582 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.45893e+07, 1.56535e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.67794e+09, 1.52221e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.6424e+08, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.67794e+09, 0 }, { 8.23616e+08, 1.52187e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1778
+compflowStatistics: Max component CFL number: 6.82239
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30426460.304923072 Pa
+ ( Rflow ) = ( 1.77e-01 ) ; ( Rwell ) = ( 1.04e-11 ) ; ( R ) = ( 1.77e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 20 | Final Rel Res: 2.77063e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0175563 s | Solve Time: 0.034374 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30425566.588452566 Pa
+ ( Rflow ) = ( 3.17e-02 ) ; ( Rwell ) = ( 3.30e-09 ) ; ( R ) = ( 3.17e-02 ) ;
+ Last LinSolve(iter,res) = ( 20, 2.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.67149e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0224937 s | Solve Time: 0.0268069 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30425779.770727243 Pa
+ ( Rflow ) = ( 4.44e-04 ) ; ( Rwell ) = ( 1.49e-10 ) ; ( R ) = ( 4.44e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.43671e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0184864 s | Solve Time: 0.032345 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30425772.298849847 Pa
+ ( Rflow ) = ( 2.36e-07 ) ; ( Rwell ) = ( 2.80e-12 ) ; ( R ) = ( 2.36e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30425772.298849847 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 4.44e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00970976 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0413158
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.05e+08s, dt:5e+06s, Cycle: 162
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197202, 165195 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.46943e+07, 1.56525e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.74751e+09, 1.52211e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.70327e+08, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.74751e+09, 0 }, { 8.2905e+08, 1.52177e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1824
+compflowStatistics: Max component CFL number: 6.81936
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30425772.298849847 Pa
+ ( Rflow ) = ( 1.77e-01 ) ; ( Rwell ) = ( 2.86e-12 ) ; ( R ) = ( 1.77e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.20782e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.017195 s | Solve Time: 0.0252031 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30424931.182102334 Pa
+ ( Rflow ) = ( 5.54e-02 ) ; ( Rwell ) = ( 1.32e-08 ) ; ( R ) = ( 5.54e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.21e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.86802e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171151 s | Solve Time: 0.0288425 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30425254.287839007 Pa
+ ( Rflow ) = ( 4.61e-03 ) ; ( Rwell ) = ( 3.09e-10 ) ; ( R ) = ( 4.61e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.28239e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172085 s | Solve Time: 0.0268473 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30425230.157208893 Pa
+ ( Rflow ) = ( 2.17e-05 ) ; ( Rwell ) = ( 2.33e-11 ) ; ( R ) = ( 2.17e-05 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.20632e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016992 s | Solve Time: 0.024816 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30425230.168996207 Pa
+ ( Rflow ) = ( 1.82e-10 ) ; ( Rwell ) = ( 1.98e-12 ) ; ( R ) = ( 1.82e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30425230.168996207 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 7.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0103109 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.041022
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.1e+08s, dt:5e+06s, Cycle: 163
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93668e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197202, 164903 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.47997e+07, 1.56514e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.81742e+09, 1.52201e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.7631e+08, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.81742e+09, 0 }, { 8.34141e+08, 1.52166e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1869
+compflowStatistics: Max component CFL number: 6.81649
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30425230.168996207 Pa
+ ( Rflow ) = ( 1.75e-01 ) ; ( Rwell ) = ( 1.99e-12 ) ; ( R ) = ( 1.75e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.03314e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016593 s | Solve Time: 0.0271065 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30424558.68760845 Pa
+ ( Rflow ) = ( 2.14e-02 ) ; ( Rwell ) = ( 4.02e-09 ) ; ( R ) = ( 2.14e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.00892e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164136 s | Solve Time: 0.0267101 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30424608.669579096 Pa
+ ( Rflow ) = ( 1.38e-04 ) ; ( Rwell ) = ( 7.69e-11 ) ; ( R ) = ( 1.38e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.09968e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01669 s | Solve Time: 0.0267705 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30424607.71768559 Pa
+ ( Rflow ) = ( 6.96e-09 ) ; ( Rwell ) = ( 7.49e-13 ) ; ( R ) = ( 6.96e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30424607.71768559 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 4.10e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.008453 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0389453
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.15e+08s, dt:5e+06s, Cycle: 164
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93668e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197202, 164731 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49052e+07, 1.56504e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.88734e+09, 1.5219e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.83254e+08, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.88734e+09, 0 }, { 8.39222e+08, 1.52156e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1911
+compflowStatistics: Max component CFL number: 6.81375
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30424607.71768559 Pa
+ ( Rflow ) = ( 1.76e-01 ) ; ( Rwell ) = ( 7.95e-13 ) ; ( R ) = ( 1.76e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.00936e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169206 s | Solve Time: 0.0251122 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30423928.365685984 Pa
+ ( Rflow ) = ( 5.82e-02 ) ; ( Rwell ) = ( 1.07e-08 ) ; ( R ) = ( 5.82e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.45235e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167864 s | Solve Time: 0.0215872 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30423925.527190533 Pa
+ ( Rflow ) = ( 1.33e-04 ) ; ( Rwell ) = ( 6.41e-09 ) ; ( R ) = ( 1.33e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 8.45e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.74923e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166631 s | Solve Time: 0.0268711 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30423924.78226755 Pa
+ ( Rflow ) = ( 5.87e-09 ) ; ( Rwell ) = ( 1.22e-12 ) ; ( R ) = ( 5.87e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30423924.78226755 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 2.75e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0136794 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0409348
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.2e+08s, dt:5e+06s, Cycle: 165
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93668e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197202, 164468 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50106e+07, 1.56493e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.95724e+09, 1.5218e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.88953e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.95724e+09, 0 }, { 8.44325e+08, 1.52146e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1954
+compflowStatistics: Max component CFL number: 6.81104
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30423924.78226755 Pa
+ ( Rflow ) = ( 1.76e-01 ) ; ( Rwell ) = ( 1.25e-12 ) ; ( R ) = ( 1.76e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.11612e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162572 s | Solve Time: 0.0250656 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30422902.7742238 Pa
+ ( Rflow ) = ( 2.72e-02 ) ; ( Rwell ) = ( 3.80e-09 ) ; ( R ) = ( 2.72e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 5.80061e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166898 s | Solve Time: 0.0269646 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30423112.22988315 Pa
+ ( Rflow ) = ( 4.30e-04 ) ; ( Rwell ) = ( 2.05e-10 ) ; ( R ) = ( 4.30e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 5.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 6.2072e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166499 s | Solve Time: 0.0269548 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30423107.89194055 Pa
+ ( Rflow ) = ( 3.93e-08 ) ; ( Rwell ) = ( 2.68e-12 ) ; ( R ) = ( 3.93e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30423107.89194055 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 6.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00724933 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0419035
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.25e+08s, dt:5e+06s, Cycle: 166
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93668e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197202, 164139 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51155e+07, 1.56483e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00267e+10, 1.5217e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.93382e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00267e+10, 0 }, { 8.49836e+08, 1.52135e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.1997
+compflowStatistics: Max component CFL number: 6.80834
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30423107.89194055 Pa
+ ( Rflow ) = ( 1.77e-01 ) ; ( Rwell ) = ( 2.72e-12 ) ; ( R ) = ( 1.77e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.6015e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169977 s | Solve Time: 0.0254223 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30422264.32307993 Pa
+ ( Rflow ) = ( 3.28e-02 ) ; ( Rwell ) = ( 9.44e-09 ) ; ( R ) = ( 3.28e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.39905e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168912 s | Solve Time: 0.025026 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30422450.56589781 Pa
+ ( Rflow ) = ( 9.81e-04 ) ; ( Rwell ) = ( 7.70e-10 ) ; ( R ) = ( 9.81e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.66452e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170721 s | Solve Time: 0.0269522 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30422439.403017245 Pa
+ ( Rflow ) = ( 1.00e-06 ) ; ( Rwell ) = ( 8.54e-12 ) ; ( R ) = ( 1.00e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30422439.403017245 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 3.66e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.012401 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.041949
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.3e+08s, dt:5e+06s, Cycle: 167
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93668e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197202, 163679 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52205e+07, 1.56472e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00963e+10, 1.5216e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.9734e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00963e+10, 0 }, { 8.55243e+08, 1.52125e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2039
+compflowStatistics: Max component CFL number: 6.80572
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30422439.403017245 Pa
+ ( Rflow ) = ( 1.77e-01 ) ; ( Rwell ) = ( 8.56e-12 ) ; ( R ) = ( 1.77e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.31728e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167262 s | Solve Time: 0.0251152 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30421404.492725722 Pa
+ ( Rflow ) = ( 8.14e-02 ) ; ( Rwell ) = ( 5.39e-08 ) ; ( R ) = ( 8.14e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.08493e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170005 s | Solve Time: 0.025007 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30421617.562257294 Pa
+ ( Rflow ) = ( 6.18e-04 ) ; ( Rwell ) = ( 1.85e-09 ) ; ( R ) = ( 6.18e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.11956e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165476 s | Solve Time: 0.0268525 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30421611.619256005 Pa
+ ( Rflow ) = ( 9.29e-08 ) ; ( Rwell ) = ( 1.20e-11 ) ; ( R ) = ( 9.29e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30421611.619256005 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 3.12e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00818018 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0426679
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.35e+08s, dt:5e+06s, Cycle: 168
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197202, 163353 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53249e+07, 1.56462e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01654e+10, 1.5215e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.01862e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01654e+10, 0 }, { 8.61128e+08, 1.52115e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2082
+compflowStatistics: Max component CFL number: 6.80314
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30421611.619256005 Pa
+ ( Rflow ) = ( 1.77e-01 ) ; ( Rwell ) = ( 1.20e-11 ) ; ( R ) = ( 1.77e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.54374e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168892 s | Solve Time: 0.0252889 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30420664.431012537 Pa
+ ( Rflow ) = ( 3.50e-02 ) ; ( Rwell ) = ( 4.65e-09 ) ; ( R ) = ( 3.50e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.93726e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167929 s | Solve Time: 0.0250566 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30420921.43720385 Pa
+ ( Rflow ) = ( 4.65e-04 ) ; ( Rwell ) = ( 1.26e-09 ) ; ( R ) = ( 4.65e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.94e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.59119e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168735 s | Solve Time: 0.0268487 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30420913.13665078 Pa
+ ( Rflow ) = ( 4.40e-08 ) ; ( Rwell ) = ( 8.58e-12 ) ; ( R ) = ( 4.40e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30420913.13665078 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 3.59e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00783282 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0415902
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.4e+08s, dt:5e+06s, Cycle: 169
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197202, 162876 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5429e+07, 1.56451e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02344e+10, 1.5214e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.064e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02344e+10, 0 }, { 8.6716e+08, 1.52104e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2123
+compflowStatistics: Max component CFL number: 6.80063
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30420913.13665078 Pa
+ ( Rflow ) = ( 1.77e-01 ) ; ( Rwell ) = ( 8.60e-12 ) ; ( R ) = ( 1.77e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.25274e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167277 s | Solve Time: 0.0251293 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30420035.21628596 Pa
+ ( Rflow ) = ( 2.48e-02 ) ; ( Rwell ) = ( 4.68e-09 ) ; ( R ) = ( 2.48e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.8793e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016995 s | Solve Time: 0.0250209 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30420127.471440505 Pa
+ ( Rflow ) = ( 3.72e-04 ) ; ( Rwell ) = ( 1.82e-09 ) ; ( R ) = ( 3.72e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.88e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.80788e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161972 s | Solve Time: 0.0266715 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30420123.66890972 Pa
+ ( Rflow ) = ( 2.97e-08 ) ; ( Rwell ) = ( 7.84e-12 ) ; ( R ) = ( 2.97e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30420123.66890972 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 4.81e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00710346 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0420618
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.45e+08s, dt:5e+06s, Cycle: 170
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93666e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197202, 162514 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55323e+07, 1.56441e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03028e+10, 1.5213e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.11203e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03028e+10, 0 }, { 8.73746e+08, 1.52094e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2163
+compflowStatistics: Max component CFL number: 6.79819
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30420123.66890972 Pa
+ ( Rflow ) = ( 1.76e-01 ) ; ( Rwell ) = ( 7.86e-12 ) ; ( R ) = ( 1.76e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.38415e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167655 s | Solve Time: 0.0268907 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418982.38583713 Pa
+ ( Rflow ) = ( 6.39e-02 ) ; ( Rwell ) = ( 4.02e-09 ) ; ( R ) = ( 6.39e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.33633e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170221 s | Solve Time: 0.0248662 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30419158.311254635 Pa
+ ( Rflow ) = ( 1.08e-03 ) ; ( Rwell ) = ( 9.01e-10 ) ; ( R ) = ( 1.08e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.34e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.30246e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167197 s | Solve Time: 0.0266082 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30419147.85916526 Pa
+ ( Rflow ) = ( 1.90e-06 ) ; ( Rwell ) = ( 7.38e-12 ) ; ( R ) = ( 1.90e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30419147.85916526 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 3.30e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00690277 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0405384
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.5e+08s, dt:5e+06s, Cycle: 171
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197202, 162059 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56345e+07, 1.56431e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03705e+10, 1.5212e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.16637e+08, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03705e+10, 0 }, { 8.81061e+08, 1.52084e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2206
+compflowStatistics: Max component CFL number: 6.79569
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30419147.85916526 Pa
+ ( Rflow ) = ( 1.75e-01 ) ; ( Rwell ) = ( 7.42e-12 ) ; ( R ) = ( 1.75e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.46961e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169243 s | Solve Time: 0.0266751 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418141.345478542 Pa
+ ( Rflow ) = ( 3.10e-02 ) ; ( Rwell ) = ( 2.68e-09 ) ; ( R ) = ( 3.10e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 2.85107e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016655 s | Solve Time: 0.028653 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418593.503697976 Pa
+ ( Rflow ) = ( 9.65e-04 ) ; ( Rwell ) = ( 3.97e-10 ) ; ( R ) = ( 9.65e-04 ) ;
+ Last LinSolve(iter,res) = ( 17, 2.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 2.4626e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164954 s | Solve Time: 0.0285839 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418582.5724751 Pa
+ ( Rflow ) = ( 3.63e-07 ) ; ( Rwell ) = ( 1.07e-11 ) ; ( R ) = ( 3.63e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30418582.5724751 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 17, 2.46e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0126513 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0396999
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.55e+08s, dt:5e+06s, Cycle: 172
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197202, 161429 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57377e+07, 1.5642e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0439e+10, 1.5211e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.23996e+08, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0439e+10, 0 }, { 8.87616e+08, 1.52074e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2246
+compflowStatistics: Max component CFL number: 6.79319
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418582.5724751 Pa
+ ( Rflow ) = ( 1.73e-01 ) ; ( Rwell ) = ( 1.08e-11 ) ; ( R ) = ( 1.73e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.45336e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170889 s | Solve Time: 0.0251431 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418048.009178832 Pa
+ ( Rflow ) = ( 3.24e-02 ) ; ( Rwell ) = ( 1.56e-08 ) ; ( R ) = ( 3.24e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.45e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.41837e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171342 s | Solve Time: 0.0277744 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418296.121437073 Pa
+ ( Rflow ) = ( 4.67e-04 ) ; ( Rwell ) = ( 9.07e-10 ) ; ( R ) = ( 4.67e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.42e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 5.6062e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169681 s | Solve Time: 0.0277427 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418290.68215586 Pa
+ ( Rflow ) = ( 5.25e-08 ) ; ( Rwell ) = ( 1.65e-11 ) ; ( R ) = ( 5.25e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30418290.68215586 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 5.61e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0205903 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0396991
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.6e+08s, dt:5e+06s, Cycle: 173
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197202, 161193 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58426e+07, 1.5641e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05085e+10, 1.521e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.3249e+08, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05085e+10, 0 }, { 8.93022e+08, 1.52064e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2283
+compflowStatistics: Max component CFL number: 6.79083
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418290.68215586 Pa
+ ( Rflow ) = ( 1.72e-01 ) ; ( Rwell ) = ( 1.65e-11 ) ; ( R ) = ( 1.72e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.54451e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170203 s | Solve Time: 0.0257857 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417859.96639288 Pa
+ ( Rflow ) = ( 3.53e-02 ) ; ( Rwell ) = ( 8.08e-09 ) ; ( R ) = ( 3.53e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 4.70167e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165458 s | Solve Time: 0.0285634 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418025.626420066 Pa
+ ( Rflow ) = ( 2.01e-04 ) ; ( Rwell ) = ( 3.66e-10 ) ; ( R ) = ( 2.01e-04 ) ;
+ Last LinSolve(iter,res) = ( 17, 4.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 3.83767e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165112 s | Solve Time: 0.0306219 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418022.134675346 Pa
+ ( Rflow ) = ( 1.24e-08 ) ; ( Rwell ) = ( 1.43e-12 ) ; ( R ) = ( 1.24e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30418022.134675346 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 18, 3.84e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00914024 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0395814
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.65e+08s, dt:5e+06s, Cycle: 174
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93668e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197201, 161204 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59478e+07, 1.56399e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05784e+10, 1.5209e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.39512e+08, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05784e+10, 0 }, { 8.98217e+08, 1.52053e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2315
+compflowStatistics: Max component CFL number: 6.78872
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418022.134675346 Pa
+ ( Rflow ) = ( 1.72e-01 ) ; ( Rwell ) = ( 1.45e-12 ) ; ( R ) = ( 1.72e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 3.69327e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172161 s | Solve Time: 0.0289491 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417377.977789596 Pa
+ ( Rflow ) = ( 2.26e-02 ) ; ( Rwell ) = ( 1.49e-09 ) ; ( R ) = ( 2.26e-02 ) ;
+ Last LinSolve(iter,res) = ( 17, 3.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 7.91173e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170932 s | Solve Time: 0.0268919 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417669.020736527 Pa
+ ( Rflow ) = ( 9.26e-04 ) ; ( Rwell ) = ( 4.60e-10 ) ; ( R ) = ( 9.26e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 7.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 5.87788e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168202 s | Solve Time: 0.0268442 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-07 ) ; ( Rwell ) = ( 1.51e-11 ) ; ( R ) = ( 3.20e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+wellControls: Total rate: 15.000000000627733 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577256e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 5.88e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.010807 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0396119
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.7e+08s, dt:5e+06s, Cycle: 175
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93669e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197201, 161209 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60534e+07, 1.56389e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06483e+10, 1.5208e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.45337e+08, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06483e+10, 0 }, { 9.03225e+08, 1.52043e+12 } } kg
+compflowStatistics: Max phase CFL number: 10.2346
+compflowStatistics: Max component CFL number: 6.78681
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.22e+00 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.22e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.73722e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170242 s | Solve Time: 0.0182313 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.50e+00 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.50e+00 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.74e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ Line search @ 0.500: ( Rflow ) = ( 3.14e+00 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 8.80092e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164287 s | Solve Time: 0.0316864 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.79e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.79e-01 ) ;
+ Last LinSolve(iter,res) = ( 18, 8.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 8.92363e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173829 s | Solve Time: 0.0299723 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.63e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.63e-02 ) ;
+ Last LinSolve(iter,res) = ( 17, 8.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.62618e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170226 s | Solve Time: 0.0252901 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.02e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.02e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.66718e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167122 s | Solve Time: 0.0199122 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.19e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.19e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 9.67e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.456553 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.269733
+coupledFlowAndWells: Time-step required will be decreased based on state change.
+Time: 7.75e+08s, dt:4.05698e+06s, Cycle: 176
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93558e+07, 3.22625e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197201, 161099 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60655e+07, 1.56387e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06441e+10, 1.52077e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.4818e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06441e+10, 0 }, { 9.07493e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 5.33769
+compflowStatistics: Max component CFL number: 1.36652
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.91e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.91e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 7.96117e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171674 s | Solve Time: 0.027237 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.09e+00 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.09e+00 ) ;
+ Last LinSolve(iter,res) = ( 16, 7.96e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ Line search @ 0.498: ( Rflow ) = ( 4.74e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ Line search @ 0.249: ( Rflow ) = ( 2.70e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 5.74039e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170077 s | Solve Time: 0.0269585 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.40e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.40e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 5.74e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ Line search @ 0.500: ( Rflow ) = ( 3.45e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ Line search @ 0.250: ( Rflow ) = ( 2.50e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 4.73363e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168517 s | Solve Time: 0.0292161 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.21e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.21e-01 ) ;
+ Last LinSolve(iter,res) = ( 17, 4.73e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.74e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 9.83925e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167023 s | Solve Time: 0.028839 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.42e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.42e-01 ) ;
+ Last LinSolve(iter,res) = ( 17, 9.84e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.65e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 9.11142e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167386 s | Solve Time: 0.0308393 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.49e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.49e-02 ) ;
+ Last LinSolve(iter,res) = ( 18, 9.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.11599e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167324 s | Solve Time: 0.0235907 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 6
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.55e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.55e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.49351e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169899 s | Solve Time: 0.0235451 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 7
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.95e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.95e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 6.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0636342 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.124937
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 7.79057e+08s, dt:5e+06s, Cycle: 177
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93527e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81074.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60642e+07, 1.56387e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06404e+10, 1.52077e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.50483e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06404e+10, 0 }, { 9.11161e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 5.04026
+compflowStatistics: Max component CFL number: 1.21828
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 23 | Final Rel Res: 3.86938e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166229 s | Solve Time: 0.0396291 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.52e+00 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.52e+00 ) ;
+ Last LinSolve(iter,res) = ( 23, 3.87e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ Line search @ 0.500: ( Rflow ) = ( 5.50e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ Line search @ 0.250: ( Rflow ) = ( 2.80e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 22 | Final Rel Res: 4.92889e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164813 s | Solve Time: 0.0381723 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.34e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.34e-01 ) ;
+ Last LinSolve(iter,res) = ( 22, 4.93e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.15e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 21 | Final Rel Res: 9.47192e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0181567 s | Solve Time: 0.0363829 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.86e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.86e-01 ) ;
+ Last LinSolve(iter,res) = ( 21, 9.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 21 | Final Rel Res: 5.40159e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0183198 s | Solve Time: 0.0362679 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.28e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.28e-03 ) ;
+ Last LinSolve(iter,res) = ( 21, 5.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 22 | Final Rel Res: 7.92831e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164105 s | Solve Time: 0.0379872 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.91e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.91e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 22, 7.93e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0223778 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.161024
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 7.84057e+08s, dt:4.34302e+06s, Cycle: 178
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93516e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60587e+07, 1.56387e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06359e+10, 1.52077e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.5366e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06359e+10, 0 }, { 9.15712e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 3.26924
+compflowStatistics: Max component CFL number: 0.505924
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.72e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.72e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 23 | Final Rel Res: 8.21962e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167871 s | Solve Time: 0.0400279 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.18e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.18e-01 ) ;
+ Last LinSolve(iter,res) = ( 23, 8.22e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.21e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 22 | Final Rel Res: 9.39701e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168071 s | Solve Time: 0.0383643 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.61e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.61e-01 ) ;
+ Last LinSolve(iter,res) = ( 22, 9.40e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.80e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 23 | Final Rel Res: 9.11507e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169484 s | Solve Time: 0.040566 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.80e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.80e-01 ) ;
+ Last LinSolve(iter,res) = ( 23, 9.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 22 | Final Rel Res: 3.30811e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168392 s | Solve Time: 0.0379675 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.34e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.34e-04 ) ;
+ Last LinSolve(iter,res) = ( 22, 3.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 21 | Final Rel Res: 7.92005e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167703 s | Solve Time: 0.0359617 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.38e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.38e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 21, 7.92e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00945197 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.157924
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 7.884e+08s, dt:5000s, Cycle: 179
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93513e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60527e+07, 1.56388e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06316e+10, 1.52078e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.5609e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06316e+10, 0 }, { 9.19954e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.00265701
+compflowStatistics: Max component CFL number: 0.0006714
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.13e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.13e-04 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 5 | Final Rel Res: 2.68095e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0154049 s | Solve Time: 0.0078942 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.49e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.49e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 5, 2.68e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00388085 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.000181802
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.88405e+08s, dt:10000s, Cycle: 180
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93513e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60527e+07, 1.56388e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06316e+10, 1.52078e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.56093e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06316e+10, 0 }, { 9.19958e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.00531445
+compflowStatistics: Max component CFL number: 0.00134298
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.25e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.25e-04 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 5 | Final Rel Res: 5.03234e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01519 s | Solve Time: 0.00794465 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.51e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.51e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 5, 5.03e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00155916 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.000363546
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.88415e+08s, dt:20000s, Cycle: 181
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93513e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60527e+07, 1.56388e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06316e+10, 1.52078e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.56099e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06316e+10, 0 }, { 9.19967e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0106306
+compflowStatistics: Max component CFL number: 0.00268688
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.25e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.25e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 5 | Final Rel Res: 8.72597e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157062 s | Solve Time: 0.00827264 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.28e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.28e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 5, 8.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00108631 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.000726857
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.88435e+08s, dt:40000s, Cycle: 182
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93513e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60527e+07, 1.56388e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06316e+10, 1.52078e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.56108e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06316e+10, 0 }, { 9.19984e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.021268
+compflowStatistics: Max component CFL number: 0.00537853
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.50e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.50e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 6 | Final Rel Res: 3.20069e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163872 s | Solve Time: 0.0098516 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.53e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.53e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 6, 3.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000972288 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00145316
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.88475e+08s, dt:80000s, Cycle: 183
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93513e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60526e+07, 1.56388e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06316e+10, 1.52078e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.56127e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06316e+10, 0 }, { 9.20018e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0425624
+compflowStatistics: Max component CFL number: 0.0107716
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.00e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.00e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 6 | Final Rel Res: 8.06786e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162366 s | Solve Time: 0.0099043 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.96e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.96e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 6, 8.07e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000915734 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00290315
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.88555e+08s, dt:160000s, Cycle: 184
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93513e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60525e+07, 1.56388e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06315e+10, 1.52078e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.56165e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06315e+10, 0 }, { 9.20087e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.08523
+compflowStatistics: Max component CFL number: 0.0216006
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.99e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.99e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 3.55063e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016227 s | Solve Time: 0.0114829 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.38e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.38e-05 ) ;
+ Last LinSolve(iter,res) = ( 7, 3.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 2.75612e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161723 s | Solve Time: 0.011391 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.24e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.24e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 2.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000831008 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00578161
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.88715e+08s, dt:320000s, Cycle: 185
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93513e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60523e+07, 1.56388e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06314e+10, 1.52078e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.56241e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06314e+10, 0 }, { 9.20226e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.170867
+compflowStatistics: Max component CFL number: 0.0434546
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.08061e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169415 s | Solve Time: 0.0133717 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.14e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.14e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 4.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.16556e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158693 s | Solve Time: 0.0128295 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.37e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.37e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.17e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000771861 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0114128
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.89035e+08s, dt:640000s, Cycle: 186
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93513e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60519e+07, 1.56388e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06311e+10, 1.52078e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.56394e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06311e+10, 0 }, { 9.20506e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.260332
+compflowStatistics: Max component CFL number: 0.0878384
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.97e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.97e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.48169e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0190538 s | Solve Time: 0.0165447 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.52e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.52e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.97164e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166354 s | Solve Time: 0.0148991 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.63e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.63e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.52609e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167614 s | Solve Time: 0.0165875 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.29e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.29e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.53e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00210885 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0219504
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.89675e+08s, dt:1e+06s, Cycle: 187
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93513e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60511e+07, 1.56388e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06305e+10, 1.52078e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.5672e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06305e+10, 0 }, { 9.21065e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.409703
+compflowStatistics: Max component CFL number: 0.139047
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.15e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.15e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.96861e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01667 s | Solve Time: 0.0198954 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.11e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.11e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.51028e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167192 s | Solve Time: 0.0177032 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.08e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.08e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.021e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172717 s | Solve Time: 0.0176511 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.35e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.35e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 9.02e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00340224 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0311731
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.90675e+08s, dt:1e+06s, Cycle: 188
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93513e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60498e+07, 1.56388e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06296e+10, 1.52078e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.57221e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06296e+10, 0 }, { 9.21949e+08, 1.52041e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.413135
+compflowStatistics: Max component CFL number: 0.138094
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.06e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.06e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.18946e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165801 s | Solve Time: 0.0202469 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.26e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.26e-02 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.59792e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166842 s | Solve Time: 0.0153262 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.75e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.75e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.00754e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166266 s | Solve Time: 0.0150703 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.36e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.36e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.01e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0039098 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0272379
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.91675e+08s, dt:1e+06s, Cycle: 189
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93512e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60484e+07, 1.56388e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06287e+10, 1.52078e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.57629e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06287e+10, 0 }, { 9.2287e+08, 1.52041e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.415466
+compflowStatistics: Max component CFL number: 0.132545
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.97e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.97e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.51221e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168614 s | Solve Time: 0.020225 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.04e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.04e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.14834e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167241 s | Solve Time: 0.019875 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.34e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.34e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.18573e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166334 s | Solve Time: 0.0201121 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.67e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.67e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 5.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00408205 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0237722
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.92675e+08s, dt:1e+06s, Cycle: 190
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93512e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6047e+07, 1.56388e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06278e+10, 1.52079e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.58029e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06278e+10, 0 }, { 9.23828e+08, 1.52041e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.462887
+compflowStatistics: Max component CFL number: 0.122808
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.89e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.89e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.1316e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016506 s | Solve Time: 0.0218635 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.15e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.15e-02 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.07919e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163252 s | Solve Time: 0.0164469 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.71e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.71e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.00523e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166464 s | Solve Time: 0.0164979 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.47e-11 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.47e-11 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.01e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00393506 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0233521
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.93675e+08s, dt:1e+06s, Cycle: 191
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93512e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60455e+07, 1.56389e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06268e+10, 1.52079e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.58436e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06268e+10, 0 }, { 9.24827e+08, 1.52041e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.46412
+compflowStatistics: Max component CFL number: 0.110672
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.83e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.83e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.73437e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162136 s | Solve Time: 0.0197621 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.15e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.15e-02 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.9691e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167712 s | Solve Time: 0.0165265 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.52e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.52e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.69722e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168278 s | Solve Time: 0.0165033 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.36e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.36e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00289409 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0221473
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.94675e+08s, dt:1e+06s, Cycle: 192
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93511e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6044e+07, 1.56389e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06257e+10, 1.52079e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.58853e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06257e+10, 0 }, { 9.25867e+08, 1.52041e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.473717
+compflowStatistics: Max component CFL number: 0.0961035
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.76e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.76e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.9245e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01664 s | Solve Time: 0.019879 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.29e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.29e-02 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.55908e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167224 s | Solve Time: 0.0181956 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.36e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.36e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00231149 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.020224
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.95675e+08s, dt:1e+06s, Cycle: 193
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93511e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60424e+07, 1.56389e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06246e+10, 1.52079e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.59279e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06246e+10, 0 }, { 9.2695e+08, 1.52041e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.447546
+compflowStatistics: Max component CFL number: 0.086647
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.49882e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161812 s | Solve Time: 0.0215235 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.27e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.27e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 3.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.8718e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166305 s | Solve Time: 0.0180455 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.01e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.01e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.87e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00257066 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0190035
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.96675e+08s, dt:1e+06s, Cycle: 194
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60408e+07, 1.56389e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06235e+10, 1.52079e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.59716e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06235e+10, 0 }, { 9.28078e+08, 1.52041e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.414307
+compflowStatistics: Max component CFL number: 0.0827414
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.64e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.64e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.19669e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165765 s | Solve Time: 0.0218987 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.29e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.29e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 9.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.82935e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0184068 s | Solve Time: 0.0194951 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.39e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.39e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.66452e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0180126 s | Solve Time: 0.016672 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.78e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.78e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.66e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00266141 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.019156
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.97675e+08s, dt:1e+06s, Cycle: 195
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60391e+07, 1.56389e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06223e+10, 1.52079e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.60164e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06223e+10, 0 }, { 9.29245e+08, 1.52041e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.37159
+compflowStatistics: Max component CFL number: 0.0772011
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.61e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.61e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.3919e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167342 s | Solve Time: 0.0200995 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.57e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.57e-02 ) ;
+ Last LinSolve(iter,res) = ( 12, 9.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.5915e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165035 s | Solve Time: 0.0165695 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.59e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.59e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.67068e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164257 s | Solve Time: 0.0184047 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.65e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.65e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.67e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00237465 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0191599
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.98675e+08s, dt:1e+06s, Cycle: 196
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60373e+07, 1.56389e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06211e+10, 1.5208e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.60617e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06211e+10, 0 }, { 9.30453e+08, 1.52042e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.351305
+compflowStatistics: Max component CFL number: 0.0697711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.56e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.56e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.72521e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164891 s | Solve Time: 0.0199329 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.70e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.70e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 9.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.25164e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163942 s | Solve Time: 0.0199396 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.67e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.67e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.05065e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016738 s | Solve Time: 0.018203 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.67e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.67e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00206063 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.018976
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.99675e+08s, dt:325000s, Cycle: 197
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60355e+07, 1.5639e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06199e+10, 1.5208e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.61101e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06199e+10, 0 }, { 9.31691e+08, 1.52042e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111254
+compflowStatistics: Max component CFL number: 0.0202723
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.83593e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163968 s | Solve Time: 0.0133435 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.73e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.73e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 4.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.04434e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163536 s | Solve Time: 0.0132752 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.03e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.03e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 7.04e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00292525 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00613085
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8e+08s, dt:650000s, Cycle: 198
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60349e+07, 1.5639e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06195e+10, 1.5208e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.61275e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06195e+10, 0 }, { 9.32083e+08, 1.52042e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.226638
+compflowStatistics: Max component CFL number: 0.039053
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.58e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.58e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.21915e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163528 s | Solve Time: 0.0164635 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.85e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.85e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.27988e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163389 s | Solve Time: 0.0149987 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.42e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.42e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00135032 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0120861
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0065e+08s, dt:1e+06s, Cycle: 199
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60337e+07, 1.5639e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06187e+10, 1.5208e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.61627e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06187e+10, 0 }, { 9.32888e+08, 1.52042e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.28327
+compflowStatistics: Max component CFL number: 0.0602939
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.50e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.50e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.3597e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167094 s | Solve Time: 0.0208945 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.39e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.39e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.94605e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168077 s | Solve Time: 0.018097 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.35e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.35e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.01178e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166705 s | Solve Time: 0.0181166 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.92e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.92e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.01e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00989877 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0180191
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0165e+08s, dt:1e+06s, Cycle: 200
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6032e+07, 1.5639e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06176e+10, 1.5208e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.62215e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06176e+10, 0 }, { 9.34021e+08, 1.52042e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.296382
+compflowStatistics: Max component CFL number: 0.0618012
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.36626e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166579 s | Solve Time: 0.0198252 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.43e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.43e-02 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.11e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170323 s | Solve Time: 0.0165806 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.00e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.00e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.11e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00930487 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0172056
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0265e+08s, dt:1e+06s, Cycle: 201
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60304e+07, 1.5639e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06165e+10, 1.5208e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.62853e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06165e+10, 0 }, { 9.35072e+08, 1.52042e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.308287
+compflowStatistics: Max component CFL number: 0.0624667
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.44e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.44e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.20237e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163983 s | Solve Time: 0.019765 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.58e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.58e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.1393e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166052 s | Solve Time: 0.0181247 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.48e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.48e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00139941 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.016862
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0365e+08s, dt:1e+06s, Cycle: 202
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60287e+07, 1.5639e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06154e+10, 1.52081e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.63506e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06154e+10, 0 }, { 9.36162e+08, 1.52042e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.242023
+compflowStatistics: Max component CFL number: 0.0622775
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.41e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.41e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.65725e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165812 s | Solve Time: 0.0199282 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.79e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.79e-02 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.20886e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167484 s | Solve Time: 0.0181215 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.85e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.85e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00123189 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0168957
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0465e+08s, dt:1e+06s, Cycle: 203
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60271e+07, 1.5639e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06143e+10, 1.52081e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.64177e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06143e+10, 0 }, { 9.37295e+08, 1.52042e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.249382
+compflowStatistics: Max component CFL number: 0.0610546
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.39e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.39e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.55315e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168047 s | Solve Time: 0.0196823 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.85e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.85e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.43178e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165691 s | Solve Time: 0.0181409 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.33e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.33e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.30838e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167722 s | Solve Time: 0.0182023 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.63e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.63e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 8.31e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0022771 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0168302
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0565e+08s, dt:1e+06s, Cycle: 204
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60253e+07, 1.56391e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06131e+10, 1.52081e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.64893e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06131e+10, 0 }, { 9.38442e+08, 1.52042e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.25642
+compflowStatistics: Max component CFL number: 0.0589516
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.36e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.36e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.04845e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163943 s | Solve Time: 0.0198753 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.04e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.04e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.63681e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165803 s | Solve Time: 0.0181865 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.38e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.38e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.64e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00490911 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0169804
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0665e+08s, dt:1e+06s, Cycle: 205
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60237e+07, 1.56391e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0612e+10, 1.52081e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.657e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0612e+10, 0 }, { 9.39558e+08, 1.52043e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.263117
+compflowStatistics: Max component CFL number: 0.0561075
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.35e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.35e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.53669e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162802 s | Solve Time: 0.0198055 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.65e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.65e-02 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.60432e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167192 s | Solve Time: 0.0164773 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.39e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.39e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.60682e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166123 s | Solve Time: 0.0170369 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.70e-11 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.70e-11 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.61e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00109215 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0173948
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0765e+08s, dt:1e+06s, Cycle: 206
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60219e+07, 1.56391e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06109e+10, 1.52081e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.6651e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06109e+10, 0 }, { 9.40718e+08, 1.52043e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.239142
+compflowStatistics: Max component CFL number: 0.0550199
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.22472e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166043 s | Solve Time: 0.0200245 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.44e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.44e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.08343e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170711 s | Solve Time: 0.0184754 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.23e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.23e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.16458e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166545 s | Solve Time: 0.0167915 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.11e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.11e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00958296 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.017774
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0865e+08s, dt:1e+06s, Cycle: 207
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60203e+07, 1.56391e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06097e+10, 1.52081e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.67389e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06097e+10, 0 }, { 9.41834e+08, 1.52043e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.233394
+compflowStatistics: Max component CFL number: 0.0564712
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.30e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.30e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.31951e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169766 s | Solve Time: 0.0200011 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.02e-02 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.95782e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161929 s | Solve Time: 0.0165305 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.01e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.01e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00258156 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0180848
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0965e+08s, dt:1e+06s, Cycle: 208
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60186e+07, 1.56391e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06086e+10, 1.52082e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.6831e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06086e+10, 0 }, { 9.42959e+08, 1.52043e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.2214
+compflowStatistics: Max component CFL number: 0.057439
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.28e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.28e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.61596e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168212 s | Solve Time: 0.0198889 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.38e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.38e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.80348e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169338 s | Solve Time: 0.0204492 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.75e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.75e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.80e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0103235 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0183389
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1065e+08s, dt:1e+06s, Cycle: 209
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81058.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60169e+07, 1.56391e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06075e+10, 1.52082e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.69296e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06075e+10, 0 }, { 9.44038e+08, 1.52043e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.207005
+compflowStatistics: Max component CFL number: 0.0578637
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.26e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.26e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.97348e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169333 s | Solve Time: 0.0199511 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.01e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.01e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.70837e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167298 s | Solve Time: 0.0180525 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.08e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.08e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.65659e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164222 s | Solve Time: 0.0180706 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.17e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.17e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 8.66e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00277733 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0185032
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1165e+08s, dt:1e+06s, Cycle: 210
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60153e+07, 1.56392e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06065e+10, 1.52082e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.70095e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06065e+10, 0 }, { 9.4513e+08, 1.52043e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.210815
+compflowStatistics: Max component CFL number: 0.0576654
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.24e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.24e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.93908e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165311 s | Solve Time: 0.0198401 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.12e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.12e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.94e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.16448e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165857 s | Solve Time: 0.0182194 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.43e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.43e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00292456 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0185163
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1265e+08s, dt:1e+06s, Cycle: 211
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60137e+07, 1.56392e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06053e+10, 1.52082e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.70824e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06053e+10, 0 }, { 9.46234e+08, 1.52043e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.223488
+compflowStatistics: Max component CFL number: 0.0592771
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.22e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.22e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.86092e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169341 s | Solve Time: 0.0198135 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.52e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.52e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.86e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.65658e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170883 s | Solve Time: 0.0182354 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.46e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.46e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.08556e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168134 s | Solve Time: 0.0165268 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.80e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.80e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.09e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00356241 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0183616
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1365e+08s, dt:1e+06s, Cycle: 212
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6012e+07, 1.56392e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06043e+10, 1.52082e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.71503e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06043e+10, 0 }, { 9.47302e+08, 1.52044e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.217986
+compflowStatistics: Max component CFL number: 0.0619041
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.96694e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168493 s | Solve Time: 0.0181804 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.05e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.05e-02 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.81063e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165488 s | Solve Time: 0.0165624 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.05e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.05e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.38624e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171047 s | Solve Time: 0.016659 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.45e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.45e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.39e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00450968 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0179929
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1465e+08s, dt:1e+06s, Cycle: 213
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60105e+07, 1.56392e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06032e+10, 1.52082e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.72232e+08, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06032e+10, 0 }, { 9.48361e+08, 1.52044e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.214977
+compflowStatistics: Max component CFL number: 0.0640123
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.17e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.17e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.40943e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165335 s | Solve Time: 0.0182897 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.31e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.31e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.98366e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167819 s | Solve Time: 0.0181731 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.27e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.27e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00211351 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.017336
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1565e+08s, dt:1e+06s, Cycle: 214
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60088e+07, 1.56392e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06021e+10, 1.52083e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.72998e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06021e+10, 0 }, { 9.49439e+08, 1.52044e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.212672
+compflowStatistics: Max component CFL number: 0.0651877
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.13e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.13e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.31973e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168706 s | Solve Time: 0.0199727 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.19e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.19e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.74299e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166355 s | Solve Time: 0.0198676 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.68e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.68e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 3.74e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00118081 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0164444
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1665e+08s, dt:1e+06s, Cycle: 215
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60072e+07, 1.56392e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0601e+10, 1.52083e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.73783e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0601e+10, 0 }, { 9.50551e+08, 1.52044e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.224883
+compflowStatistics: Max component CFL number: 0.0654044
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.11e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.11e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.55798e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167031 s | Solve Time: 0.019813 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.16e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.16e-02 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.91594e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162039 s | Solve Time: 0.0180392 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.73e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.73e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.44822e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166393 s | Solve Time: 0.0181558 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.32e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.32e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.45e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.001281 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0153602
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1765e+08s, dt:1e+06s, Cycle: 216
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60055e+07, 1.56393e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05999e+10, 1.52083e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.7459e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05999e+10, 0 }, { 9.517e+08, 1.52044e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.231056
+compflowStatistics: Max component CFL number: 0.0646126
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.08e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.08e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.82997e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0178248 s | Solve Time: 0.0200721 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.35e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.35e-02 ) ;
+ Last LinSolve(iter,res) = ( 12, 8.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.10189e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173096 s | Solve Time: 0.0212867 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.17e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.17e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.10e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00137217 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0140281
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1865e+08s, dt:1e+06s, Cycle: 217
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60037e+07, 1.56393e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05987e+10, 1.52083e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.75294e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05987e+10, 0 }, { 9.52883e+08, 1.52044e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.250642
+compflowStatistics: Max component CFL number: 0.0623966
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.05e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.05e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.75766e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173422 s | Solve Time: 0.0209993 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.58e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.58e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.81277e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0178352 s | Solve Time: 0.0212943 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.05e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.05e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.65401e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168786 s | Solve Time: 0.0196107 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.99e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.99e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 8.65e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00950641 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0126112
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1965e+08s, dt:1e+06s, Cycle: 218
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60021e+07, 1.56393e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05976e+10, 1.52083e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.76101e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05976e+10, 0 }, { 9.53965e+08, 1.52044e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.232473
+compflowStatistics: Max component CFL number: 0.0592003
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.01e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.01e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.80964e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163477 s | Solve Time: 0.0199922 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.80e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.80e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 8.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.41572e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164144 s | Solve Time: 0.0180621 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.79e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.79e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 8.42e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00351927 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0129485
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2065e+08s, dt:1e+06s, Cycle: 219
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60005e+07, 1.56393e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05965e+10, 1.52084e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.76846e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05965e+10, 0 }, { 9.5506e+08, 1.52044e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.233635
+compflowStatistics: Max component CFL number: 0.0556374
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.05905e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162344 s | Solve Time: 0.0198847 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.89e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.89e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 8.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.01413e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162739 s | Solve Time: 0.0181164 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.47e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.47e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.01e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00121986 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0133046
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2165e+08s, dt:1e+06s, Cycle: 220
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59988e+07, 1.56393e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05954e+10, 1.52084e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.7753e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05954e+10, 0 }, { 9.5619e+08, 1.52045e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.227374
+compflowStatistics: Max component CFL number: 0.0517657
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.13468e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164087 s | Solve Time: 0.0198373 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.34e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.34e-02 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.10452e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164843 s | Solve Time: 0.0182485 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.90e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.90e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.04787e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163651 s | Solve Time: 0.019891 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.53e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.53e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 3.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00402955 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0136251
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2265e+08s, dt:1e+06s, Cycle: 221
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59971e+07, 1.56393e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05943e+10, 1.52084e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.78244e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05943e+10, 0 }, { 9.57309e+08, 1.52045e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.214036
+compflowStatistics: Max component CFL number: 0.0477593
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.97e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.97e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.68367e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170406 s | Solve Time: 0.0199124 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.09e-02 ) ;
+ Last LinSolve(iter,res) = ( 12, 8.68e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.68703e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164938 s | Solve Time: 0.018109 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.06e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.06e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.66121e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171854 s | Solve Time: 0.0182588 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.49e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.49e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.66e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0110085 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0139019
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2365e+08s, dt:1e+06s, Cycle: 222
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59955e+07, 1.56394e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05932e+10, 1.52084e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.79029e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05932e+10, 0 }, { 9.58343e+08, 1.52045e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.233837
+compflowStatistics: Max component CFL number: 0.0462278
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.96e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.96e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.05757e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168846 s | Solve Time: 0.0216466 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.23e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.23e-02 ) ;
+ Last LinSolve(iter,res) = ( 13, 3.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.50689e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169093 s | Solve Time: 0.0182437 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.14e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.14e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.51e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00250103 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0141434
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2465e+08s, dt:1e+06s, Cycle: 223
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5994e+07, 1.56394e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05922e+10, 1.52084e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.79843e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05922e+10, 0 }, { 9.59398e+08, 1.52045e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.208795
+compflowStatistics: Max component CFL number: 0.0446759
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.95e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.95e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.38816e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173145 s | Solve Time: 0.0210124 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.65e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.65e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.08019e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.017474 s | Solve Time: 0.0181737 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.74e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.74e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.08e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00119615 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.014356
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2565e+08s, dt:1e+06s, Cycle: 224
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59923e+07, 1.56394e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05911e+10, 1.52084e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.80646e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05911e+10, 0 }, { 9.60486e+08, 1.52045e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.197096
+compflowStatistics: Max component CFL number: 0.0427841
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.20386e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169241 s | Solve Time: 0.019976 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.52e-02 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.9049e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165535 s | Solve Time: 0.0216662 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.72e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.72e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 3.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.98412e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016766 s | Solve Time: 0.0200379 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.82e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.82e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0028669 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0144762
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2665e+08s, dt:1e+06s, Cycle: 225
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59907e+07, 1.56394e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.059e+10, 1.52085e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.8149e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.059e+10, 0 }, { 9.6158e+08, 1.52045e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.187988
+compflowStatistics: Max component CFL number: 0.0406142
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.10681e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172315 s | Solve Time: 0.0236093 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.06e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.06e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.06076e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172491 s | Solve Time: 0.0197638 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.30e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.30e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 8.06e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00415408 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0145432
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2765e+08s, dt:1e+06s, Cycle: 226
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59891e+07, 1.56394e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05889e+10, 1.52085e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.82303e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05889e+10, 0 }, { 9.62652e+08, 1.52045e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.202256
+compflowStatistics: Max component CFL number: 0.0421673
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.92e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.92e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.46319e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171133 s | Solve Time: 0.0233345 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.31e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.31e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.68427e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171271 s | Solve Time: 0.0218075 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.12e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.12e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 8.68e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00757126 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0145324
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2865e+08s, dt:1e+06s, Cycle: 227
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59875e+07, 1.56394e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05879e+10, 1.52085e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.83194e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05879e+10, 0 }, { 9.63697e+08, 1.52046e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.188853
+compflowStatistics: Max component CFL number: 0.0436297
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.91e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.91e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.11456e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166204 s | Solve Time: 0.0234599 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.88e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.88e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.59997e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173872 s | Solve Time: 0.0214809 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.52e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.52e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 6.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.06353e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164769 s | Solve Time: 0.0215452 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.99e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.99e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 3.06e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0027938 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0144699
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2965e+08s, dt:1e+06s, Cycle: 228
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5986e+07, 1.56395e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05869e+10, 1.52085e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.84064e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05869e+10, 0 }, { 9.64727e+08, 1.52046e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.16873
+compflowStatistics: Max component CFL number: 0.0451466
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.90e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.90e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.9065e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.017152 s | Solve Time: 0.0233352 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.04e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.1957e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171442 s | Solve Time: 0.0231899 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.58e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.58e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.70918e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173037 s | Solve Time: 0.0215605 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.07e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.07e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 6.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00583433 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0143282
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3065e+08s, dt:1e+06s, Cycle: 229
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59846e+07, 1.56395e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0586e+10, 1.52085e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.84937e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0586e+10, 0 }, { 9.65631e+08, 1.52046e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.161284
+compflowStatistics: Max component CFL number: 0.0465149
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.89e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.89e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.21414e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173685 s | Solve Time: 0.0254057 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.49e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.49e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.21e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.24887e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163758 s | Solve Time: 0.0214564 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.95e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.95e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 8.25e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000766922 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0141264
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3165e+08s, dt:1e+06s, Cycle: 230
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59832e+07, 1.56395e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0585e+10, 1.52085e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.85775e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0585e+10, 0 }, { 9.66562e+08, 1.52046e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.169633
+compflowStatistics: Max component CFL number: 0.0477711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.88e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.88e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.08825e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165887 s | Solve Time: 0.0249229 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.61e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.61e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.98919e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0174381 s | Solve Time: 0.0214805 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.59e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.59e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 5.99e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000807082 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0138344
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3265e+08s, dt:1e+06s, Cycle: 231
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59817e+07, 1.56395e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05841e+10, 1.52086e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.86471e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05841e+10, 0 }, { 9.67524e+08, 1.52046e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.156968
+compflowStatistics: Max component CFL number: 0.0487788
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.60066e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170263 s | Solve Time: 0.0249162 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.18e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.18e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.11572e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171691 s | Solve Time: 0.0215457 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.19e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.19e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 4.12e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00102024 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0134038
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3365e+08s, dt:1e+06s, Cycle: 232
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59803e+07, 1.56395e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05831e+10, 1.52086e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.87183e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05831e+10, 0 }, { 9.68514e+08, 1.52046e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.162232
+compflowStatistics: Max component CFL number: 0.0493245
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.85e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.85e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.31053e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0174078 s | Solve Time: 0.0216594 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.62e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.62e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.14048e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168079 s | Solve Time: 0.0225004 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.60e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.60e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 5.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.97625e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172057 s | Solve Time: 0.0217039 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.04e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 6.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0023291 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0131177
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3465e+08s, dt:1e+06s, Cycle: 233
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59788e+07, 1.56395e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05821e+10, 1.52086e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.87984e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05821e+10, 0 }, { 9.69461e+08, 1.52046e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.165507
+compflowStatistics: Max component CFL number: 0.0495242
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.83e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.83e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.14132e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170028 s | Solve Time: 0.0215172 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.99e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.99e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 9.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.58751e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173768 s | Solve Time: 0.021714 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.19e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.19e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 3.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.25182e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173706 s | Solve Time: 0.0198897 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.79e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.79e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 5.25e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00485024 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0130872
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3565e+08s, dt:1e+06s, Cycle: 234
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59775e+07, 1.56395e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05812e+10, 1.52086e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.88836e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05812e+10, 0 }, { 9.70368e+08, 1.52046e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.169358
+compflowStatistics: Max component CFL number: 0.0493277
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 7.6986e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170812 s | Solve Time: 0.0217498 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.98e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.98e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 7.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.7929e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169793 s | Solve Time: 0.0198792 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.14e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.14e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.50934e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164941 s | Solve Time: 0.0181512 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.82e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.82e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 8.51e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00906366 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0130241
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3665e+08s, dt:1e+06s, Cycle: 235
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93511e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81059.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59762e+07, 1.56396e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05804e+10, 1.52086e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.89674e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05804e+10, 0 }, { 9.71215e+08, 1.52046e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.178877
+compflowStatistics: Max component CFL number: 0.0487289
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.08004e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163762 s | Solve Time: 0.0214483 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.76e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.76e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 9.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.27916e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168444 s | Solve Time: 0.0214994 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.97e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.97e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 6.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00749004 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0129152
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3765e+08s, dt:1e+06s, Cycle: 236
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93511e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59749e+07, 1.56396e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05795e+10, 1.52086e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.9054e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05795e+10, 0 }, { 9.72041e+08, 1.52047e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.186381
+compflowStatistics: Max component CFL number: 0.0477008
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.79e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.79e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.12959e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167356 s | Solve Time: 0.0215672 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.80e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.80e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 6.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.63436e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168675 s | Solve Time: 0.0216849 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.14e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 3.63e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000975046 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0127516
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3865e+08s, dt:1e+06s, Cycle: 237
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93511e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59736e+07, 1.56396e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05787e+10, 1.52086e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.91427e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05787e+10, 0 }, { 9.72895e+08, 1.52047e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.190718
+compflowStatistics: Max component CFL number: 0.0462909
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.77e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.77e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.86711e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166907 s | Solve Time: 0.0215302 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.86e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.86e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.21429e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165009 s | Solve Time: 0.0197966 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.89e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.89e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 5.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000936998 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0129558
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3965e+08s, dt:1e+06s, Cycle: 238
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93511e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59723e+07, 1.56396e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05778e+10, 1.52087e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.92238e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05778e+10, 0 }, { 9.7378e+08, 1.52047e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.191406
+compflowStatistics: Max component CFL number: 0.0451196
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.77e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.77e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.67449e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167336 s | Solve Time: 0.0213924 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.24e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.24e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 5.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.28158e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166638 s | Solve Time: 0.0198777 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.08e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.08e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 6.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0010822 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0131699
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4065e+08s, dt:1e+06s, Cycle: 239
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93511e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5971e+07, 1.56396e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05769e+10, 1.52087e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.93048e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05769e+10, 0 }, { 9.74693e+08, 1.52047e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.188076
+compflowStatistics: Max component CFL number: 0.0458947
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.76e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.76e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.28415e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168697 s | Solve Time: 0.0215038 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 5.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.67726e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168432 s | Solve Time: 0.0197431 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.26e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.26e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.68e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00127346 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0133587
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4165e+08s, dt:1e+06s, Cycle: 240
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59696e+07, 1.56396e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0576e+10, 1.52087e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.93862e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0576e+10, 0 }, { 9.75639e+08, 1.52047e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.180753
+compflowStatistics: Max component CFL number: 0.0463756
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.75e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.75e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.15932e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016573 s | Solve Time: 0.0199142 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.03e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.03e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.16e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.1656e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166723 s | Solve Time: 0.0199177 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.74e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.74e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.17e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00140997 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0135032
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4265e+08s, dt:1e+06s, Cycle: 241
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59682e+07, 1.56396e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0575e+10, 1.52087e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.94617e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0575e+10, 0 }, { 9.7662e+08, 1.52047e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.169804
+compflowStatistics: Max component CFL number: 0.0465429
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.74e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.74e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.09227e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163122 s | Solve Time: 0.0215839 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.52e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.52e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 9.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.36818e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01613 s | Solve Time: 0.0198531 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.85e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.85e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 5.37e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00153063 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0135745
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4365e+08s, dt:1e+06s, Cycle: 242
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59667e+07, 1.56396e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0574e+10, 1.52087e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.95388e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0574e+10, 0 }, { 9.77638e+08, 1.52047e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.18358
+compflowStatistics: Max component CFL number: 0.0468356
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.73e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.73e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.71252e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165935 s | Solve Time: 0.0214624 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.26e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.26e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 6.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.51198e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164062 s | Solve Time: 0.0216653 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.96e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.96e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 6.51e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.001641 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0135704
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4465e+08s, dt:1e+06s, Cycle: 243
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59651e+07, 1.56397e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05729e+10, 1.52087e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.96175e+08, 3.07303e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05729e+10, 0 }, { 9.78693e+08, 1.52047e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.17836
+compflowStatistics: Max component CFL number: 0.0485707
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.72e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.72e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.02637e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163576 s | Solve Time: 0.0217317 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.35e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.35e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 9.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.74443e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016517 s | Solve Time: 0.019778 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.04e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.74e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.136e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165083 s | Solve Time: 0.019909 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.80e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.80e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 6.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00420494 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0134495
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4565e+08s, dt:1e+06s, Cycle: 244
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59636e+07, 1.56397e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05719e+10, 1.52088e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.97048e+08, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05719e+10, 0 }, { 9.7969e+08, 1.52047e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.181563
+compflowStatistics: Max component CFL number: 0.0500331
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.70e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.70e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.37607e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169349 s | Solve Time: 0.0216676 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 8.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.44621e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163353 s | Solve Time: 0.0195701 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.92e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.92e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 7.45e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00390151 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0132182
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4665e+08s, dt:1e+06s, Cycle: 245
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59622e+07, 1.56397e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05709e+10, 1.52088e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.97857e+08, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05709e+10, 0 }, { 9.80641e+08, 1.52048e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.182177
+compflowStatistics: Max component CFL number: 0.0511935
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.71072e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170071 s | Solve Time: 0.0214579 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.51e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.51e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 8.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.05602e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169898 s | Solve Time: 0.0215071 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.52e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.52e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 4.06e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00111572 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0129004
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4765e+08s, dt:1e+06s, Cycle: 246
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59607e+07, 1.56397e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.057e+10, 1.52088e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.98661e+08, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.057e+10, 0 }, { 9.81615e+08, 1.52048e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.179697
+compflowStatistics: Max component CFL number: 0.052083
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.68e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.68e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.71529e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0417582 s | Solve Time: 0.0508039 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.70e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.70e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 6.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.83113e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0326275 s | Solve Time: 0.0393134 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.85e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.85e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 8.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00143747 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0125691
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4865e+08s, dt:1e+06s, Cycle: 247
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59592e+07, 1.56397e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0569e+10, 1.52088e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.99373e+08, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0569e+10, 0 }, { 9.82624e+08, 1.52048e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.175921
+compflowStatistics: Max component CFL number: 0.0524827
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.67e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.67e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.35459e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170874 s | Solve Time: 0.0215778 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.09e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 5.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.23627e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168218 s | Solve Time: 0.0181636 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.37e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.37e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.24e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00168092 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0124352
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4965e+08s, dt:1e+06s, Cycle: 248
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59577e+07, 1.56397e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05679e+10, 1.52088e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.99907e+08, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05679e+10, 0 }, { 9.83673e+08, 1.52048e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.188428
+compflowStatistics: Max component CFL number: 0.052378
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.66e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.66e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.08145e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170035 s | Solve Time: 0.0200779 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 9.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.7986e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016893 s | Solve Time: 0.0216401 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.18e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.18e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 3.80e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00180963 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0121964
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5065e+08s, dt:1e+06s, Cycle: 249
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59561e+07, 1.56398e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05668e+10, 1.52088e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00034e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05668e+10, 0 }, { 9.84754e+08, 1.52048e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.199214
+compflowStatistics: Max component CFL number: 0.0516931
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.65e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.65e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.65213e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163357 s | Solve Time: 0.0217561 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.11e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.11e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 3.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.71354e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170251 s | Solve Time: 0.0200146 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.72e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.72e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 7.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00186677 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.011919
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5165e+08s, dt:1e+06s, Cycle: 250
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59545e+07, 1.56398e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05657e+10, 1.52089e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00078e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05657e+10, 0 }, { 9.85861e+08, 1.52048e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.206855
+compflowStatistics: Max component CFL number: 0.050494
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.64e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.64e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.18525e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171279 s | Solve Time: 0.0215329 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.93e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.93e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.62914e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171084 s | Solve Time: 0.0181946 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.96e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.96e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.33545e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167885 s | Solve Time: 0.0164424 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.06e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.06e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.34e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00245726 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0115865
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5265e+08s, dt:1e+06s, Cycle: 251
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59528e+07, 1.56398e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05646e+10, 1.52089e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00124e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05646e+10, 0 }, { 9.8697e+08, 1.52048e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.210466
+compflowStatistics: Max component CFL number: 0.0489147
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.63e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.63e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.78564e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168171 s | Solve Time: 0.0197715 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.23e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.23e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 8.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.62973e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166508 s | Solve Time: 0.0181204 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.18e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.18e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.63e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00746593 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.011201
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5365e+08s, dt:1e+06s, Cycle: 252
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59512e+07, 1.56398e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05635e+10, 1.52089e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.0017e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05635e+10, 0 }, { 9.88046e+08, 1.52048e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.209274
+compflowStatistics: Max component CFL number: 0.0470184
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.62e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.62e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.42173e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166084 s | Solve Time: 0.019829 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.40e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.40e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 8.42e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.81247e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168861 s | Solve Time: 0.0219785 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.50e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.50e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 3.81e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000996692 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0113289
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5465e+08s, dt:1e+06s, Cycle: 253
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59495e+07, 1.56398e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05624e+10, 1.52089e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00217e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05624e+10, 0 }, { 9.89163e+08, 1.52049e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.20267
+compflowStatistics: Max component CFL number: 0.045138
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.61e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.61e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.75572e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168248 s | Solve Time: 0.0199011 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.01e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.01e-02 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.70799e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167196 s | Solve Time: 0.016511 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.29e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.29e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.44128e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169086 s | Solve Time: 0.0164528 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.38e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.38e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.44e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00917188 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.011456
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5565e+08s, dt:1e+06s, Cycle: 254
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5948e+07, 1.56398e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05614e+10, 1.52089e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00275e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05614e+10, 0 }, { 9.90195e+08, 1.52049e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.191385
+compflowStatistics: Max component CFL number: 0.0447472
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.59e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.59e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.80578e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167745 s | Solve Time: 0.0181069 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.37e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.37e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.23462e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168994 s | Solve Time: 0.0181467 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.97e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.97e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.02953e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165928 s | Solve Time: 0.0166488 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.79e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.79e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.03e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00882289 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0115344
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5665e+08s, dt:1e+06s, Cycle: 255
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59465e+07, 1.56398e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05604e+10, 1.52089e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00342e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05604e+10, 0 }, { 9.91148e+08, 1.52049e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.207905
+compflowStatistics: Max component CFL number: 0.0439467
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.58e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.58e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.29046e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166177 s | Solve Time: 0.0199329 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.90e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.90e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.46629e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164701 s | Solve Time: 0.0180044 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.11e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.11e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00609586 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0115558
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5765e+08s, dt:1e+06s, Cycle: 256
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59451e+07, 1.56399e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05595e+10, 1.5209e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00413e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05595e+10, 0 }, { 9.9209e+08, 1.52049e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.188382
+compflowStatistics: Max component CFL number: 0.0428344
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.57e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.57e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.74714e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166827 s | Solve Time: 0.0197828 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.48e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.48e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.53623e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167436 s | Solve Time: 0.0181708 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.29e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.29e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.54e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00148912 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0115526
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5865e+08s, dt:1e+06s, Cycle: 257
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59436e+07, 1.56399e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05585e+10, 1.5209e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00485e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05585e+10, 0 }, { 9.9305e+08, 1.52049e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.179298
+compflowStatistics: Max component CFL number: 0.041501
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.56e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.56e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.65032e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169234 s | Solve Time: 0.0197579 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.15e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.15e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.24554e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167533 s | Solve Time: 0.018169 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.10e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.10e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 7.25e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000836878 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0115137
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5965e+08s, dt:1e+06s, Cycle: 258
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59422e+07, 1.56399e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05576e+10, 1.5209e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00557e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05576e+10, 0 }, { 9.94035e+08, 1.52049e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.176681
+compflowStatistics: Max component CFL number: 0.0399329
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.56e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.56e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.22678e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165794 s | Solve Time: 0.018317 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.62e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.62e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.49395e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165358 s | Solve Time: 0.0181717 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.25e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.25e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00106587 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0114223
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6065e+08s, dt:1e+06s, Cycle: 259
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59406e+07, 1.56399e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05565e+10, 1.5209e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00625e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05565e+10, 0 }, { 9.95054e+08, 1.52049e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.163478
+compflowStatistics: Max component CFL number: 0.0398701
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.55e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.55e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.5192e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168109 s | Solve Time: 0.0180549 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.83757e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167064 s | Solve Time: 0.0181339 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.37e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.37e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.70292e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167337 s | Solve Time: 0.0165522 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.31e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.31e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0112616 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0114248
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6165e+08s, dt:1e+06s, Cycle: 260
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59392e+07, 1.56399e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05556e+10, 1.5209e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00705e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05556e+10, 0 }, { 9.95998e+08, 1.52049e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.177687
+compflowStatistics: Max component CFL number: 0.0405188
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.54e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.54e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.63962e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169189 s | Solve Time: 0.0182629 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.78e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.78e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.35984e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168273 s | Solve Time: 0.0181283 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.80e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.80e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00538595 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0115736
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6265e+08s, dt:1e+06s, Cycle: 261
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59379e+07, 1.56399e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05547e+10, 1.5209e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00786e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05547e+10, 0 }, { 9.96894e+08, 1.5205e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.164907
+compflowStatistics: Max component CFL number: 0.0409383
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.53e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.53e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.06263e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163827 s | Solve Time: 0.019546 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.40e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.40e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.74855e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016162 s | Solve Time: 0.017922 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.28e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.28e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.75e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.010689 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0116949
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6365e+08s, dt:1e+06s, Cycle: 262
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81060.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59366e+07, 1.56399e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05539e+10, 1.5209e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00871e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05539e+10, 0 }, { 9.97741e+08, 1.5205e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.155584
+compflowStatistics: Max component CFL number: 0.0411987
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.99139e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166707 s | Solve Time: 0.0196971 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.42e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.42e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.00552e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0184014 s | Solve Time: 0.0182715 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.56e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.56e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.01e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00114011 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0117585
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6465e+08s, dt:1e+06s, Cycle: 263
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81060.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59352e+07, 1.564e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0553e+10, 1.52091e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00957e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0553e+10, 0 }, { 9.98614e+08, 1.5205e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.154243
+compflowStatistics: Max component CFL number: 0.0412118
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.30512e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167471 s | Solve Time: 0.0180966 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.40e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.40e-02 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.00832e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167931 s | Solve Time: 0.0164109 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.62e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.62e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 9.01e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000777589 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0117112
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6565e+08s, dt:1e+06s, Cycle: 264
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81060.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59339e+07, 1.564e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05521e+10, 1.52091e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01031e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05521e+10, 0 }, { 9.99513e+08, 1.5205e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.160509
+compflowStatistics: Max component CFL number: 0.040941
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.51e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.51e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.98601e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167767 s | Solve Time: 0.0199393 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.73e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.73e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.44053e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170032 s | Solve Time: 0.0181168 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.32e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.32e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.44e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0011168 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0116342
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6665e+08s, dt:1e+06s, Cycle: 265
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81060.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59326e+07, 1.564e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05512e+10, 1.52091e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01095e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05512e+10, 0 }, { 1.00041e+09, 1.5205e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.149318
+compflowStatistics: Max component CFL number: 0.0408144
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.50e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.50e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.35048e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165113 s | Solve Time: 0.0196664 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.36e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.36e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.51349e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166698 s | Solve Time: 0.0181537 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.72e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.72e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.51e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000936993 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0115225
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6765e+08s, dt:1e+06s, Cycle: 266
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81060.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59312e+07, 1.564e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05503e+10, 1.52091e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01144e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05503e+10, 0 }, { 1.00134e+09, 1.5205e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.1504
+compflowStatistics: Max component CFL number: 0.0419099
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.49e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.49e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.91699e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016859 s | Solve Time: 0.0197925 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.37e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.37e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.18325e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016852 s | Solve Time: 0.0198898 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.08e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.08e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.15294e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167744 s | Solve Time: 0.0181049 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.09e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.09e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.15e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00321816 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0113668
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6865e+08s, dt:1e+06s, Cycle: 267
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81060.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59298e+07, 1.564e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05493e+10, 1.52091e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01193e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05493e+10, 0 }, { 1.00226e+09, 1.5205e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.164782
+compflowStatistics: Max component CFL number: 0.0429079
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.48e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.48e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.16784e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162833 s | Solve Time: 0.0199401 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.63e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.63e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.69412e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165493 s | Solve Time: 0.0179989 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.75e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.75e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 9.69e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0102119 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0111585
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6965e+08s, dt:1e+06s, Cycle: 268
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59285e+07, 1.564e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05485e+10, 1.52091e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01253e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05485e+10, 0 }, { 1.00312e+09, 1.5205e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.160704
+compflowStatistics: Max component CFL number: 0.0437459
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.5146e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166321 s | Solve Time: 0.0180572 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.98e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.98e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.73155e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.017184 s | Solve Time: 0.0165129 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.21e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.21e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000960219 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0108865
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7065e+08s, dt:1e+06s, Cycle: 269
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59272e+07, 1.564e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05476e+10, 1.52091e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01314e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05476e+10, 0 }, { 1.00401e+09, 1.5205e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.164086
+compflowStatistics: Max component CFL number: 0.0443525
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.78808e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170283 s | Solve Time: 0.0181795 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.79e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.79e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.66837e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167687 s | Solve Time: 0.0180708 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.27e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.27e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.67e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000891069 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0105479
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7165e+08s, dt:1e+06s, Cycle: 270
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9351e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59258e+07, 1.56401e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05467e+10, 1.52092e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01376e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05467e+10, 0 }, { 1.00493e+09, 1.52051e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.158689
+compflowStatistics: Max component CFL number: 0.0446792
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.45e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.45e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.11641e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169654 s | Solve Time: 0.0181227 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.23e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.23e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.12857e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165054 s | Solve Time: 0.0180821 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.81e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.81e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.13e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000981848 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0103363
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7265e+08s, dt:1e+06s, Cycle: 271
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59244e+07, 1.56401e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05457e+10, 1.52092e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01424e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05457e+10, 0 }, { 1.00588e+09, 1.52051e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.163073
+compflowStatistics: Max component CFL number: 0.0446757
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.45e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.45e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.87169e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162786 s | Solve Time: 0.0180846 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.81e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.81e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.75609e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169973 s | Solve Time: 0.0180449 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.18e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.18e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00108748 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0105448
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7365e+08s, dt:1e+06s, Cycle: 272
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5923e+07, 1.56401e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05447e+10, 1.52092e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01463e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05447e+10, 0 }, { 1.00686e+09, 1.52051e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.184334
+compflowStatistics: Max component CFL number: 0.0443181
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.44e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.44e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.13307e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168874 s | Solve Time: 0.0181661 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.74e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.74e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.73919e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169131 s | Solve Time: 0.0163272 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.75e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.75e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.74e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.08277e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169184 s | Solve Time: 0.0163993 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.64e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.64e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.08e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0089513 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0107409
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7465e+08s, dt:1e+06s, Cycle: 273
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59215e+07, 1.56401e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05438e+10, 1.52092e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01511e+09, 3.07304e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05438e+10, 0 }, { 1.00781e+09, 1.52051e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.18708
+compflowStatistics: Max component CFL number: 0.0436289
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.42e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.42e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.61704e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168136 s | Solve Time: 0.018071 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.04e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.04e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.78224e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165383 s | Solve Time: 0.018055 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.61e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.61e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.18548e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166719 s | Solve Time: 0.0164839 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.29e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.29e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 9.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00391175 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0109229
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7565e+08s, dt:1e+06s, Cycle: 274
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59202e+07, 1.56401e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05429e+10, 1.52092e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01558e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05429e+10, 0 }, { 1.00873e+09, 1.52051e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.186219
+compflowStatistics: Max component CFL number: 0.0425635
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.41e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.41e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.87878e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168426 s | Solve Time: 0.0182898 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.60e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.60e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.88e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.99296e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167326 s | Solve Time: 0.0164702 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.32e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.32e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.99e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0016518 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0110791
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7665e+08s, dt:1e+06s, Cycle: 275
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59187e+07, 1.56401e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05419e+10, 1.52092e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01604e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05419e+10, 0 }, { 1.00968e+09, 1.52051e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.181821
+compflowStatistics: Max component CFL number: 0.0416263
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.40e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.40e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.70184e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166593 s | Solve Time: 0.0180462 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.32e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.32e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.17842e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169687 s | Solve Time: 0.0164898 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.52e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.52e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.28794e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167639 s | Solve Time: 0.0181947 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.33e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.33e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00380974 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0112175
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7765e+08s, dt:1e+06s, Cycle: 276
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59173e+07, 1.56401e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0541e+10, 1.52093e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01654e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0541e+10, 0 }, { 1.01062e+09, 1.52051e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.176604
+compflowStatistics: Max component CFL number: 0.0403563
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.38e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.38e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.68045e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166971 s | Solve Time: 0.0199079 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.84e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.84e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.68e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.85132e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167239 s | Solve Time: 0.0165537 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.85e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.85e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 9.85e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.001755 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0113255
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7865e+08s, dt:1e+06s, Cycle: 277
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59159e+07, 1.56402e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.054e+10, 1.52093e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01708e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.054e+10, 0 }, { 1.01157e+09, 1.52051e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.183659
+compflowStatistics: Max component CFL number: 0.0387953
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.37e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.37e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.91538e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170336 s | Solve Time: 0.0181724 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.23e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.23e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.16199e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016844 s | Solve Time: 0.0164684 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.58e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.58e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 9.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00271364 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0114001
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7965e+08s, dt:1e+06s, Cycle: 278
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59145e+07, 1.56402e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05391e+10, 1.52093e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01763e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05391e+10, 0 }, { 1.01252e+09, 1.52051e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.181511
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.37e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.37e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.86892e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171219 s | Solve Time: 0.020036 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.76e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.76e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.50465e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168386 s | Solve Time: 0.0164108 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.63e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.63e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00109824 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0114453
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8065e+08s, dt:1e+06s, Cycle: 279
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59131e+07, 1.56402e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05381e+10, 1.52093e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01811e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05381e+10, 0 }, { 1.0135e+09, 1.52052e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.16218
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.36e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.36e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.44181e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168387 s | Solve Time: 0.0180574 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.62e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.62e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.44e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.98095e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164467 s | Solve Time: 0.0179974 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.54e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.54e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.005398 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0114543
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8165e+08s, dt:1e+06s, Cycle: 280
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59116e+07, 1.56402e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05371e+10, 1.52093e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01865e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05371e+10, 0 }, { 1.01445e+09, 1.52052e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.158877
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.36e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.36e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.49463e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165083 s | Solve Time: 0.0181628 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.56e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.56e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.49e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.89458e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016745 s | Solve Time: 0.016509 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.30e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.30e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.89e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000952227 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0114295
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8265e+08s, dt:1e+06s, Cycle: 281
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59102e+07, 1.56402e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05361e+10, 1.52093e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.0192e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05361e+10, 0 }, { 1.01545e+09, 1.52052e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.153219
+compflowStatistics: Max component CFL number: 0.0390098
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.35e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.35e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.87589e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168851 s | Solve Time: 0.0198192 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.16e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.16e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.88e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.13491e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168035 s | Solve Time: 0.0147219 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.77e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.77e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.13e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0011473 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0113399
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8365e+08s, dt:1e+06s, Cycle: 282
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59086e+07, 1.56402e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05351e+10, 1.52093e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.01975e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05351e+10, 0 }, { 1.01649e+09, 1.52052e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.14578
+compflowStatistics: Max component CFL number: 0.040106
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.35e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.35e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.53115e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168288 s | Solve Time: 0.018125 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.30e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.30e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.25026e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0184131 s | Solve Time: 0.0164395 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.56e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.56e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.25e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00130247 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0111801
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8465e+08s, dt:1e+06s, Cycle: 283
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5907e+07, 1.56402e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0534e+10, 1.52094e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.02021e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0534e+10, 0 }, { 1.01757e+09, 1.52052e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.154076
+compflowStatistics: Max component CFL number: 0.0410176
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.34e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.34e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.11006e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170563 s | Solve Time: 0.0180938 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.16e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.16e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.18448e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163195 s | Solve Time: 0.0163322 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.40e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.40e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.18e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00141207 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0109605
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8565e+08s, dt:1e+06s, Cycle: 284
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59054e+07, 1.56403e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05329e+10, 1.52094e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.02064e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05329e+10, 0 }, { 1.01869e+09, 1.52052e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.14794
+compflowStatistics: Max component CFL number: 0.0416968
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.34e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.34e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.18719e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169195 s | Solve Time: 0.0180832 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.45e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.45e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.13005e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016696 s | Solve Time: 0.0165739 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.40e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.40e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.13e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00149078 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0106894
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8665e+08s, dt:1e+06s, Cycle: 285
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59037e+07, 1.56403e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05317e+10, 1.52094e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.02108e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05317e+10, 0 }, { 1.01986e+09, 1.52052e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.146609
+compflowStatistics: Max component CFL number: 0.042111
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.34e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.34e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.99305e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016699 s | Solve Time: 0.0181005 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.39e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.39e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.03531e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168713 s | Solve Time: 0.0164262 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.10e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.10e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.04e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00156042 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0103621
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8765e+08s, dt:1e+06s, Cycle: 286
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59019e+07, 1.56403e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05305e+10, 1.52094e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.02152e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05305e+10, 0 }, { 1.02107e+09, 1.52052e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.151752
+compflowStatistics: Max component CFL number: 0.0422247
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.33e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.33e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.76413e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165716 s | Solve Time: 0.0180646 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.15e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.15e-02 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.11036e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170121 s | Solve Time: 0.0147338 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.91e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.91e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 8.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.98432e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164928 s | Solve Time: 0.0164325 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.04e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.04e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00480626 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0099341
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8865e+08s, dt:1e+06s, Cycle: 287
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59001e+07, 1.56403e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05293e+10, 1.52094e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.02201e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05293e+10, 0 }, { 1.02229e+09, 1.52053e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.155679
+compflowStatistics: Max component CFL number: 0.0420115
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.31807e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168224 s | Solve Time: 0.0178946 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.93e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.93e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.53056e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168357 s | Solve Time: 0.0180585 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.65e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.65e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.81078e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168977 s | Solve Time: 0.0164132 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.91e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.91e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.81e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00211911 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00946918
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8965e+08s, dt:1e+06s, Cycle: 288
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58983e+07, 1.56403e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05281e+10, 1.52095e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.02252e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05281e+10, 0 }, { 1.02352e+09, 1.52053e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.157934
+compflowStatistics: Max component CFL number: 0.0415195
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.44724e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168731 s | Solve Time: 0.0181247 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.01e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.01e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.45e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.31755e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166825 s | Solve Time: 0.0163621 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.33e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.33e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.49259e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165036 s | Solve Time: 0.016293 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.30e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.30e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00887634 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00935784
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9065e+08s, dt:1e+06s, Cycle: 289
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58966e+07, 1.56403e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05269e+10, 1.52095e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.02313e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05269e+10, 0 }, { 1.02466e+09, 1.52053e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.157683
+compflowStatistics: Max component CFL number: 0.0406799
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.30e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.30e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.10467e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161088 s | Solve Time: 0.0179538 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.16e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.16e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.73407e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173285 s | Solve Time: 0.0180266 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.17e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.17e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.18486e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167489 s | Solve Time: 0.0163249 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.92e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.92e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.18e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00577956 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00958277
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9165e+08s, dt:1e+06s, Cycle: 290
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58949e+07, 1.56404e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05258e+10, 1.52095e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.02383e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05258e+10, 0 }, { 1.02578e+09, 1.52053e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.156059
+compflowStatistics: Max component CFL number: 0.0395463
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.29e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.29e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.12433e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170569 s | Solve Time: 0.0180451 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.79e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.79e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.92944e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169357 s | Solve Time: 0.0179929 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.10e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.10e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.93e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0087747 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00981681
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9265e+08s, dt:1e+06s, Cycle: 291
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58932e+07, 1.56404e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05247e+10, 1.52095e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.0246e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05247e+10, 0 }, { 1.02688e+09, 1.52053e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.169917
+compflowStatistics: Max component CFL number: 0.0383386
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.28e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.28e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.962e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164042 s | Solve Time: 0.0179068 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.19e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.19e-02 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.69564e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167672 s | Solve Time: 0.0163441 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.63e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.63e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000834044 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0100454
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9365e+08s, dt:1e+06s, Cycle: 292
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58915e+07, 1.56404e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05236e+10, 1.52095e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.02538e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05236e+10, 0 }, { 1.02803e+09, 1.52053e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.167296
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.28e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.28e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.22235e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163931 s | Solve Time: 0.0179463 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.48e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.48e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.73168e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171251 s | Solve Time: 0.01636 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.73e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.73e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00122964 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0102623
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9465e+08s, dt:1e+06s, Cycle: 293
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58897e+07, 1.56404e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05224e+10, 1.52095e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.02617e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05224e+10, 0 }, { 1.02922e+09, 1.52053e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.159176
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.27e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.27e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.32817e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170474 s | Solve Time: 0.017999 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.41e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.41e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.09027e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168905 s | Solve Time: 0.0148833 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.64e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.64e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.09e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00154246 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0104562
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9565e+08s, dt:1e+06s, Cycle: 294
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58879e+07, 1.56404e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05211e+10, 1.52096e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.02698e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05211e+10, 0 }, { 1.03046e+09, 1.52054e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.162681
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.27e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.27e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.89562e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169026 s | Solve Time: 0.0164692 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.86e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.86e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.98898e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166521 s | Solve Time: 0.0149108 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.24e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.24e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.99e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00173477 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0106336
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9665e+08s, dt:1e+06s, Cycle: 295
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5886e+07, 1.56405e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05198e+10, 1.52096e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.0278e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05198e+10, 0 }, { 1.03175e+09, 1.52054e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.15984
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.27e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.27e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.98787e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169092 s | Solve Time: 0.0163909 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.58e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.58e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.55222e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165448 s | Solve Time: 0.016364 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.08e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.08e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.90396e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172079 s | Solve Time: 0.0164397 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.98e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.98e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.90e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00681499 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0107758
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9765e+08s, dt:1e+06s, Cycle: 296
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58841e+07, 1.56405e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05186e+10, 1.52096e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.02867e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05186e+10, 0 }, { 1.03303e+09, 1.52054e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.15666
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.27e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.27e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.96293e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169457 s | Solve Time: 0.0164634 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.81e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.81e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.29944e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169503 s | Solve Time: 0.016522 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.00e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.00e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.7198e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168053 s | Solve Time: 0.0163992 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.87e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.87e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00740084 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0109016
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9865e+08s, dt:1e+06s, Cycle: 297
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58822e+07, 1.56405e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05173e+10, 1.52096e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.02962e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05173e+10, 0 }, { 1.0343e+09, 1.52054e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.153904
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.26e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.26e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.67684e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016515 s | Solve Time: 0.0163667 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.15e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.15e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.68e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.21412e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167506 s | Solve Time: 0.0164472 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.21e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.65926e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016418 s | Solve Time: 0.0147297 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.56e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.56e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.66e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00384126 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.010988
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9965e+08s, dt:350000s, Cycle: 298
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58804e+07, 1.56405e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0516e+10, 1.52096e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.03061e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0516e+10, 0 }, { 1.03555e+09, 1.52054e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0506827
+compflowStatistics: Max component CFL number: 0.0132549
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.49e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.49e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.76307e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169747 s | Solve Time: 0.0130757 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.36e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.36e-05 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 4.8792e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163716 s | Solve Time: 0.0113014 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.21e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.21e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 4.88e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0034031 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00385555
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9e+08s, dt:700000s, Cycle: 299
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58797e+07, 1.56405e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05156e+10, 1.52097e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.03095e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05156e+10, 0 }, { 1.03597e+09, 1.52054e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.103156
+compflowStatistics: Max component CFL number: 0.0265098
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.98e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.98e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.02402e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170474 s | Solve Time: 0.0148704 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.93e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.93e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 5.02e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.59783e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169516 s | Solve Time: 0.0147463 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.95e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.95e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 7.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.92975e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164287 s | Solve Time: 0.0147829 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.96e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.96e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.93e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00272447 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00774163
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.007e+08s, dt:1e+06s, Cycle: 300
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58785e+07, 1.56405e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05148e+10, 1.52097e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.03164e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05148e+10, 0 }, { 1.03681e+09, 1.52054e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.143004
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.25e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.25e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.32016e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165546 s | Solve Time: 0.0164191 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.96e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.96e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.75649e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167474 s | Solve Time: 0.0146521 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.74e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.74e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00209666 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0110892
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.017e+08s, dt:1e+06s, Cycle: 301
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58766e+07, 1.56405e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05136e+10, 1.52097e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.03257e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05136e+10, 0 }, { 1.03804e+09, 1.52054e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.128756
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.25e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.25e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.12034e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168499 s | Solve Time: 0.0163701 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.11e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.11e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.94298e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173353 s | Solve Time: 0.0147451 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.56e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.56e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 9.94e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.9589e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168153 s | Solve Time: 0.0148219 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.32e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.32e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0025034 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0110839
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.027e+08s, dt:1e+06s, Cycle: 302
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58748e+07, 1.56406e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05123e+10, 1.52097e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.03329e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05123e+10, 0 }, { 1.03929e+09, 1.52055e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.134026
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.25e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.25e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.42189e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170172 s | Solve Time: 0.0165045 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.15e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.15e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 2.42e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.08414e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016583 s | Solve Time: 0.0149904 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.10e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.10e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 7.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.98341e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169397 s | Solve Time: 0.0133526 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.51e-11 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.51e-11 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 2.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00336667 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0110203
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.037e+08s, dt:1e+06s, Cycle: 303
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58729e+07, 1.56406e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0511e+10, 1.52097e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.03388e+09, 3.07305e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0511e+10, 0 }, { 1.04056e+09, 1.52055e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.133184
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.24e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.24e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.81899e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168192 s | Solve Time: 0.0181918 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.37e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.37e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.52494e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171459 s | Solve Time: 0.0163987 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.73e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.73e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.29138e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0176409 s | Solve Time: 0.0165157 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.69e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.69e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00416969 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0109013
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.047e+08s, dt:1e+06s, Cycle: 304
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5871e+07, 1.56406e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05098e+10, 1.52097e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.03452e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05098e+10, 0 }, { 1.04183e+09, 1.52055e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.130362
+compflowStatistics: Max component CFL number: 0.0385401
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.23e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.23e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.22009e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168023 s | Solve Time: 0.0165116 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.91e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.91e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.45492e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167686 s | Solve Time: 0.0165086 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.19e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.19e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.45e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00722846 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0106782
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.057e+08s, dt:1e+06s, Cycle: 305
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58691e+07, 1.56406e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05085e+10, 1.52098e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.03521e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05085e+10, 0 }, { 1.04306e+09, 1.52055e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.13388
+compflowStatistics: Max component CFL number: 0.039082
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.21e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.21e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.47283e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0177927 s | Solve Time: 0.0195751 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.46e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.46e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.90805e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0181302 s | Solve Time: 0.0171234 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.61e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.61e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.010311 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0104388
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.067e+08s, dt:1e+06s, Cycle: 306
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58674e+07, 1.56406e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05074e+10, 1.52098e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.036e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05074e+10, 0 }, { 1.04423e+09, 1.52055e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.137999
+compflowStatistics: Max component CFL number: 0.0395615
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.93269e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166872 s | Solve Time: 0.0181272 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.15e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.15e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.26061e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168272 s | Solve Time: 0.0133287 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.89e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.89e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 6.26e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000764018 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0101694
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.077e+08s, dt:1e+06s, Cycle: 307
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58655e+07, 1.56407e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05062e+10, 1.52098e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.03681e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05062e+10, 0 }, { 1.04545e+09, 1.52055e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.142428
+compflowStatistics: Max component CFL number: 0.0399188
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.19e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.19e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.13063e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168749 s | Solve Time: 0.0163142 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.63e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.63e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.67667e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171135 s | Solve Time: 0.016486 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.37e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.37e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.68e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.56582e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169231 s | Solve Time: 0.0164868 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.94e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.94e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.57e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0117958 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00985357
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.087e+08s, dt:1e+06s, Cycle: 308
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81061.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58638e+07, 1.56407e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0505e+10, 1.52098e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.03779e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0505e+10, 0 }, { 1.04655e+09, 1.52055e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.146641
+compflowStatistics: Max component CFL number: 0.040074
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.17e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.17e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.00491e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169473 s | Solve Time: 0.0197147 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.44e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.44e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.8955e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169188 s | Solve Time: 0.0165524 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.29e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.29e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.90e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00216232 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00949451
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.097e+08s, dt:1e+06s, Cycle: 309
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58622e+07, 1.56407e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05039e+10, 1.52098e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.03877e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05039e+10, 0 }, { 1.04767e+09, 1.52056e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.150162
+compflowStatistics: Max component CFL number: 0.0400127
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.16e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.16e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.75801e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169445 s | Solve Time: 0.0165268 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.55e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.55e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.64456e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0175299 s | Solve Time: 0.0163905 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.10e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.10e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.22295e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172326 s | Solve Time: 0.0164556 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.39e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.39e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.22e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00668214 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00909586
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.107e+08s, dt:1e+06s, Cycle: 310
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58605e+07, 1.56407e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05028e+10, 1.52099e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.03973e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05028e+10, 0 }, { 1.04877e+09, 1.52056e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.152472
+compflowStatistics: Max component CFL number: 0.0397218
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.15e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.15e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.80752e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.017086 s | Solve Time: 0.0181667 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.53e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.53e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.12673e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166698 s | Solve Time: 0.0164569 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.80e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.80e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.13e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000903609 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00893529
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.117e+08s, dt:1e+06s, Cycle: 311
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58588e+07, 1.56407e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05017e+10, 1.52099e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.04068e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05017e+10, 0 }, { 1.04989e+09, 1.52056e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.153167
+compflowStatistics: Max component CFL number: 0.0392135
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.15e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.15e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.5759e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167142 s | Solve Time: 0.0180044 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.35e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.35e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.07186e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162998 s | Solve Time: 0.0181028 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.32e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.32e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.28998e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169297 s | Solve Time: 0.0180637 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.37e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.37e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00468621 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00909198
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.127e+08s, dt:1e+06s, Cycle: 312
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58571e+07, 1.56407e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05006e+10, 1.52099e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.04165e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05006e+10, 0 }, { 1.05102e+09, 1.52056e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.15183
+compflowStatistics: Max component CFL number: 0.0384763
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.14e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.14e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.0875e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165631 s | Solve Time: 0.018243 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.64e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.64e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.82723e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166104 s | Solve Time: 0.0179805 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.27e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.27e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.48878e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167065 s | Solve Time: 0.0163704 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.58e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.58e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00241465 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00925438
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.137e+08s, dt:1e+06s, Cycle: 313
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81061.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58555e+07, 1.56408e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04995e+10, 1.52099e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.04269e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04995e+10, 0 }, { 1.05212e+09, 1.52056e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.148112
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.13e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.13e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.21976e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168059 s | Solve Time: 0.0179892 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.88e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.88e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.98343e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168493 s | Solve Time: 0.0165192 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.11e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.11e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00796857 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00941683
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.147e+08s, dt:1e+06s, Cycle: 314
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58539e+07, 1.56408e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04984e+10, 1.52099e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.04373e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04984e+10, 0 }, { 1.05317e+09, 1.52056e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.161744
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.12e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.12e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.75652e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166123 s | Solve Time: 0.0180848 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.41e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.41e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.89448e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168663 s | Solve Time: 0.0164559 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.77e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.77e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.97104e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169522 s | Solve Time: 0.0164891 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.39e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.39e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00445036 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00956302
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.157e+08s, dt:1e+06s, Cycle: 315
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58523e+07, 1.56408e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04974e+10, 1.521e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.04476e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04974e+10, 0 }, { 1.05422e+09, 1.52056e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.153866
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.11e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.11e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.25793e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170117 s | Solve Time: 0.0181594 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.50e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.50e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.06223e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169609 s | Solve Time: 0.0179507 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.91e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.91e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.98486e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170707 s | Solve Time: 0.016466 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.31e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.31e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0134734 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00970591
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.167e+08s, dt:1e+06s, Cycle: 316
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58509e+07, 1.56408e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04965e+10, 1.521e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.04586e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04965e+10, 0 }, { 1.05511e+09, 1.52057e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.143679
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.10e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.10e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.25351e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170625 s | Solve Time: 0.0180728 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.9386e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165648 s | Solve Time: 0.0164909 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.82e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.82e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.94e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0033002 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00983347
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.177e+08s, dt:1e+06s, Cycle: 317
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58495e+07, 1.56408e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04956e+10, 1.521e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.04684e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04956e+10, 0 }, { 1.05599e+09, 1.52057e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.154488
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.25626e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168171 s | Solve Time: 0.0181624 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.51e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.51e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.17707e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171449 s | Solve Time: 0.018017 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.96e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.96e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.02406e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171181 s | Solve Time: 0.0164043 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.91e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.91e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 9.02e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00472212 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00993636
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.187e+08s, dt:1e+06s, Cycle: 318
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58482e+07, 1.56408e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04947e+10, 1.521e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.04777e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04947e+10, 0 }, { 1.05685e+09, 1.52057e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.143436
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.90297e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171349 s | Solve Time: 0.0181025 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.70e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.70e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.53716e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164614 s | Solve Time: 0.0149496 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.10e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.10e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.54e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000705033 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0100056
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.197e+08s, dt:1e+06s, Cycle: 319
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58469e+07, 1.56408e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04939e+10, 1.521e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.04859e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04939e+10, 0 }, { 1.05774e+09, 1.52057e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.148971
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.81117e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168252 s | Solve Time: 0.0183265 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.02e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.02e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.42429e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163844 s | Solve Time: 0.0162815 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.92e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.92e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.42e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.13562e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169082 s | Solve Time: 0.0163072 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.61e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.61e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00742903 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0100378
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.207e+08s, dt:1e+06s, Cycle: 320
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58456e+07, 1.56409e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0493e+10, 1.521e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.04947e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0493e+10, 0 }, { 1.0586e+09, 1.52057e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.141682
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.08e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.08e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.98288e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016788 s | Solve Time: 0.0179214 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.82e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.82e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.98e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.52012e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166123 s | Solve Time: 0.0163242 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.24e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.24e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.58793e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166167 s | Solve Time: 0.0164232 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.57e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.57e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.59e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00503604 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0100062
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.217e+08s, dt:1e+06s, Cycle: 321
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58443e+07, 1.56409e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04922e+10, 1.521e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.05042e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04922e+10, 0 }, { 1.05942e+09, 1.52057e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.135422
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.07e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.07e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.22521e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162693 s | Solve Time: 0.017858 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.38e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.38e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.06767e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.017033 s | Solve Time: 0.0148176 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.02e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.02e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.07e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0046617 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00997899
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.227e+08s, dt:1e+06s, Cycle: 322
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58431e+07, 1.56409e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04914e+10, 1.52101e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.05142e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04914e+10, 0 }, { 1.06023e+09, 1.52057e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.135741
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.07e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.07e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.19487e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165996 s | Solve Time: 0.0182448 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.39e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.39e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.4988e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166729 s | Solve Time: 0.0148223 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.64e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.64e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00076679 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00992117
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.237e+08s, dt:1e+06s, Cycle: 323
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58419e+07, 1.56409e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04906e+10, 1.52101e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.05242e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04906e+10, 0 }, { 1.06105e+09, 1.52057e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.136611
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.07e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.07e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.63533e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170546 s | Solve Time: 0.0180193 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.79e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.79e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.05119e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167578 s | Solve Time: 0.0148202 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.23e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.23e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00695885 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00982979
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.247e+08s, dt:1e+06s, Cycle: 324
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58407e+07, 1.56409e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04898e+10, 1.52101e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.0533e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04898e+10, 0 }, { 1.06183e+09, 1.52057e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.1397
+compflowStatistics: Max component CFL number: 0.0384613
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.07e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.07e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.70685e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016647 s | Solve Time: 0.01806 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.51979e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016301 s | Solve Time: 0.014822 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.36e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.36e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.52e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000792204 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00967778
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.257e+08s, dt:1e+06s, Cycle: 325
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58395e+07, 1.56409e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0489e+10, 1.52101e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.05406e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0489e+10, 0 }, { 1.06264e+09, 1.52057e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.14296
+compflowStatistics: Max component CFL number: 0.0391215
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.07e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.07e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.7851e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162877 s | Solve Time: 0.0179553 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.37e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.37e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.57722e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165018 s | Solve Time: 0.0163334 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.83e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.83e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.58e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00238064 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00948511
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.267e+08s, dt:1e+06s, Cycle: 326
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58383e+07, 1.56409e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04881e+10, 1.52101e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.05471e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04881e+10, 0 }, { 1.06345e+09, 1.52058e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.149132
+compflowStatistics: Max component CFL number: 0.0396367
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.07e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.07e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.25874e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166927 s | Solve Time: 0.0164817 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.46e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.58369e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166133 s | Solve Time: 0.0164777 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.16e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.16e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.58e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00211688 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00925403
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.277e+08s, dt:1e+06s, Cycle: 327
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58371e+07, 1.56409e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04873e+10, 1.52101e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.05537e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04873e+10, 0 }, { 1.06426e+09, 1.52058e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.153383
+compflowStatistics: Max component CFL number: 0.0399939
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.06e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.06e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.2116e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167148 s | Solve Time: 0.0180526 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.91e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.91e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.21e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.31454e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169015 s | Solve Time: 0.0147121 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.10e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.10e-06 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.31e-07 ) ;
+wellControls: well is shut
+compositionalMultiphaseFlow: Max relative pressure change: 0.0110964 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00900723
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.287e+08s, dt:1e+06s, Cycle: 328
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22623e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58359e+07, 1.5641e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04866e+10, 1.52101e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.05614e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04866e+10, 0 }, { 1.06501e+09, 1.52058e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.156844
+compflowStatistics: Max component CFL number: 0.0401345
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.05e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.05e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.02723e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0198079 s | Solve Time: 0.0165356 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.88e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.88e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.37106e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0183811 s | Solve Time: 0.0149838 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.08e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.08e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 5.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.27954e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165471 s | Solve Time: 0.0164605 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.41e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.41e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00305735 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0090021
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.297e+08s, dt:1e+06s, Cycle: 329
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58348e+07, 1.5641e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04858e+10, 1.52101e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.05694e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04858e+10, 0 }, { 1.06576e+09, 1.52058e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.158927
+compflowStatistics: Max component CFL number: 0.0400224
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.04e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.04e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.93902e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167643 s | Solve Time: 0.018123 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.27e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.27e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.94e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.07463e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170895 s | Solve Time: 0.0165917 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.50e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.50e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.07e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00740745 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00897346
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.307e+08s, dt:1e+06s, Cycle: 330
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58337e+07, 1.5641e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04851e+10, 1.52102e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.05776e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04851e+10, 0 }, { 1.06647e+09, 1.52058e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.165008
+compflowStatistics: Max component CFL number: 0.0396294
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.03e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.03e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.17807e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168013 s | Solve Time: 0.0183865 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.43e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.43e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.19928e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167121 s | Solve Time: 0.0132228 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.28e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.28e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 8.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000851087 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00891154
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.317e+08s, dt:1e+06s, Cycle: 331
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58326e+07, 1.5641e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04844e+10, 1.52102e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.05848e+09, 3.07306e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04844e+10, 0 }, { 1.06721e+09, 1.52058e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.16184
+compflowStatistics: Max component CFL number: 0.0389819
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.03e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.03e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.51672e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163406 s | Solve Time: 0.0164914 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.45e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.45e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.49454e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163834 s | Solve Time: 0.0163984 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.15e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.15e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00086328 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00881776
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.327e+08s, dt:1e+06s, Cycle: 332
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58315e+07, 1.5641e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04836e+10, 1.52102e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.05912e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04836e+10, 0 }, { 1.06796e+09, 1.52058e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.156389
+compflowStatistics: Max component CFL number: 0.0380819
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.03e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.03e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.9746e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167523 s | Solve Time: 0.0182304 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.39e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.39e-02 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.65598e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166559 s | Solve Time: 0.0148447 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.58e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.58e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.47261e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164222 s | Solve Time: 0.0147895 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.36e-11 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.36e-11 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00086751 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00867971
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.337e+08s, dt:1e+06s, Cycle: 333
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58303e+07, 1.5641e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04829e+10, 1.52102e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.05978e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04829e+10, 0 }, { 1.06874e+09, 1.52058e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.163553
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.51299e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165791 s | Solve Time: 0.0180526 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.11e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.11e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.86614e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164573 s | Solve Time: 0.0179863 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.08e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.08e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.16696e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161666 s | Solve Time: 0.0162313 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.19e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.19e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.17e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00221409 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0085025
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.347e+08s, dt:1e+06s, Cycle: 334
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58292e+07, 1.5641e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04821e+10, 1.52102e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06032e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04821e+10, 0 }, { 1.06953e+09, 1.52058e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.154721
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.01e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.01e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.7679e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165163 s | Solve Time: 0.0180888 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.66e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.66e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.7018e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167376 s | Solve Time: 0.0163966 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.66e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.66e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 9.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00234177 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00829116
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.357e+08s, dt:1e+06s, Cycle: 335
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5828e+07, 1.5641e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04813e+10, 1.52102e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06086e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04813e+10, 0 }, { 1.07033e+09, 1.52058e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.16368
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.01e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.01e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.08346e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168606 s | Solve Time: 0.0180339 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.95e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.95e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.67326e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168323 s | Solve Time: 0.01801 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.98e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.98e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.6039e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168635 s | Solve Time: 0.0179081 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.86e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.86e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 2.60e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00152314 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00831736
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.367e+08s, dt:1e+06s, Cycle: 336
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58268e+07, 1.5641e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04805e+10, 1.52102e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06142e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04805e+10, 0 }, { 1.07114e+09, 1.52058e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.151615
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.04214e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167705 s | Solve Time: 0.0197956 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.78e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.78e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.04e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.12851e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163325 s | Solve Time: 0.0164566 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.53e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.53e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.13e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00544793 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00852173
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.377e+08s, dt:1e+06s, Cycle: 337
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58256e+07, 1.56411e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04797e+10, 1.52102e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06202e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04797e+10, 0 }, { 1.07193e+09, 1.52059e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.16053
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 2.93761e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160944 s | Solve Time: 0.0196089 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.56e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.56e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 2.94e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.33717e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016748 s | Solve Time: 0.0163735 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.50e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.50e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.34e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000971982 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0087154
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.387e+08s, dt:1e+06s, Cycle: 338
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58244e+07, 1.56411e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04789e+10, 1.52103e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06245e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04789e+10, 0 }, { 1.07275e+09, 1.52059e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.146883
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.98428e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166334 s | Solve Time: 0.0180657 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.28e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.28e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.98e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.67968e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167129 s | Solve Time: 0.0151578 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.93e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.93e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.68e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00485723 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00888916
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.397e+08s, dt:1e+06s, Cycle: 339
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58232e+07, 1.56411e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0478e+10, 1.52103e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06285e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0478e+10, 0 }, { 1.07356e+09, 1.52059e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.150006
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.47061e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168794 s | Solve Time: 0.0179445 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.13e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.13e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.52432e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165662 s | Solve Time: 0.016342 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.99e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.99e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.52e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00117491 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00906924
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.407e+08s, dt:1e+06s, Cycle: 340
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5822e+07, 1.56411e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04772e+10, 1.52103e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06326e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04772e+10, 0 }, { 1.0744e+09, 1.52059e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.138135
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.68485e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167126 s | Solve Time: 0.0179445 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.75e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.75e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.68e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.89973e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161682 s | Solve Time: 0.016412 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.43e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.43e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.90e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00130356 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00924382
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.417e+08s, dt:1e+06s, Cycle: 341
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58207e+07, 1.56411e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04763e+10, 1.52103e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06356e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04763e+10, 0 }, { 1.07527e+09, 1.52059e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.144926
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.28235e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166209 s | Solve Time: 0.0178947 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.65e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.65e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.47866e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168471 s | Solve Time: 0.0165252 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.57e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.57e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.48e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0014459 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00940995
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.427e+08s, dt:1e+06s, Cycle: 342
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58193e+07, 1.56411e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04754e+10, 1.52103e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06386e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04754e+10, 0 }, { 1.07619e+09, 1.52059e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.142244
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.85187e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166783 s | Solve Time: 0.0181183 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.04e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.04e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.97109e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165403 s | Solve Time: 0.0180192 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.34e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.34e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 2.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00157331 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00954815
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.437e+08s, dt:1e+06s, Cycle: 343
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58179e+07, 1.56411e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04745e+10, 1.52103e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06415e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04745e+10, 0 }, { 1.07714e+09, 1.52059e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.143537
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.24131e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162124 s | Solve Time: 0.0183661 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.35e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.35e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.42838e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164919 s | Solve Time: 0.0148426 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.26e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.26e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.43e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00170243 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00966683
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.447e+08s, dt:1e+06s, Cycle: 344
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58165e+07, 1.56411e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04735e+10, 1.52103e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.0644e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04735e+10, 0 }, { 1.07813e+09, 1.52059e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.129447
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.9069e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165919 s | Solve Time: 0.0163478 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.50e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.50e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.29157e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166921 s | Solve Time: 0.0165922 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.83e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.83e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00180854 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0097664
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.457e+08s, dt:1e+06s, Cycle: 345
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5815e+07, 1.56412e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04724e+10, 1.52104e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06462e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04724e+10, 0 }, { 1.07916e+09, 1.52059e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.13708
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.0317e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167891 s | Solve Time: 0.0163715 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.67e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.67e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.93822e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016816 s | Solve Time: 0.0163075 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.85e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.85e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.94e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00190647 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00983085
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.467e+08s, dt:1e+06s, Cycle: 346
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58134e+07, 1.56412e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04714e+10, 1.52104e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06483e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04714e+10, 0 }, { 1.08024e+09, 1.5206e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.128605
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.90052e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165528 s | Solve Time: 0.0164089 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.53e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.53e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.83271e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164657 s | Solve Time: 0.0165351 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.39e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.39e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0020125 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00984681
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.477e+08s, dt:1e+06s, Cycle: 347
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58118e+07, 1.56412e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04702e+10, 1.52104e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06505e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04702e+10, 0 }, { 1.08136e+09, 1.5206e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.126724
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.21865e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165623 s | Solve Time: 0.0179657 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.91e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.91e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.54654e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163515 s | Solve Time: 0.0162639 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.23e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.23e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.9969e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016752 s | Solve Time: 0.0162542 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.89e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.89e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.00e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0109143 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00982446
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.487e+08s, dt:1e+06s, Cycle: 348
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58102e+07, 1.56412e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04692e+10, 1.52104e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06539e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04692e+10, 0 }, { 1.08241e+09, 1.5206e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.127883
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.05616e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167939 s | Solve Time: 0.018074 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.94e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.14591e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167926 s | Solve Time: 0.0132398 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-05 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.11889e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166182 s | Solve Time: 0.0148264 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.79e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.79e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.12e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00160151 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00976003
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.497e+08s, dt:1e+06s, Cycle: 349
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81062.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58086e+07, 1.56412e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04681e+10, 1.52104e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06576e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04681e+10, 0 }, { 1.08348e+09, 1.5206e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123105
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.95673e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165814 s | Solve Time: 0.0180291 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.68e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.68e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.05683e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164384 s | Solve Time: 0.0146898 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.72e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.72e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.06e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00338963 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00965533
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.507e+08s, dt:1e+06s, Cycle: 350
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5807e+07, 1.56412e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0467e+10, 1.52104e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06614e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0467e+10, 0 }, { 1.08457e+09, 1.5206e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12558
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.99971e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169179 s | Solve Time: 0.0164409 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.34e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.34e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.96294e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016511 s | Solve Time: 0.0147384 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.34e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.34e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0018302 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00949334
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.517e+08s, dt:1e+06s, Cycle: 351
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58053e+07, 1.56413e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04659e+10, 1.52105e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06646e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04659e+10, 0 }, { 1.0857e+09, 1.5206e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.128548
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.94924e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167246 s | Solve Time: 0.0179921 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.25e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.25e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.66639e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167574 s | Solve Time: 0.0164072 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.11e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.11e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.67e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00299888 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00927265
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.527e+08s, dt:1e+06s, Cycle: 352
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58036e+07, 1.56413e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04647e+10, 1.52105e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06681e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04647e+10, 0 }, { 1.08686e+09, 1.5206e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.131404
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.59782e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165551 s | Solve Time: 0.0164061 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.73e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.73e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.05077e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165154 s | Solve Time: 0.0148814 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.56e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.56e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00206884 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00899709
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.537e+08s, dt:1e+06s, Cycle: 353
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58019e+07, 1.56413e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04635e+10, 1.52105e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06718e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04635e+10, 0 }, { 1.08806e+09, 1.5206e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.133675
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.65018e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162702 s | Solve Time: 0.0146556 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.27e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.27e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 9.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.77622e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163858 s | Solve Time: 0.0163538 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.33e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.33e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.25274e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165011 s | Solve Time: 0.0147166 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.75e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.75e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.25e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00194746 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00868526
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.547e+08s, dt:1e+06s, Cycle: 354
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58001e+07, 1.56413e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04623e+10, 1.52105e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06756e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04623e+10, 0 }, { 1.08928e+09, 1.52061e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.135067
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.45213e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167418 s | Solve Time: 0.016457 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.58e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.58e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.45e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.28272e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165464 s | Solve Time: 0.016565 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.75e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.75e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.60036e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016409 s | Solve Time: 0.0149987 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.40e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.40e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.60e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00692039 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0085565
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.557e+08s, dt:1e+06s, Cycle: 355
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81063 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57983e+07, 1.56413e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04612e+10, 1.52105e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06804e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04612e+10, 0 }, { 1.09043e+09, 1.52061e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.135084
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.98e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.98e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.625e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016166 s | Solve Time: 0.0164341 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.14e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.14e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.56459e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165227 s | Solve Time: 0.016411 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.52e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.52e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.66901e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161445 s | Solve Time: 0.0147389 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.41e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.41e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.67e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0109037 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00860101
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.567e+08s, dt:1e+06s, Cycle: 356
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 81063 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57967e+07, 1.56413e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04601e+10, 1.52105e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06866e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04601e+10, 0 }, { 1.0915e+09, 1.52061e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.147827
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.97e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.97e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.95149e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167251 s | Solve Time: 0.016402 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.74e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.74e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.59998e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168281 s | Solve Time: 0.0148141 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.43e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.43e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 9.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.5005e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166307 s | Solve Time: 0.014817 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.79e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.79e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00565566 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00862642
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.577e+08s, dt:1e+06s, Cycle: 357
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57951e+07, 1.56414e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04591e+10, 1.52106e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.06936e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04591e+10, 0 }, { 1.09254e+09, 1.52061e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.145563
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.96e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.96e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.22781e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167758 s | Solve Time: 0.016411 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.78e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.78e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.81791e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166765 s | Solve Time: 0.0146853 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.79e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.79e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.82e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00485396 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00873023
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.587e+08s, dt:1e+06s, Cycle: 358
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57936e+07, 1.56414e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0458e+10, 1.52106e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.0701e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0458e+10, 0 }, { 1.09358e+09, 1.52061e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.141128
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.96e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.96e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.64444e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164513 s | Solve Time: 0.0163675 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.88e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.88e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.30313e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166031 s | Solve Time: 0.0162981 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.96e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.96e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.56138e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167811 s | Solve Time: 0.014654 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.60e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.60e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0059047 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00888647
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.597e+08s, dt:1e+06s, Cycle: 359
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57921e+07, 1.56414e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0457e+10, 1.52106e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.07083e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0457e+10, 0 }, { 1.09456e+09, 1.52061e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.153347
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.01487e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166623 s | Solve Time: 0.0162682 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.34e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.34e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.27413e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167193 s | Solve Time: 0.0147276 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.76e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.76e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.27e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0116476 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00903309
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.607e+08s, dt:1e+06s, Cycle: 360
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57907e+07, 1.56414e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04562e+10, 1.52106e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.07169e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04562e+10, 0 }, { 1.09542e+09, 1.52061e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.144949
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.19212e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168271 s | Solve Time: 0.0163929 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.66e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.66e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.96606e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170489 s | Solve Time: 0.0147721 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.15e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.15e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00159469 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00916511
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.617e+08s, dt:1e+06s, Cycle: 361
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57894e+07, 1.56414e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04553e+10, 1.52106e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.07257e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04553e+10, 0 }, { 1.09631e+09, 1.52061e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.134385
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.20057e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161194 s | Solve Time: 0.0162785 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.32e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.32e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.08569e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164597 s | Solve Time: 0.0181483 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.56e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.56e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.27506e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164167 s | Solve Time: 0.0163197 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.74e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.74e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0110165 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00926539
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.627e+08s, dt:1e+06s, Cycle: 362
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57881e+07, 1.56414e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04545e+10, 1.52106e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.07356e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04545e+10, 0 }, { 1.09713e+09, 1.52062e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.143096
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.92e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.92e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.00575e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167079 s | Solve Time: 0.0181396 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.28e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.28e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.55162e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167059 s | Solve Time: 0.0148634 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.37e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.37e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.55e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00144073 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00935235
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.637e+08s, dt:1e+06s, Cycle: 363
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57868e+07, 1.56414e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04536e+10, 1.52107e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.0746e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04536e+10, 0 }, { 1.09798e+09, 1.52062e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.128942
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.91e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.91e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.8357e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165983 s | Solve Time: 0.0163251 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.31e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.31e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.69972e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167543 s | Solve Time: 0.0164424 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.06e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.06e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000686399 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00941921
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.647e+08s, dt:1e+06s, Cycle: 364
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57855e+07, 1.56415e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04527e+10, 1.52107e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.07562e+09, 3.07307e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04527e+10, 0 }, { 1.09886e+09, 1.52062e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.136396
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.91e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.91e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.88967e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163986 s | Solve Time: 0.0165393 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.28e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.28e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.34658e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164503 s | Solve Time: 0.0165087 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.39e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.39e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.35e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00101149 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00946097
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.657e+08s, dt:1e+06s, Cycle: 365
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57841e+07, 1.56415e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04518e+10, 1.52107e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.07653e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04518e+10, 0 }, { 1.09977e+09, 1.52062e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.125287
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.91e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.91e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.84159e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164636 s | Solve Time: 0.0165601 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.61e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.61e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.01333e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168114 s | Solve Time: 0.0163178 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.77e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.77e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.48555e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167472 s | Solve Time: 0.0163536 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.48e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.48e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00347891 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00948424
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.667e+08s, dt:1e+06s, Cycle: 366
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57828e+07, 1.56415e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04509e+10, 1.52107e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.07737e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04509e+10, 0 }, { 1.10068e+09, 1.52062e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.1257
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.91e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.91e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.69844e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016793 s | Solve Time: 0.0164088 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.34e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.34e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.64081e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167181 s | Solve Time: 0.0179886 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.36e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.36e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.4778e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168147 s | Solve Time: 0.0199615 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.70e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.70e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.48e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0012378 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00947992
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.677e+08s, dt:1e+06s, Cycle: 367
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57814e+07, 1.56415e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.045e+10, 1.52107e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.07812e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.045e+10, 0 }, { 1.1016e+09, 1.52062e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.131894
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.90e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.90e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.21583e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166377 s | Solve Time: 0.0182273 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.65e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.65e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.91213e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016469 s | Solve Time: 0.0180507 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.36e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.36e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.73619e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166266 s | Solve Time: 0.01645 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.60e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.60e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.74e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0105267 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00944206
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.687e+08s, dt:1e+06s, Cycle: 368
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57801e+07, 1.56415e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04492e+10, 1.52107e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.07899e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04492e+10, 0 }, { 1.10245e+09, 1.52062e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120459
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.89e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.89e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.02285e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168176 s | Solve Time: 0.0198281 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.14e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.02e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.16156e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166457 s | Solve Time: 0.0163455 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.08e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.08e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0027348 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00938081
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.697e+08s, dt:1e+06s, Cycle: 369
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57788e+07, 1.56415e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04483e+10, 1.52107e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.07977e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04483e+10, 0 }, { 1.10331e+09, 1.52062e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12661
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.89e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.89e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.18172e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166171 s | Solve Time: 0.0180294 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.84e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.84e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.13074e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163578 s | Solve Time: 0.0163711 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.91e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.91e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.13e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000692841 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00929301
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.707e+08s, dt:1e+06s, Cycle: 370
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57775e+07, 1.56415e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04474e+10, 1.52108e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08046e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04474e+10, 0 }, { 1.10421e+09, 1.52062e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12558
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.89e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.89e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.90369e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167942 s | Solve Time: 0.0181813 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.00e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.00e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.61821e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162129 s | Solve Time: 0.013273 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.28e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.28e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 7.62e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000868839 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00912376
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.717e+08s, dt:1e+06s, Cycle: 371
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57761e+07, 1.56415e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04465e+10, 1.52108e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.081e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04465e+10, 0 }, { 1.10513e+09, 1.52063e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.125148
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.89e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.89e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.24589e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166541 s | Solve Time: 0.0180281 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.57e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.57e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.05983e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016676 s | Solve Time: 0.0148447 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.51e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.51e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.06e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00102891 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0089236
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.727e+08s, dt:1e+06s, Cycle: 372
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57747e+07, 1.56416e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04455e+10, 1.52108e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08139e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04455e+10, 0 }, { 1.10609e+09, 1.52063e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.132548
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.88e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.88e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.4414e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164965 s | Solve Time: 0.017995 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.12e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.12e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.44e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.08417e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166038 s | Solve Time: 0.016425 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.89e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.89e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.71799e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163536 s | Solve Time: 0.0164027 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.50e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.50e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00688503 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00870905
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.737e+08s, dt:1e+06s, Cycle: 373
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57733e+07, 1.56416e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04446e+10, 1.52108e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08168e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04446e+10, 0 }, { 1.10702e+09, 1.52063e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.128463
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.91364e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162401 s | Solve Time: 0.0179166 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.39e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.39e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.85942e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161319 s | Solve Time: 0.0147075 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.06e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.06e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.86e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00339282 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00847207
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.747e+08s, dt:1e+06s, Cycle: 374
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57719e+07, 1.56416e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04436e+10, 1.52108e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08201e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04436e+10, 0 }, { 1.10796e+09, 1.52063e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.129028
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.00314e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165647 s | Solve Time: 0.0180184 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.41e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.41e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.84075e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.017609 s | Solve Time: 0.0147814 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.20e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.20e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.14502e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0178829 s | Solve Time: 0.0171492 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.25e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.25e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.15e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00582998 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00819326
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.757e+08s, dt:1e+06s, Cycle: 375
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57706e+07, 1.56416e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04427e+10, 1.52108e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08239e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04427e+10, 0 }, { 1.10888e+09, 1.52063e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.131116
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.62259e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166576 s | Solve Time: 0.0180854 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.20e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.20e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.64057e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169272 s | Solve Time: 0.0163727 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.16e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.16e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.64e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00172843 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00788174
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.767e+08s, dt:1e+06s, Cycle: 376
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57692e+07, 1.56416e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04418e+10, 1.52108e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08279e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04418e+10, 0 }, { 1.10982e+09, 1.52063e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.139899
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.46011e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164888 s | Solve Time: 0.0183177 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.15e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.15e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.77739e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163104 s | Solve Time: 0.0163406 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.28e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.28e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.78e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000830698 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00798246
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.777e+08s, dt:1e+06s, Cycle: 377
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57677e+07, 1.56416e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04408e+10, 1.52109e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08315e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04408e+10, 0 }, { 1.11079e+09, 1.52063e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.138587
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.6744e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172084 s | Solve Time: 0.0178992 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.30e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.30e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.54747e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169747 s | Solve Time: 0.0181888 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.05e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.05e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 2.55e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0010451 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0081104
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.787e+08s, dt:1e+06s, Cycle: 378
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57662e+07, 1.56416e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04398e+10, 1.52109e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08343e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04398e+10, 0 }, { 1.1118e+09, 1.52063e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.135693
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.30439e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165739 s | Solve Time: 0.0181449 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.15e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.15e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.67959e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165773 s | Solve Time: 0.0165738 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.37e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.37e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.68e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.11522e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164939 s | Solve Time: 0.0147105 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.52e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.52e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.12e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00257966 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00823754
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.797e+08s, dt:1e+06s, Cycle: 379
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57647e+07, 1.56417e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04388e+10, 1.52109e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08373e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04388e+10, 0 }, { 1.11282e+09, 1.52063e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.131034
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.40476e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161316 s | Solve Time: 0.016282 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.63e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.63e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.90563e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163243 s | Solve Time: 0.0180115 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.52e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.52e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 2.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00879576 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00835426
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.807e+08s, dt:1e+06s, Cycle: 380
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57633e+07, 1.56417e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04378e+10, 1.52109e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.0841e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04378e+10, 0 }, { 1.11382e+09, 1.52064e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.141442
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.52222e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167034 s | Solve Time: 0.0180067 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.52e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.52e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.81586e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167977 s | Solve Time: 0.0180791 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.55e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.55e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.41375e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167613 s | Solve Time: 0.0164788 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.92e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.92e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.41e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0123377 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00844985
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.817e+08s, dt:1e+06s, Cycle: 381
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57618e+07, 1.56417e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04368e+10, 1.52109e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08458e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04368e+10, 0 }, { 1.11476e+09, 1.52064e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.133732
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.48769e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168349 s | Solve Time: 0.0180372 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.21e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.21e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.49e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.20312e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167985 s | Solve Time: 0.0162743 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.30e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.30e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00178437 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00853441
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.827e+08s, dt:1e+06s, Cycle: 382
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57604e+07, 1.56417e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04359e+10, 1.52109e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08508e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04359e+10, 0 }, { 1.11572e+09, 1.52064e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.143763
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.65213e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162823 s | Solve Time: 0.0179809 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.22e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.22e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.74981e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016271 s | Solve Time: 0.01648 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.71e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.71e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.75e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00266941 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00860246
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.837e+08s, dt:1e+06s, Cycle: 383
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57589e+07, 1.56417e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04349e+10, 1.5211e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08561e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04349e+10, 0 }, { 1.11669e+09, 1.52064e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.13273
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.429e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163065 s | Solve Time: 0.0180768 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.49e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.49e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.54283e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165761 s | Solve Time: 0.0163549 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.51e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.51e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.54e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000921674 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00865512
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.847e+08s, dt:1e+06s, Cycle: 384
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81063.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57575e+07, 1.56417e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04339e+10, 1.5211e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08605e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04339e+10, 0 }, { 1.11769e+09, 1.52064e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.141712
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.67324e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166507 s | Solve Time: 0.0181165 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.42e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.42e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.18088e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166215 s | Solve Time: 0.0164444 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.93e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.93e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.34041e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165402 s | Solve Time: 0.0180397 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.63e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.63e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.34e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00222634 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00867621
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.857e+08s, dt:1e+06s, Cycle: 385
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81063.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57559e+07, 1.56417e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04329e+10, 1.5211e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.0865e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04329e+10, 0 }, { 1.11871e+09, 1.52064e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.127589
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.63994e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162784 s | Solve Time: 0.0163556 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.06e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.06e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.0814e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161717 s | Solve Time: 0.0164402 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.40e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.40e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.08e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00172556 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00867304
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.867e+08s, dt:1e+06s, Cycle: 386
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57544e+07, 1.56418e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04319e+10, 1.5211e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08698e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04319e+10, 0 }, { 1.11975e+09, 1.52064e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.135227
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.85e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.85e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.69556e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016541 s | Solve Time: 0.0180435 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.34e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.34e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.84327e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164502 s | Solve Time: 0.016489 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.56e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.56e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.84e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00111102 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00863608
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.877e+08s, dt:1e+06s, Cycle: 387
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57528e+07, 1.56418e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04308e+10, 1.5211e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08748e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04308e+10, 0 }, { 1.12082e+09, 1.52064e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.125014
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.85e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.85e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.74698e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01659 s | Solve Time: 0.0164292 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.30e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.30e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.11732e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168104 s | Solve Time: 0.0148578 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.26e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.26e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.12e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0012271 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00851853
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.887e+08s, dt:1e+06s, Cycle: 388
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57512e+07, 1.56418e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04297e+10, 1.5211e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08799e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04297e+10, 0 }, { 1.12193e+09, 1.52065e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.126738
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.84e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.84e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.08018e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164951 s | Solve Time: 0.0180684 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.04e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.04e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.39052e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162563 s | Solve Time: 0.016366 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.64e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.64e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.33418e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162939 s | Solve Time: 0.0164152 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.01e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.01e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.33e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00236284 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0083878
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.897e+08s, dt:1e+06s, Cycle: 389
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57495e+07, 1.56418e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04286e+10, 1.52111e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.0885e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04286e+10, 0 }, { 1.12305e+09, 1.52065e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.128405
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.83e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.83e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.32068e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163806 s | Solve Time: 0.0179728 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.15e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.15e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.59059e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166994 s | Solve Time: 0.0147875 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.06e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.06e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.59e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00473648 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00822883
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.907e+08s, dt:1e+06s, Cycle: 390
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57479e+07, 1.56418e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04274e+10, 1.52111e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08903e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04274e+10, 0 }, { 1.12417e+09, 1.52065e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.129751
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.83e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.83e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.97538e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167545 s | Solve Time: 0.0180305 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.36e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.36e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.98e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.40518e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163649 s | Solve Time: 0.0148586 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.91e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.91e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.41e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00112331 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00803933
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.917e+08s, dt:1e+06s, Cycle: 391
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57462e+07, 1.56418e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04263e+10, 1.52111e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08926e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04263e+10, 0 }, { 1.12533e+09, 1.52065e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.130553
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.39045e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167694 s | Solve Time: 0.0164166 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.32e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.32e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.47171e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.017936 s | Solve Time: 0.0146903 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.14e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00874232 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00806118
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.927e+08s, dt:1e+06s, Cycle: 392
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57445e+07, 1.56419e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04251e+10, 1.52111e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.08954e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04251e+10, 0 }, { 1.12646e+09, 1.52065e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.142587
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.61373e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166406 s | Solve Time: 0.0163398 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.99e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.99e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.87132e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166689 s | Solve Time: 0.0178651 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.28e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.28e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.14788e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0180556 s | Solve Time: 0.0182007 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.04e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.15e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00237105 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00809456
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.937e+08s, dt:1e+06s, Cycle: 393
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57428e+07, 1.56419e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0424e+10, 1.52111e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.0899e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0424e+10, 0 }, { 1.12756e+09, 1.52065e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.142556
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.99144e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167363 s | Solve Time: 0.0181316 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.80e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.80e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.81642e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016921 s | Solve Time: 0.0148561 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.87e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.87e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.82e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00382161 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00811467
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.947e+08s, dt:1e+06s, Cycle: 394
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57412e+07, 1.56419e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0423e+10, 1.52111e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.09033e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0423e+10, 0 }, { 1.12864e+09, 1.52065e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.140984
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.79e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.79e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.20497e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166613 s | Solve Time: 0.0182536 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.91e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.91e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.79774e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162818 s | Solve Time: 0.0165761 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.97e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.97e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.96903e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165109 s | Solve Time: 0.0165329 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.44e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.44e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00189951 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00811861
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.957e+08s, dt:1e+06s, Cycle: 395
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57395e+07, 1.56419e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04219e+10, 1.52112e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.09079e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04219e+10, 0 }, { 1.12975e+09, 1.52065e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.137537
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.78e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.78e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.62458e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016332 s | Solve Time: 0.0162853 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.79e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.79e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.67436e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168116 s | Solve Time: 0.0185695 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.73e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.73e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.67e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00443138 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00810799
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.967e+08s, dt:1e+06s, Cycle: 396
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57379e+07, 1.56419e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04207e+10, 1.52112e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.09129e+09, 3.07308e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04207e+10, 0 }, { 1.13086e+09, 1.52066e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.150169
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.77e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.77e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.0997e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169027 s | Solve Time: 0.0166073 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.59e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.59e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.2312e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169372 s | Solve Time: 0.0163843 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.09e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.09e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.43888e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168259 s | Solve Time: 0.0163712 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.37e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.37e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.44e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00631175 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00808253
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.977e+08s, dt:1e+06s, Cycle: 397
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57363e+07, 1.56419e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04197e+10, 1.52112e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.0919e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04197e+10, 0 }, { 1.13193e+09, 1.52066e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.14344
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.76e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.76e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.12709e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161672 s | Solve Time: 0.0162386 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.44e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.44e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.83151e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163094 s | Solve Time: 0.0146869 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.39e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.39e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00357155 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00804322
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.987e+08s, dt:1e+06s, Cycle: 398
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57347e+07, 1.5642e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04186e+10, 1.52112e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.09253e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04186e+10, 0 }, { 1.13301e+09, 1.52066e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.154088
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.75e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.75e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.69366e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164254 s | Solve Time: 0.0179894 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.38e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.38e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.16479e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167755 s | Solve Time: 0.0148459 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.36e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.36e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00168668 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00799118
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.997e+08s, dt:300000s, Cycle: 399
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5733e+07, 1.5642e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04175e+10, 1.52112e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.09315e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04175e+10, 0 }, { 1.13413e+09, 1.52066e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0421817
+compflowStatistics: Max component CFL number: 0.0113613
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.12e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.12e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.29535e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165906 s | Solve Time: 0.0132326 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.13e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.13e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.30533e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163075 s | Solve Time: 0.0111533 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.46e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.46e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 5.31e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000537957 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00239137
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1e+09s, dt:600000s, Cycle: 400
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57325e+07, 1.5642e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04171e+10, 1.52112e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.09334e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04171e+10, 0 }, { 1.13448e+09, 1.52066e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0858992
+compflowStatistics: Max component CFL number: 0.0227226
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.24e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.24e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.16814e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016279 s | Solve Time: 0.0148415 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.42e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.42e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.20596e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164902 s | Solve Time: 0.0132029 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.10e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.10e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 5.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00117585 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00475752
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0006e+09s, dt:1e+06s, Cycle: 401
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57314e+07, 1.5642e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04164e+10, 1.52113e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.09372e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04164e+10, 0 }, { 1.13518e+09, 1.52066e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.148956
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.74e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.74e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.63077e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.015955 s | Solve Time: 0.018019 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.30e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.30e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.99309e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016395 s | Solve Time: 0.0162227 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.95e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.95e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.99e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00210756 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00784743
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0016e+09s, dt:1e+06s, Cycle: 402
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57297e+07, 1.5642e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04152e+10, 1.52113e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.09437e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04152e+10, 0 }, { 1.1364e+09, 1.52066e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.134638
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.73e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.73e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.11989e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165009 s | Solve Time: 0.0179585 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.57e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.57e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.91601e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167011 s | Solve Time: 0.0166061 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.95e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.95e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.92e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00224863 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00775251
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0026e+09s, dt:1e+06s, Cycle: 403
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57278e+07, 1.5642e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04139e+10, 1.52113e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.095e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04139e+10, 0 }, { 1.13767e+09, 1.52066e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.143482
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.73e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.73e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.40537e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167645 s | Solve Time: 0.0180478 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.95e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.95e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.77131e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166901 s | Solve Time: 0.0165164 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.18e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.18e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.41417e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162775 s | Solve Time: 0.0162487 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.46e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.46e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.41e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00222125 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00764627
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0036e+09s, dt:1e+06s, Cycle: 404
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57259e+07, 1.5642e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04126e+10, 1.52113e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.09558e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04126e+10, 0 }, { 1.13897e+09, 1.52067e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.126506
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.73e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.73e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.92963e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163019 s | Solve Time: 0.0180651 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.13e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.13e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.10865e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165954 s | Solve Time: 0.0164496 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.28e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.28e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.11e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00451529 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00771752
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0046e+09s, dt:1e+06s, Cycle: 405
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57239e+07, 1.56421e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04113e+10, 1.52113e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.09611e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04113e+10, 0 }, { 1.14028e+09, 1.52067e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.133829
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.73e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.73e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.61724e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166395 s | Solve Time: 0.017973 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.69e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.69e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.43479e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168704 s | Solve Time: 0.016435 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.62e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.62e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.68745e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167034 s | Solve Time: 0.0148249 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.27e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.27e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.69e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00174347 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00777748
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0056e+09s, dt:1e+06s, Cycle: 406
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5722e+07, 1.56421e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.041e+10, 1.52114e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.09668e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.041e+10, 0 }, { 1.1416e+09, 1.52067e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12327
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.72e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.72e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.80704e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165231 s | Solve Time: 0.018063 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.86e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.86e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.66648e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163586 s | Solve Time: 0.0164797 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.52e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.52e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.02039e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164846 s | Solve Time: 0.0163753 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.91e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.91e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.02e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0164074 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00779371
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0066e+09s, dt:1e+06s, Cycle: 407
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57203e+07, 1.56421e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04089e+10, 1.52114e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.09752e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04089e+10, 0 }, { 1.14272e+09, 1.52067e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12745
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.70e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.70e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.13034e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167971 s | Solve Time: 0.0164058 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.89e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.89e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.36075e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168095 s | Solve Time: 0.0164329 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.41e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.41e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00276131 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00784324
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0076e+09s, dt:1e+06s, Cycle: 408
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81063.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57186e+07, 1.56421e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04078e+10, 1.52114e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.09843e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04078e+10, 0 }, { 1.14383e+09, 1.52067e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124882
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.70e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.70e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.22271e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016709 s | Solve Time: 0.0181767 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.54e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.54e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.28435e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01661 s | Solve Time: 0.0181537 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.80e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.80e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.52376e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163821 s | Solve Time: 0.0179859 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.47e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.47e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.52e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00455536 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00787376
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0086e+09s, dt:1e+06s, Cycle: 409
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57169e+07, 1.56421e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04067e+10, 1.52114e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.09935e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04067e+10, 0 }, { 1.14494e+09, 1.52067e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.126922
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.70e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.70e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.97879e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160691 s | Solve Time: 0.0179207 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.71e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.71e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.98e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.1402e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161661 s | Solve Time: 0.0146447 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.79e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.79e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00115611 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00788927
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0096e+09s, dt:1e+06s, Cycle: 410
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57152e+07, 1.56422e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04055e+10, 1.52114e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.1002e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04055e+10, 0 }, { 1.14608e+09, 1.52067e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122634
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.70e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.70e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.47316e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162558 s | Solve Time: 0.0183443 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.40e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.40e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.287e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163654 s | Solve Time: 0.016639 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.98e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.98e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00101518 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0078852
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0106e+09s, dt:1e+06s, Cycle: 411
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57134e+07, 1.56422e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04044e+10, 1.52114e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.10104e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04044e+10, 0 }, { 1.14725e+09, 1.52068e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.125714
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.70e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.70e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.35531e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166943 s | Solve Time: 0.0181167 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.22e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.22e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.09118e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168715 s | Solve Time: 0.0181147 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.52e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.52e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.98365e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167627 s | Solve Time: 0.0148335 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.77e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.77e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0115819 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00784772
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0116e+09s, dt:1e+06s, Cycle: 412
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57118e+07, 1.56422e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04033e+10, 1.52115e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.10199e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04033e+10, 0 }, { 1.1483e+09, 1.52068e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.128403
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.39618e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164841 s | Solve Time: 0.0165358 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.61e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.61e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.96017e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016471 s | Solve Time: 0.0179745 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.57e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.57e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.7305e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163446 s | Solve Time: 0.0164461 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.59e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.59e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00739001 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0078188
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0126e+09s, dt:1e+06s, Cycle: 413
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57103e+07, 1.56422e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04023e+10, 1.52115e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.10297e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04023e+10, 0 }, { 1.14929e+09, 1.52068e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123858
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.89554e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168576 s | Solve Time: 0.0162872 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.02e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.02e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.09405e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168813 s | Solve Time: 0.0182155 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.27e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.27e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.67629e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168848 s | Solve Time: 0.0163781 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.59e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.59e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.68e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00302008 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0077758
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0136e+09s, dt:1e+06s, Cycle: 414
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57088e+07, 1.56422e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04013e+10, 1.52115e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.1039e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04013e+10, 0 }, { 1.15026e+09, 1.52068e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.125921
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.68e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.68e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.96949e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167819 s | Solve Time: 0.0164155 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.19e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.19e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.93731e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162252 s | Solve Time: 0.0146373 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.63e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.63e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 8.94e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.87382e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166513 s | Solve Time: 0.0146864 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.75e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.75e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.87e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00596977 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00771828
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0146e+09s, dt:1e+06s, Cycle: 415
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57074e+07, 1.56422e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04004e+10, 1.52115e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.10492e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04004e+10, 0 }, { 1.15121e+09, 1.52068e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.127521
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.44311e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162307 s | Solve Time: 0.0178875 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.44e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.08496e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167574 s | Solve Time: 0.0147041 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.57e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.57e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.08e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000831012 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00764682
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0156e+09s, dt:1e+06s, Cycle: 416
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57059e+07, 1.56422e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03994e+10, 1.52115e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.10577e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03994e+10, 0 }, { 1.15219e+09, 1.52068e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122889
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.82448e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016865 s | Solve Time: 0.0163769 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.72e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.72e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.98652e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165063 s | Solve Time: 0.0164474 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.83e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.83e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.99e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00111041 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00761274
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0166e+09s, dt:1e+06s, Cycle: 417
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57044e+07, 1.56423e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03984e+10, 1.52115e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.10646e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03984e+10, 0 }, { 1.15321e+09, 1.52068e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123908
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.55882e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167411 s | Solve Time: 0.0179457 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.95e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.95e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.47203e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164962 s | Solve Time: 0.0162658 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.56e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.56e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00126911 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0076869
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0176e+09s, dt:1e+06s, Cycle: 418
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57028e+07, 1.56423e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03973e+10, 1.52116e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.10705e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03973e+10, 0 }, { 1.15426e+09, 1.52068e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.119654
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.83911e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167003 s | Solve Time: 0.01789 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.16e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.16e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.72466e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163718 s | Solve Time: 0.0163973 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.16e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.16e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.87322e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163719 s | Solve Time: 0.0163715 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.32e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.32e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.87e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00137308 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00774666
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0186e+09s, dt:1e+06s, Cycle: 419
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57012e+07, 1.56423e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03963e+10, 1.52116e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.1076e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03963e+10, 0 }, { 1.15534e+09, 1.52069e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120168
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.01449e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167171 s | Solve Time: 0.017846 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.20e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.20e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.40634e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168446 s | Solve Time: 0.0148016 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.08e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.08e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.41e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00388355 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00783274
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0196e+09s, dt:1e+06s, Cycle: 420
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56997e+07, 1.56423e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03952e+10, 1.52116e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.10819e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03952e+10, 0 }, { 1.15639e+09, 1.52069e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120215
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.70e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.70e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.60935e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016758 s | Solve Time: 0.0164771 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.25e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.25e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.631e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166701 s | Solve Time: 0.0149424 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.53e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.53e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.93371e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016568 s | Solve Time: 0.0150774 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.90e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.90e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.93e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0129187 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00790287
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0206e+09s, dt:1e+06s, Cycle: 421
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56983e+07, 1.56423e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03943e+10, 1.52116e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.10883e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03943e+10, 0 }, { 1.1573e+09, 1.52069e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120779
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.68e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.68e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.1985e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161527 s | Solve Time: 0.0166055 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.46e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.46e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.57553e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165361 s | Solve Time: 0.0132384 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.42e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.42e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 8.58e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0117791 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00796386
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0216e+09s, dt:1e+06s, Cycle: 422
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56971e+07, 1.56423e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03936e+10, 1.52116e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.10961e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03936e+10, 0 }, { 1.15805e+09, 1.52069e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118986
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.67e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.67e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.18088e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168223 s | Solve Time: 0.0166038 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.42e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.42e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.18711e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168315 s | Solve Time: 0.0164787 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.50e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.50e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0021103 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00800477
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0226e+09s, dt:1e+06s, Cycle: 423
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56959e+07, 1.56423e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03928e+10, 1.52116e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11029e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03928e+10, 0 }, { 1.15883e+09, 1.52069e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117221
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.68e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.68e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.12536e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167847 s | Solve Time: 0.018006 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.17e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.17e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.96515e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168753 s | Solve Time: 0.0147403 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.97e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.97e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00110394 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00803258
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0236e+09s, dt:1e+06s, Cycle: 424
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56947e+07, 1.56424e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0392e+10, 1.52117e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.111e+09, 3.07309e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0392e+10, 0 }, { 1.15962e+09, 1.52069e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11723
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.68e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.68e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.91164e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016794 s | Solve Time: 0.0179564 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.11e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.11e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.78472e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016463 s | Solve Time: 0.0163229 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.93e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.93e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.78e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000626403 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00804149
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0246e+09s, dt:1e+06s, Cycle: 425
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56934e+07, 1.56424e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03912e+10, 1.52117e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11173e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03912e+10, 0 }, { 1.16044e+09, 1.52069e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121953
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.68e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.68e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.386e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162293 s | Solve Time: 0.0179546 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.35e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.35e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.28226e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166296 s | Solve Time: 0.0147136 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.89e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.89e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00083394 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00802461
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0256e+09s, dt:1e+06s, Cycle: 426
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56922e+07, 1.56424e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03903e+10, 1.52117e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11247e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03903e+10, 0 }, { 1.16129e+09, 1.52069e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120162
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.75216e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168351 s | Solve Time: 0.0182115 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.62e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.62e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.63347e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165591 s | Solve Time: 0.0163469 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.09e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.09e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.9505e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166363 s | Solve Time: 0.0162529 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.85e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.85e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.95e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00522574 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00797722
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0266e+09s, dt:1e+06s, Cycle: 427
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5691e+07, 1.56424e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03895e+10, 1.52117e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11328e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03895e+10, 0 }, { 1.16212e+09, 1.52069e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120595
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.9311e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016664 s | Solve Time: 0.0180416 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.39e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.39e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.33078e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163409 s | Solve Time: 0.0147254 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.85e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.85e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.33e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00415283 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00791185
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0276e+09s, dt:1e+06s, Cycle: 428
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56897e+07, 1.56424e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03887e+10, 1.52117e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11413e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03887e+10, 0 }, { 1.16294e+09, 1.52069e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124754
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.03167e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165861 s | Solve Time: 0.0180667 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.31e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.31e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.07049e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164396 s | Solve Time: 0.0148559 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.71e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.71e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.07e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000709653 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00781993
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0286e+09s, dt:1e+06s, Cycle: 429
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56885e+07, 1.56424e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03878e+10, 1.52117e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11492e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03878e+10, 0 }, { 1.16379e+09, 1.5207e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122939
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.01413e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166857 s | Solve Time: 0.0179783 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.18e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.18e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.57695e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170704 s | Solve Time: 0.0148639 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.44e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.44e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.58e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000893253 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00786298
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0296e+09s, dt:1e+06s, Cycle: 430
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56872e+07, 1.56424e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03869e+10, 1.52117e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11561e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03869e+10, 0 }, { 1.16466e+09, 1.5207e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121155
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.70e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.70e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.18392e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166028 s | Solve Time: 0.0181053 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.02e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.02e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.64728e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166167 s | Solve Time: 0.0163564 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.21e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.21e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.65e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00104157 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00789404
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0306e+09s, dt:1e+06s, Cycle: 431
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56859e+07, 1.56425e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0386e+10, 1.52117e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11622e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0386e+10, 0 }, { 1.16556e+09, 1.5207e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122075
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.70e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.70e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.64423e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016125 s | Solve Time: 0.0179103 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.10e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.10e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.43218e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167891 s | Solve Time: 0.0162862 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.85e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.85e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.43e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00116147 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00791184
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0316e+09s, dt:1e+06s, Cycle: 432
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56845e+07, 1.56425e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03851e+10, 1.52118e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11679e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03851e+10, 0 }, { 1.16649e+09, 1.5207e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120355
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.71e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.71e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.17229e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169873 s | Solve Time: 0.0180382 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.86e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.86e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.96817e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162918 s | Solve Time: 0.0164841 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.84e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.84e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00122893 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0079217
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0326e+09s, dt:1e+06s, Cycle: 433
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56831e+07, 1.56425e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03842e+10, 1.52118e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11723e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03842e+10, 0 }, { 1.16745e+09, 1.5207e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.128911
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.71e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.71e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.74567e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164016 s | Solve Time: 0.017872 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.23e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.23e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.58905e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163897 s | Solve Time: 0.0162001 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.09e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.09e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.36594e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163961 s | Solve Time: 0.0162033 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.33e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.33e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.37e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00632406 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00798027
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0336e+09s, dt:1e+06s, Cycle: 434
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56817e+07, 1.56425e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03832e+10, 1.52118e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11752e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03832e+10, 0 }, { 1.16838e+09, 1.5207e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.127081
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.71e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.71e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.91763e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163953 s | Solve Time: 0.0193394 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.44e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.44e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.63482e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0177496 s | Solve Time: 0.016517 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.73e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.73e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.50047e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164046 s | Solve Time: 0.0163307 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.48e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.48e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00376051 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00802675
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0346e+09s, dt:1e+06s, Cycle: 435
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56803e+07, 1.56425e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03823e+10, 1.52118e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11781e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03823e+10, 0 }, { 1.1693e+09, 1.5207e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123833
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.71e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.71e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.23976e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169681 s | Solve Time: 0.0180984 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.46e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.46e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.97322e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167463 s | Solve Time: 0.0162304 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.12e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.12e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.54601e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167873 s | Solve Time: 0.0161721 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.54e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.54e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.55e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00890395 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0080463
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0356e+09s, dt:1e+06s, Cycle: 436
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56791e+07, 1.56425e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03815e+10, 1.52118e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11825e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03815e+10, 0 }, { 1.17012e+09, 1.5207e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.133545
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.70e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.70e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.99559e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167044 s | Solve Time: 0.0164067 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.50e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.50e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.60824e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165105 s | Solve Time: 0.0163012 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.87e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.87e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.7779e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163933 s | Solve Time: 0.0163762 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.70e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.70e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.78e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00368675 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00806414
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0366e+09s, dt:1e+06s, Cycle: 437
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56778e+07, 1.56425e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03807e+10, 1.52118e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11873e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03807e+10, 0 }, { 1.17093e+09, 1.5207e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.127974
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.70e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.70e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.45883e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160019 s | Solve Time: 0.0163008 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.45e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.45e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.8648e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016766 s | Solve Time: 0.0146749 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.62e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.62e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.86e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00274354 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0080705
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0376e+09s, dt:1e+06s, Cycle: 438
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56766e+07, 1.56425e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03799e+10, 1.52118e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11924e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03799e+10, 0 }, { 1.17175e+09, 1.52071e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122541
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.70e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.70e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.98888e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165911 s | Solve Time: 0.0164318 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.34e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.34e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.13882e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169984 s | Solve Time: 0.0164857 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.85e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.85e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.40125e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.017198 s | Solve Time: 0.0148374 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.01e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.01e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.40e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00365826 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00806101
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0386e+09s, dt:1e+06s, Cycle: 439
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56754e+07, 1.56426e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03791e+10, 1.52119e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.11975e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03791e+10, 0 }, { 1.17256e+09, 1.52071e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.129585
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.70e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.70e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.69041e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166321 s | Solve Time: 0.0180555 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.53e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.53e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.22906e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164928 s | Solve Time: 0.0162417 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.15e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.15e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.62596e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164236 s | Solve Time: 0.0179618 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.73e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.73e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 2.63e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00838371 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00803648
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0396e+09s, dt:1e+06s, Cycle: 440
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56742e+07, 1.56426e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03783e+10, 1.52119e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12031e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03783e+10, 0 }, { 1.1733e+09, 1.52071e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122754
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.79047e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168644 s | Solve Time: 0.0181133 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.51e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.51e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.29433e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169667 s | Solve Time: 0.0163953 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.52e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.52e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00349403 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00804401
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0406e+09s, dt:1e+06s, Cycle: 441
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56731e+07, 1.56426e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03776e+10, 1.52119e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12081e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03776e+10, 0 }, { 1.17405e+09, 1.52071e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.127461
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.82665e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170943 s | Solve Time: 0.017993 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.60e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.60e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.51443e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167949 s | Solve Time: 0.0145637 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.91e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.91e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.51e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000942562 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0080723
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0416e+09s, dt:1e+06s, Cycle: 442
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5672e+07, 1.56426e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03768e+10, 1.52119e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12132e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03768e+10, 0 }, { 1.17482e+09, 1.52071e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122919
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.19647e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167663 s | Solve Time: 0.0179293 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.80e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.80e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.75224e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162281 s | Solve Time: 0.0164215 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.64e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.64e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.75e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0012199 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0080742
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0426e+09s, dt:1e+06s, Cycle: 443
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81064.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56708e+07, 1.56426e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0376e+10, 1.52119e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12184e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0376e+10, 0 }, { 1.17563e+09, 1.52071e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121553
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.20431e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162379 s | Solve Time: 0.0179895 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.55e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.55e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.57298e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166538 s | Solve Time: 0.0163823 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.87e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.87e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.57e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0014196 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00806393
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0436e+09s, dt:1e+06s, Cycle: 444
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56695e+07, 1.56426e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03751e+10, 1.52119e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12237e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03751e+10, 0 }, { 1.17647e+09, 1.52071e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.128492
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.82964e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167651 s | Solve Time: 0.0179589 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.03e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.03e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.7991e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166309 s | Solve Time: 0.0163193 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.42e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.42e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.80e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00157918 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0080796
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0446e+09s, dt:1e+06s, Cycle: 445
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56682e+07, 1.56426e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03743e+10, 1.52119e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12292e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03743e+10, 0 }, { 1.17735e+09, 1.52071e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121975
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.83393e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.017445 s | Solve Time: 0.0178408 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.94e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.94e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.5554e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164932 s | Solve Time: 0.0162604 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.66e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.66e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00172198 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00810919
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0456e+09s, dt:1e+06s, Cycle: 446
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56669e+07, 1.56426e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03733e+10, 1.5212e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12342e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03733e+10, 0 }, { 1.17827e+09, 1.52071e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120313
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.05433e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162845 s | Solve Time: 0.0179127 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.41e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.41e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.49568e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162949 s | Solve Time: 0.0163959 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.34e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.34e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00184225 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00812499
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0466e+09s, dt:1e+06s, Cycle: 447
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56655e+07, 1.56427e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03724e+10, 1.5212e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12373e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03724e+10, 0 }, { 1.17923e+09, 1.52071e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121373
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.08637e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169851 s | Solve Time: 0.0179845 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.92e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.92e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.73089e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168487 s | Solve Time: 0.0162739 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.63e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.63e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.20292e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171428 s | Solve Time: 0.016302 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.13e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.13e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00362115 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00812428
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0476e+09s, dt:1e+06s, Cycle: 448
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56641e+07, 1.56427e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03714e+10, 1.5212e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12398e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03714e+10, 0 }, { 1.18019e+09, 1.52072e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123358
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.68e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.68e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.17755e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0381522 s | Solve Time: 0.0292066 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.23e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.23e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.99945e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0337328 s | Solve Time: 0.0260377 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.25e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.25e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.00e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00199577 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00810902
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0486e+09s, dt:1e+06s, Cycle: 449
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56626e+07, 1.56427e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03704e+10, 1.5212e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12425e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03704e+10, 0 }, { 1.1812e+09, 1.52072e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123381
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.68e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.68e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.92876e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164927 s | Solve Time: 0.0165042 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.64e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.64e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.52045e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167998 s | Solve Time: 0.0162575 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.67e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.67e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.52e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00209008 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00807923
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0496e+09s, dt:400000s, Cycle: 450
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56611e+07, 1.56427e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03694e+10, 1.5212e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12452e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03694e+10, 0 }, { 1.18226e+09, 1.52072e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0490262
+compflowStatistics: Max component CFL number: 0.0151484
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.91049e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165836 s | Solve Time: 0.0130087 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.14e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.79869e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158602 s | Solve Time: 0.011282 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.82e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.82e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 6.80e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000855133 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00322567
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.05e+09s, dt:800000s, Cycle: 451
+Rank 29: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000029.hdf5
+Rank 28: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000028.hdf5
+Rank 30: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000030.hdf5
+Rank 24: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000024.hdf5
+Rank 31: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000031.hdf5
+Rank 0: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000000.hdf5
+Rank 1: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000001.hdf5
+Rank 25: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000025.hdf5
+Rank 2: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000002.hdf5
+Rank 26: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000026.hdf5
+Rank 3: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000003.hdf5
+Rank 27: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000027.hdf5
+Rank 4: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000004.hdf5
+Rank 5: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000005.hdf5
+Rank 6: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000006.hdf5
+Rank 7: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000007.hdf5
+Rank 8: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000008.hdf5
+Rank 9: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000009.hdf5
+Rank 10: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000010.hdf5
+Rank 11: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000011.hdf5
+Rank 12: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000012.hdf5
+Rank 13: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000013.hdf5
+Rank 14: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000014.hdf5
+Rank 15: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000015.hdf5
+Rank 16: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000016.hdf5
+Rank 17: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000017.hdf5
+Rank 18: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000018.hdf5
+Rank 19: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000019.hdf5
+Rank 20: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000020.hdf5
+Rank 21: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000021.hdf5
+Rank 22: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000022.hdf5
+Rank 23: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000451/rank_0000023.hdf5
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56604e+07, 1.56427e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03689e+10, 1.5212e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12459e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03689e+10, 0 }, { 1.18269e+09, 1.52072e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.100882
+compflowStatistics: Max component CFL number: 0.0302968
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.47091e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171661 s | Solve Time: 0.0148229 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.31e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.31e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 9.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.05428e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165377 s | Solve Time: 0.0132859 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.98e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.98e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 9.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00176722 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0064189
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0508e+09s, dt:1e+06s, Cycle: 452
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56591e+07, 1.56427e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0368e+10, 1.5212e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12471e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0368e+10, 0 }, { 1.18358e+09, 1.52072e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122033
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.67e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.67e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.18731e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0174662 s | Solve Time: 0.0181659 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.69e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.69e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.68764e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163826 s | Solve Time: 0.0150254 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.25e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.25e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.69e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00226089 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00796107
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0518e+09s, dt:1e+06s, Cycle: 453
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56574e+07, 1.56427e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03669e+10, 1.5212e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12488e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03669e+10, 0 }, { 1.18473e+09, 1.52072e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.130965
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.67e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.67e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.33533e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163989 s | Solve Time: 0.0165431 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.08e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.08e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.34e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.36736e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164697 s | Solve Time: 0.0172665 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.23e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.23e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.37e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00231114 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00788489
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0528e+09s, dt:1e+06s, Cycle: 454
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56557e+07, 1.56427e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03657e+10, 1.52121e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12505e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03657e+10, 0 }, { 1.18593e+09, 1.52072e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.126971
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.67e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.67e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.2356e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0182504 s | Solve Time: 0.0185344 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.52e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.52e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.23826e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163286 s | Solve Time: 0.0164233 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.37e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.37e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.24e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0023879 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00779395
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0538e+09s, dt:1e+06s, Cycle: 455
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56538e+07, 1.56428e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03644e+10, 1.52121e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12521e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03644e+10, 0 }, { 1.18719e+09, 1.52072e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121677
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.66e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.66e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.27655e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162243 s | Solve Time: 0.0180632 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.98e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.98e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.62704e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164941 s | Solve Time: 0.016678 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.53e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.53e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.90953e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166352 s | Solve Time: 0.0166035 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.61e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.61e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00310237 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00768276
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0548e+09s, dt:1e+06s, Cycle: 456
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5652e+07, 1.56428e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03632e+10, 1.52121e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12542e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03632e+10, 0 }, { 1.18846e+09, 1.52072e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.130576
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.65e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.65e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.17005e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164944 s | Solve Time: 0.0183502 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.57e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.57e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.22303e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166302 s | Solve Time: 0.0182863 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.44e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.44e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.35238e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168258 s | Solve Time: 0.0182701 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.73e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.73e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.35e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0107766 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0077254
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0558e+09s, dt:1e+06s, Cycle: 457
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56503e+07, 1.56428e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0362e+10, 1.52121e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.1258e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0362e+10, 0 }, { 1.18957e+09, 1.52073e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122832
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.63e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.63e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.44802e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167007 s | Solve Time: 0.0182891 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.18e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.18e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.45e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.13826e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01675 s | Solve Time: 0.0182284 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.26e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.26e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.78279e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166667 s | Solve Time: 0.0182516 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.34e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.34e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.78e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0066061 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00780718
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0568e+09s, dt:1e+06s, Cycle: 458
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56487e+07, 1.56428e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0361e+10, 1.52121e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.1263e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0361e+10, 0 }, { 1.19062e+09, 1.52073e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.131413
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.62e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.62e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.94906e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016954 s | Solve Time: 0.0182359 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.79e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.79e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.73056e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166192 s | Solve Time: 0.0165126 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.66e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.66e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00187894 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00786307
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0578e+09s, dt:1e+06s, Cycle: 459
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81064.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5647e+07, 1.56428e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03599e+10, 1.52122e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12683e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03599e+10, 0 }, { 1.19169e+09, 1.52073e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120956
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.62e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.62e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.69571e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161127 s | Solve Time: 0.018236 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.57e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.57e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.08233e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166149 s | Solve Time: 0.0149639 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.08e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00105597 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00790244
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0588e+09s, dt:1e+06s, Cycle: 460
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56454e+07, 1.56429e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03588e+10, 1.52122e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12738e+09, 3.0731e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03588e+10, 0 }, { 1.19281e+09, 1.52073e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.128576
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.62e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.62e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.1954e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170325 s | Solve Time: 0.0181464 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.53e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.53e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.06873e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165745 s | Solve Time: 0.0183758 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.39e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.39e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.57782e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168701 s | Solve Time: 0.016564 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.02e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.02e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.58e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0031479 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00791708
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0598e+09s, dt:1e+06s, Cycle: 461
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56438e+07, 1.56429e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03577e+10, 1.52122e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12803e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03577e+10, 0 }, { 1.19388e+09, 1.52073e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118272
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.60e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.60e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.98461e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163631 s | Solve Time: 0.0164623 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.11e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.11e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.98e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.45355e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163698 s | Solve Time: 0.0166159 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.97e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.97e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.45e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0101243 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00791013
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0608e+09s, dt:1e+06s, Cycle: 462
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56423e+07, 1.56429e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03568e+10, 1.52122e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12885e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03568e+10, 0 }, { 1.19484e+09, 1.52073e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122055
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.60e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.60e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.10365e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162061 s | Solve Time: 0.016539 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.80e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.80e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.18056e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.017 s | Solve Time: 0.0165582 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.22e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.22e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.29414e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166485 s | Solve Time: 0.0147885 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.13e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.13e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00913158 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00787751
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0618e+09s, dt:1e+06s, Cycle: 463
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56409e+07, 1.56429e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03558e+10, 1.52122e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.12976e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03558e+10, 0 }, { 1.19576e+09, 1.52073e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118651
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.58e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.58e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.18985e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168241 s | Solve Time: 0.0181517 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.22e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.22e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.2502e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166128 s | Solve Time: 0.0197442 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.97e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.97e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 5.25e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00465229 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00781003
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0628e+09s, dt:1e+06s, Cycle: 464
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56395e+07, 1.56429e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03549e+10, 1.52122e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.13074e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03549e+10, 0 }, { 1.19668e+09, 1.52073e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120515
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.58e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.58e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.74779e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165714 s | Solve Time: 0.0182021 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.94e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.94e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.41408e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162804 s | Solve Time: 0.0164282 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.06e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.06e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.21466e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163751 s | Solve Time: 0.0165275 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.29e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.29e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00961682 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00768583
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0638e+09s, dt:1e+06s, Cycle: 465
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56381e+07, 1.56429e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03541e+10, 1.52123e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.13176e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03541e+10, 0 }, { 1.19756e+09, 1.52074e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.119958
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.57e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.57e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.57239e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163835 s | Solve Time: 0.0180229 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.21e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.21e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.00203e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016479 s | Solve Time: 0.0150022 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.23e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.23e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.00e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00326694 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00762589
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0648e+09s, dt:1e+06s, Cycle: 466
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56368e+07, 1.56429e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03532e+10, 1.52123e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.13261e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03532e+10, 0 }, { 1.19845e+09, 1.52074e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.128632
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.56e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.56e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.27852e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016607 s | Solve Time: 0.0166149 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.74e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.74e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.75683e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016738 s | Solve Time: 0.0165543 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.37e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.37e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00069502 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00762656
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0658e+09s, dt:1e+06s, Cycle: 467
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56354e+07, 1.5643e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03522e+10, 1.52123e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.1334e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03522e+10, 0 }, { 1.19938e+09, 1.52074e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.128601
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.56e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.56e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.48801e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164145 s | Solve Time: 0.0183181 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.14e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.14e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.49e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.14576e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163556 s | Solve Time: 0.0166601 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.92e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.92e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.15e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000963955 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00761237
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0668e+09s, dt:1e+06s, Cycle: 468
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56339e+07, 1.5643e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03513e+10, 1.52123e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.13421e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03513e+10, 0 }, { 1.20035e+09, 1.52074e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.127569
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.55e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.55e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.83247e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016231 s | Solve Time: 0.0183643 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.33e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.33e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.21556e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164632 s | Solve Time: 0.016477 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.73e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.73e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.22e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00114869 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00758087
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0678e+09s, dt:1e+06s, Cycle: 469
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56325e+07, 1.5643e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03503e+10, 1.52123e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.135e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03503e+10, 0 }, { 1.20135e+09, 1.52074e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.125361
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.55e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.55e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.79283e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016551 s | Solve Time: 0.0164654 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.71e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.71e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.003e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164089 s | Solve Time: 0.014873 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.12e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.12e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.00e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00125627 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00753616
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0688e+09s, dt:1e+06s, Cycle: 470
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56309e+07, 1.5643e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03492e+10, 1.52123e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.13569e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03492e+10, 0 }, { 1.20239e+09, 1.52074e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.136009
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.55e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.55e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.39811e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165287 s | Solve Time: 0.0166781 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.05e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.05e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.37578e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163277 s | Solve Time: 0.0165236 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.32e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.32e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.11676e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161975 s | Solve Time: 0.014962 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.85e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.85e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.12e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00953266 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00747735
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0698e+09s, dt:1e+06s, Cycle: 471
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56295e+07, 1.5643e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03482e+10, 1.52124e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.13645e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03482e+10, 0 }, { 1.20338e+09, 1.52074e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.131516
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.54e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.54e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.57335e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160249 s | Solve Time: 0.0168717 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.62e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.62e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.4473e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162332 s | Solve Time: 0.0147914 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.26e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.26e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.45e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00159084 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0074096
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0708e+09s, dt:1e+06s, Cycle: 472
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5628e+07, 1.5643e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03472e+10, 1.52124e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.13701e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03472e+10, 0 }, { 1.2044e+09, 1.52074e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.142577
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.54e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.54e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.31065e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162416 s | Solve Time: 0.018317 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.38e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.38e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.15952e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163918 s | Solve Time: 0.015054 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.05e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.05e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00100947 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00741144
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0718e+09s, dt:1e+06s, Cycle: 473
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56264e+07, 1.5643e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03462e+10, 1.52124e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.13751e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03462e+10, 0 }, { 1.20545e+09, 1.52075e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.134629
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.53e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.53e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.83701e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163701 s | Solve Time: 0.016541 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.17406e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163738 s | Solve Time: 0.0166649 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.60e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.60e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.32718e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160638 s | Solve Time: 0.0147521 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.04e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.04e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.33e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0113485 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0075151
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0728e+09s, dt:1e+06s, Cycle: 474
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56249e+07, 1.56431e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03452e+10, 1.52124e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.13811e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03452e+10, 0 }, { 1.20645e+09, 1.52075e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.125117
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.39106e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161917 s | Solve Time: 0.0164626 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.21e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.21e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.78054e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164085 s | Solve Time: 0.0147534 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.33e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.33e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.78e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00106475 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00762109
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0738e+09s, dt:1e+06s, Cycle: 475
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56234e+07, 1.56431e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03441e+10, 1.52124e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.13863e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03441e+10, 0 }, { 1.20747e+09, 1.52075e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.131767
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.23981e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163194 s | Solve Time: 0.0180836 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.92e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.92e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.7086e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161849 s | Solve Time: 0.016498 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.67e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.67e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000927522 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00771436
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0748e+09s, dt:1e+06s, Cycle: 476
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.935e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56218e+07, 1.56431e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03431e+10, 1.52124e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.13908e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03431e+10, 0 }, { 1.20854e+09, 1.52075e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117686
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.56013e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016281 s | Solve Time: 0.0179903 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.87e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.87e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.52084e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163527 s | Solve Time: 0.0164345 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.70e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.70e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.52e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00103879 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00779616
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0758e+09s, dt:1e+06s, Cycle: 477
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56202e+07, 1.56431e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0342e+10, 1.52125e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.13948e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0342e+10, 0 }, { 1.20964e+09, 1.52075e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124243
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.24471e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160878 s | Solve Time: 0.0184337 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.26e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.26e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.60783e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162349 s | Solve Time: 0.0163894 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.49e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.49e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.61e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00113851 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00786823
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0768e+09s, dt:1e+06s, Cycle: 478
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56185e+07, 1.56431e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03408e+10, 1.52125e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.13987e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03408e+10, 0 }, { 1.21078e+09, 1.52075e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.131444
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.87591e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166887 s | Solve Time: 0.0181081 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.04e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.04e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.88e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.77507e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168916 s | Solve Time: 0.016465 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.14e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.78e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00124378 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00792607
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0778e+09s, dt:1e+06s, Cycle: 479
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56168e+07, 1.56431e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03397e+10, 1.52125e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14021e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03397e+10, 0 }, { 1.21196e+09, 1.52075e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11527
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.56452e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164817 s | Solve Time: 0.0180931 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.35e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.35e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.30795e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165007 s | Solve Time: 0.0166168 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.04e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.04e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.87756e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165294 s | Solve Time: 0.0164511 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.68e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.68e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.88e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00291007 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0079703
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0788e+09s, dt:1e+06s, Cycle: 480
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5615e+07, 1.56432e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03385e+10, 1.52125e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14054e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03385e+10, 0 }, { 1.21313e+09, 1.52075e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121221
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.1919e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165085 s | Solve Time: 0.0181288 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.01e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.01e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.2321e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167152 s | Solve Time: 0.0181104 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.05e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.05e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.23e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00122492 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00800256
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0798e+09s, dt:1e+06s, Cycle: 481
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56132e+07, 1.56432e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03373e+10, 1.52125e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14084e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03373e+10, 0 }, { 1.21433e+09, 1.52076e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.107496
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.53e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.53e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.83192e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016467 s | Solve Time: 0.0163589 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.46e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.46e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.53621e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164136 s | Solve Time: 0.0165503 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.12e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.12e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.54e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00130032 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00802288
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0808e+09s, dt:1e+06s, Cycle: 482
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56114e+07, 1.56432e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0336e+10, 1.52125e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14106e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0336e+10, 0 }, { 1.21557e+09, 1.52076e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11146
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.53e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.53e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.26041e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167666 s | Solve Time: 0.0181599 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.63e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.63e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.97084e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165675 s | Solve Time: 0.0181138 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.47e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.47e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.97082e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165969 s | Solve Time: 0.0165712 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.63e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.63e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00889499 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00802524
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0818e+09s, dt:1e+06s, Cycle: 483
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56096e+07, 1.56432e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03348e+10, 1.52126e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14135e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03348e+10, 0 }, { 1.21677e+09, 1.52076e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113525
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.94606e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161071 s | Solve Time: 0.0181906 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.20e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.20e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.4652e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163372 s | Solve Time: 0.0166016 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.32e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.32e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0061789 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00801725
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0828e+09s, dt:1e+06s, Cycle: 484
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56079e+07, 1.56432e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03337e+10, 1.52126e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.1416e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03337e+10, 0 }, { 1.21794e+09, 1.52076e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117092
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.40404e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167049 s | Solve Time: 0.0182065 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.59e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.59e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.89222e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166538 s | Solve Time: 0.0163802 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.00e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.00e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.29347e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169181 s | Solve Time: 0.0166498 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.94e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00764007 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00799416
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0838e+09s, dt:1e+06s, Cycle: 485
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56061e+07, 1.56432e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03325e+10, 1.52126e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14192e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03325e+10, 0 }, { 1.2191e+09, 1.52076e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111986
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.18099e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164568 s | Solve Time: 0.0181438 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.40e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.40e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.99917e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165705 s | Solve Time: 0.0181268 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.48e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.48e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.33359e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163375 s | Solve Time: 0.018138 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.33e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00512574 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0080336
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0848e+09s, dt:1e+06s, Cycle: 486
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56045e+07, 1.56433e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03314e+10, 1.52126e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14234e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03314e+10, 0 }, { 1.22018e+09, 1.52076e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114076
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.51e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.51e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.63075e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160717 s | Solve Time: 0.0181903 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.51e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.51e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.34289e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168319 s | Solve Time: 0.015018 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.62e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.62e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.34e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00538806 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0080711
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0858e+09s, dt:1e+06s, Cycle: 487
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56029e+07, 1.56433e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03304e+10, 1.52126e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14284e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03304e+10, 0 }, { 1.22123e+09, 1.52076e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110827
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.58712e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164525 s | Solve Time: 0.0182323 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.22e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.22e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.35622e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165987 s | Solve Time: 0.0165107 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.39e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.39e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000892593 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00809396
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0868e+09s, dt:1e+06s, Cycle: 488
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56012e+07, 1.56433e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03293e+10, 1.52127e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14335e+09, 3.07311e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03293e+10, 0 }, { 1.22233e+09, 1.52077e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111856
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.05639e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170335 s | Solve Time: 0.0182471 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.35e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.35e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.92896e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164029 s | Solve Time: 0.0164218 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.72e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.72e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.56623e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161529 s | Solve Time: 0.0163071 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.46e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.46e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.57e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00177884 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00810239
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0878e+09s, dt:1e+06s, Cycle: 489
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55996e+07, 1.56433e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03282e+10, 1.52127e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14389e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03282e+10, 0 }, { 1.22344e+09, 1.52077e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113143
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.58369e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160271 s | Solve Time: 0.0181148 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.30e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.30e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.21743e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164928 s | Solve Time: 0.0201661 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.67e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.67e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.91515e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167175 s | Solve Time: 0.0182068 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.46e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.46e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.92e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0060029 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00809591
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0888e+09s, dt:1e+06s, Cycle: 490
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5598e+07, 1.56433e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03271e+10, 1.52127e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14452e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03271e+10, 0 }, { 1.22452e+09, 1.52077e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114043
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.51e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.51e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.59561e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166417 s | Solve Time: 0.0181379 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.55e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.55e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.75773e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016491 s | Solve Time: 0.0164015 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.24e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.24e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00334349 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00807422
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0898e+09s, dt:1e+06s, Cycle: 491
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55963e+07, 1.56433e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0326e+10, 1.52127e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14518e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0326e+10, 0 }, { 1.2256e+09, 1.52077e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111645
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.59415e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163298 s | Solve Time: 0.0181796 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.67e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.67e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.79563e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164799 s | Solve Time: 0.0182223 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.75e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.75e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.26107e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161551 s | Solve Time: 0.0164516 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.90e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.90e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.26e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00697809 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00802869
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0908e+09s, dt:1e+06s, Cycle: 492
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55947e+07, 1.56434e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03249e+10, 1.52127e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14588e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03249e+10, 0 }, { 1.22667e+09, 1.52077e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113199
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.51e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.51e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.66336e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165061 s | Solve Time: 0.0181548 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.64e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.64e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.25503e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163958 s | Solve Time: 0.0196673 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.09e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.09e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.82406e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164431 s | Solve Time: 0.0164116 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.23e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.23e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.82e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00402137 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00797444
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0918e+09s, dt:1e+06s, Cycle: 493
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55932e+07, 1.56434e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03239e+10, 1.52127e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14671e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03239e+10, 0 }, { 1.22766e+09, 1.52077e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11165
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.50e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.50e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.06222e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163314 s | Solve Time: 0.018066 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.61e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.61e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.30518e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01648 s | Solve Time: 0.0165375 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.24e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.24e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.31e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00470336 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00791215
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0928e+09s, dt:1e+06s, Cycle: 494
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55918e+07, 1.56434e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0323e+10, 1.52128e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14752e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0323e+10, 0 }, { 1.22862e+09, 1.52077e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114254
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.50e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.50e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.96222e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170406 s | Solve Time: 0.0182201 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.48e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.48e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.72769e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160159 s | Solve Time: 0.0164604 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.78e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.78e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00124866 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00783463
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0938e+09s, dt:1e+06s, Cycle: 495
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55903e+07, 1.56434e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0322e+10, 1.52128e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14834e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0322e+10, 0 }, { 1.22961e+09, 1.52077e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112704
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.51e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.51e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.36931e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163135 s | Solve Time: 0.0181595 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.20e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.20e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.50204e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163753 s | Solve Time: 0.0164526 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.83e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.83e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00156619 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00774129
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0948e+09s, dt:1e+06s, Cycle: 496
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55888e+07, 1.56434e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0321e+10, 1.52128e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14918e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0321e+10, 0 }, { 1.23064e+09, 1.52078e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115932
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.51e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.51e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.29162e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016692 s | Solve Time: 0.0180714 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.28e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.28e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.9247e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166374 s | Solve Time: 0.0181669 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.62e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.62e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.92e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00178688 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00778652
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0958e+09s, dt:1e+06s, Cycle: 497
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55872e+07, 1.56434e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03199e+10, 1.52128e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.15e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03199e+10, 0 }, { 1.2317e+09, 1.52078e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114358
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.51e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.51e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.52364e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016226 s | Solve Time: 0.0181197 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.35e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.35e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.87365e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162927 s | Solve Time: 0.016553 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.18e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.18e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.87e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00357691 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00783549
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0968e+09s, dt:1e+06s, Cycle: 498
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55856e+07, 1.56434e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03188e+10, 1.52128e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.15082e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03188e+10, 0 }, { 1.23277e+09, 1.52078e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116777
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.50e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.50e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.43809e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165685 s | Solve Time: 0.0180839 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.96e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.96e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.44e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.60967e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016481 s | Solve Time: 0.0164044 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.92e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.92e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.61e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00760997 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0078688
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0978e+09s, dt:1e+06s, Cycle: 499
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55841e+07, 1.56435e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03178e+10, 1.52128e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.15171e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03178e+10, 0 }, { 1.2338e+09, 1.52078e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115207
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.50e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.50e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.32716e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167111 s | Solve Time: 0.0180293 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.58e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.58e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.55078e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164748 s | Solve Time: 0.018283 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.89e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.89e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.8197e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164361 s | Solve Time: 0.0166187 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.56e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.56e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.82e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0125593 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00788219
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0988e+09s, dt:1e+06s, Cycle: 500
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55826e+07, 1.56435e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03169e+10, 1.52129e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.15269e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03169e+10, 0 }, { 1.23474e+09, 1.52078e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118505
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.49e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.49e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.85652e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162909 s | Solve Time: 0.0182544 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.09e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.86e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.59675e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164747 s | Solve Time: 0.0164055 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.16e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.16e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.60e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00210209 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00789297
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.0998e+09s, dt:200000s, Cycle: 501
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55812e+07, 1.56435e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03159e+10, 1.52129e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.15366e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03159e+10, 0 }, { 1.2357e+09, 1.52078e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0233822
+compflowStatistics: Max component CFL number: 0.00757421
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.99e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.99e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 6 | Final Rel Res: 9.5545e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158033 s | Solve Time: 0.00982269 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.22e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.22e-05 ) ;
+ Last LinSolve(iter,res) = ( 6, 9.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 3.82036e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159421 s | Solve Time: 0.0113603 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.12e-11 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.12e-11 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 3.82e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000209605 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0015786
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1e+09s, dt:400000s, Cycle: 502
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55809e+07, 1.56435e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03157e+10, 1.52129e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.15384e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03157e+10, 0 }, { 1.2359e+09, 1.52078e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0466372
+compflowStatistics: Max component CFL number: 0.0151484
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.40e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.40e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.84577e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163136 s | Solve Time: 0.0114721 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 6.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.33584e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162691 s | Solve Time: 0.0131523 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.19e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.19e-05 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.34e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.80203e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165596 s | Solve Time: 0.0131967 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.22e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.22e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.80e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00298082 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00315667
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1004e+09s, dt:800000s, Cycle: 503
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55803e+07, 1.56435e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03153e+10, 1.52129e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.15423e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03153e+10, 0 }, { 1.23628e+09, 1.52078e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0958237
+compflowStatistics: Max component CFL number: 0.0302968
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.79e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.79e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.92284e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160966 s | Solve Time: 0.0148033 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.57e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.57e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 5.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.24319e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161653 s | Solve Time: 0.0145382 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.28e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.28e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 6.24e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00246598 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00630442
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1012e+09s, dt:1e+06s, Cycle: 504
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55792e+07, 1.56435e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03146e+10, 1.52129e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.15492e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03146e+10, 0 }, { 1.23706e+09, 1.52078e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118504
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.49e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.49e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.40982e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165025 s | Solve Time: 0.0166666 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.33e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.33e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.02324e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166837 s | Solve Time: 0.014766 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.46e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.46e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.02e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00180225 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00785591
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1022e+09s, dt:1e+06s, Cycle: 505
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55777e+07, 1.56435e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03135e+10, 1.52129e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.15564e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03135e+10, 0 }, { 1.23806e+09, 1.52078e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121895
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.49e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.49e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.59946e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162207 s | Solve Time: 0.0163953 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.41e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.41e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.44123e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164032 s | Solve Time: 0.0181205 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.98e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.98e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.44e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.40802e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162787 s | Solve Time: 0.014708 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.44e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.44e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.41e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00273718 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00781093
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1032e+09s, dt:1e+06s, Cycle: 506
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55762e+07, 1.56435e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03126e+10, 1.52129e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.15642e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03126e+10, 0 }, { 1.23906e+09, 1.52079e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120275
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.48e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.48e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.3336e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0175921 s | Solve Time: 0.0176567 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.44e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.44e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.55244e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161769 s | Solve Time: 0.014809 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.89e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.89e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.55e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00757836 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00774588
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1042e+09s, dt:1e+06s, Cycle: 507
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55748e+07, 1.56436e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03116e+10, 1.52129e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.1573e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03116e+10, 0 }, { 1.24e+09, 1.52079e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118675
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.48e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.48e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.31323e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162738 s | Solve Time: 0.0179017 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.97e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.97e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.32439e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172294 s | Solve Time: 0.0149583 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.99e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.99e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 7.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.86511e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016403 s | Solve Time: 0.0164926 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.83e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.83e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.87e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00549396 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00766363
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1052e+09s, dt:1e+06s, Cycle: 508
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55733e+07, 1.56436e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03107e+10, 1.5213e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.15826e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03107e+10, 0 }, { 1.24093e+09, 1.52079e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12072
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.46835e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165879 s | Solve Time: 0.0180888 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.62e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.62e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.13845e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164172 s | Solve Time: 0.0165317 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.93e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.93e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00655035 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00756745
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1062e+09s, dt:1e+06s, Cycle: 509
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5572e+07, 1.56436e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03098e+10, 1.5213e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.15927e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03098e+10, 0 }, { 1.24184e+09, 1.52079e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12416
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.30391e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164243 s | Solve Time: 0.0181035 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.27e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.27e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.04927e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159556 s | Solve Time: 0.0163849 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.42e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.42e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00157316 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0074735
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1072e+09s, dt:1e+06s, Cycle: 510
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55706e+07, 1.56436e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03088e+10, 1.5213e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.16018e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03088e+10, 0 }, { 1.24277e+09, 1.52079e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122524
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.61596e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166029 s | Solve Time: 0.0181078 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.31289e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016296 s | Solve Time: 0.016391 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.68e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.68e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.24163e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016379 s | Solve Time: 0.0182565 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.75e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.75e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.24e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0105853 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00735731
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1082e+09s, dt:1e+06s, Cycle: 511
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55693e+07, 1.56436e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0308e+10, 1.5213e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.16123e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0308e+10, 0 }, { 1.24361e+09, 1.52079e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120909
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.61812e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163063 s | Solve Time: 0.0180782 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.62e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.62e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.56778e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161821 s | Solve Time: 0.0148356 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.08e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.08e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.57e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00429754 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00723892
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1092e+09s, dt:1e+06s, Cycle: 512
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81065.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55681e+07, 1.56436e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03072e+10, 1.5213e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.16221e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03072e+10, 0 }, { 1.24443e+09, 1.52079e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122768
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.22945e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163295 s | Solve Time: 0.0180109 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.89e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.89e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.9799e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162239 s | Solve Time: 0.0183006 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.02e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.02e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.98e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.84949e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166685 s | Solve Time: 0.0183077 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.13e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.13e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.85e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00114932 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00711074
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1102e+09s, dt:1e+06s, Cycle: 513
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55668e+07, 1.56436e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03063e+10, 1.5213e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.16313e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03063e+10, 0 }, { 1.24528e+09, 1.52079e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.126243
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.5637e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162854 s | Solve Time: 0.0182611 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.91e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.91e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.76873e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01612 s | Solve Time: 0.0164188 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.77e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.77e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.77e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00337291 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00697074
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1112e+09s, dt:1e+06s, Cycle: 514
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55655e+07, 1.56437e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03055e+10, 1.5213e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.16399e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03055e+10, 0 }, { 1.24613e+09, 1.52079e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124596
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.99018e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016501 s | Solve Time: 0.0180895 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.62e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.62e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.50497e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167826 s | Solve Time: 0.0181039 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.11e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.11e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000925038 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00697187
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1122e+09s, dt:1e+06s, Cycle: 515
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55642e+07, 1.56437e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03046e+10, 1.52131e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.16477e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03046e+10, 0 }, { 1.24701e+09, 1.5208e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122971
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.5167e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016336 s | Solve Time: 0.018024 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.60e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.60e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.25586e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161863 s | Solve Time: 0.0148543 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.43e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.43e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.26e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0110648 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00705996
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1132e+09s, dt:1e+06s, Cycle: 516
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5563e+07, 1.56437e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03038e+10, 1.52131e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.16551e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03038e+10, 0 }, { 1.24782e+09, 1.5208e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121368
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.45e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.45e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.5486e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167279 s | Solve Time: 0.0182311 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.09e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.64983e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166683 s | Solve Time: 0.0165405 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.89e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.89e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.65e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000765656 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00714954
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1142e+09s, dt:1e+06s, Cycle: 517
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55617e+07, 1.56437e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0303e+10, 1.52131e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.16615e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0303e+10, 0 }, { 1.24865e+09, 1.5208e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123048
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.10718e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165332 s | Solve Time: 0.0182086 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.31e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.31e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.85903e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163539 s | Solve Time: 0.0147633 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.39e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.39e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.86e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000906699 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00722799
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1152e+09s, dt:1e+06s, Cycle: 518
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55604e+07, 1.56437e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03021e+10, 1.52131e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.16672e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03021e+10, 0 }, { 1.24952e+09, 1.5208e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.126488
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.35092e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016669 s | Solve Time: 0.0179823 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.86e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.86e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.94843e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016742 s | Solve Time: 0.0163861 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.24e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.24e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.95e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00113006 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00729462
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1162e+09s, dt:1e+06s, Cycle: 519
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55591e+07, 1.56437e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03012e+10, 1.52131e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.16726e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03012e+10, 0 }, { 1.25041e+09, 1.5208e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124853
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.19942e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0178857 s | Solve Time: 0.0183382 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.05e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.05e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.69471e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163315 s | Solve Time: 0.0164463 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.28e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.28e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.76286e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163836 s | Solve Time: 0.0165028 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.19e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.19e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0102792 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00734844
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1172e+09s, dt:1e+06s, Cycle: 520
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55579e+07, 1.56437e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03004e+10, 1.52131e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.16785e+09, 3.07312e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03004e+10, 0 }, { 1.25125e+09, 1.5208e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123241
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.34893e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164411 s | Solve Time: 0.0181206 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.97e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.97e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.47873e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016731 s | Solve Time: 0.0164755 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.15e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.15e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.48e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.001886 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00739257
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1182e+09s, dt:1e+06s, Cycle: 521
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55566e+07, 1.56437e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02995e+10, 1.52131e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.16837e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02995e+10, 0 }, { 1.2521e+09, 1.5208e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124741
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.19379e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159903 s | Solve Time: 0.0181474 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.03e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.03e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.91274e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163237 s | Solve Time: 0.0196647 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.97e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.97e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 5.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000906657 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00742572
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1192e+09s, dt:1e+06s, Cycle: 522
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55553e+07, 1.56438e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02986e+10, 1.52132e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.1689e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02986e+10, 0 }, { 1.25298e+09, 1.5208e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123159
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.30766e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163358 s | Solve Time: 0.0214402 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.10e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.10e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.9652e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161998 s | Solve Time: 0.0164078 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.49e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.49e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0011011 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00744547
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1202e+09s, dt:1e+06s, Cycle: 523
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55539e+07, 1.56438e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02977e+10, 1.52132e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.16939e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02977e+10, 0 }, { 1.25389e+09, 1.5208e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.126535
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.12317e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163107 s | Solve Time: 0.0196437 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.75e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.75e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 9.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.74715e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162012 s | Solve Time: 0.0179807 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.00e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.00e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.13837e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016691 s | Solve Time: 0.0163666 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.00e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.00e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 9.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00700712 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00748007
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1212e+09s, dt:1e+06s, Cycle: 524
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55527e+07, 1.56438e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02969e+10, 1.52132e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.16991e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02969e+10, 0 }, { 1.25474e+09, 1.5208e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124913
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.38199e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159648 s | Solve Time: 0.0195456 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.05e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.05e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.48512e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159547 s | Solve Time: 0.0162439 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.07e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.07e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 9.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00536223 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00757207
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1222e+09s, dt:1e+06s, Cycle: 525
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55514e+07, 1.56438e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02961e+10, 1.52132e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17034e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02961e+10, 0 }, { 1.25554e+09, 1.52081e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123313
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.85608e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161121 s | Solve Time: 0.0178297 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.72e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.72e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.86e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.20711e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163295 s | Solve Time: 0.0165623 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.41e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.41e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000688813 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00765778
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1232e+09s, dt:1e+06s, Cycle: 526
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55502e+07, 1.56438e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02952e+10, 1.52132e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17068e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02952e+10, 0 }, { 1.25637e+09, 1.52081e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124649
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.99057e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163822 s | Solve Time: 0.0198456 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.20e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.20e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.20886e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163708 s | Solve Time: 0.0180104 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.31e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.31e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000759477 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00775301
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1242e+09s, dt:1e+06s, Cycle: 527
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55489e+07, 1.56438e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02944e+10, 1.52132e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17103e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02944e+10, 0 }, { 1.25722e+09, 1.52081e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123084
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.07031e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162664 s | Solve Time: 0.0198862 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.34e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.34e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.8912e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160333 s | Solve Time: 0.0181754 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.36e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.36e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 9.89e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00168531 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00783548
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1252e+09s, dt:1e+06s, Cycle: 528
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55477e+07, 1.56438e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02935e+10, 1.52132e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.1714e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02935e+10, 0 }, { 1.25809e+09, 1.52081e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.126375
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.25752e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160719 s | Solve Time: 0.0197751 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.66e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.66e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.38583e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163984 s | Solve Time: 0.0181164 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.41e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.41e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 7.39e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00962266 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00789884
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1262e+09s, dt:1e+06s, Cycle: 529
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55464e+07, 1.56438e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02927e+10, 1.52132e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17187e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02927e+10, 0 }, { 1.2589e+09, 1.52081e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124773
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.53013e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162856 s | Solve Time: 0.0196828 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.86e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.86e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.79691e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162423 s | Solve Time: 0.0148379 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.06e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.06e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.80e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000835338 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00795904
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1272e+09s, dt:1e+06s, Cycle: 530
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55452e+07, 1.56439e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02919e+10, 1.52133e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17229e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02919e+10, 0 }, { 1.25975e+09, 1.52081e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123194
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.21759e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164262 s | Solve Time: 0.0180404 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.87e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.87e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.45537e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163087 s | Solve Time: 0.0147911 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.99e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.99e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.46e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000889725 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0080045
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1282e+09s, dt:1e+06s, Cycle: 531
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55439e+07, 1.56439e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0291e+10, 1.52133e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17265e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0291e+10, 0 }, { 1.26062e+09, 1.52081e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12164
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.48e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.48e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.53046e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016439 s | Solve Time: 0.0197528 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.99e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.99e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.08559e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159517 s | Solve Time: 0.0203999 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.49e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.49e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.97113e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161947 s | Solve Time: 0.0163584 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.16e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.16e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 9.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0090401 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00803385
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1292e+09s, dt:1e+06s, Cycle: 532
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55427e+07, 1.56439e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02902e+10, 1.52133e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17313e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02902e+10, 0 }, { 1.26141e+09, 1.52081e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122825
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.50811e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163175 s | Solve Time: 0.0180013 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.81e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.81e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.46127e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164915 s | Solve Time: 0.016377 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.99e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.99e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.46e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00200611 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00805399
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1302e+09s, dt:1e+06s, Cycle: 533
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55415e+07, 1.56439e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02894e+10, 1.52133e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17365e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02894e+10, 0 }, { 1.26221e+09, 1.52081e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.126025
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.9331e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162191 s | Solve Time: 0.0181732 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.38e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.38e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.66081e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161328 s | Solve Time: 0.0197009 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.25e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.25e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.91434e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161885 s | Solve Time: 0.0147013 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.75e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.75e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00117927 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00806085
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1312e+09s, dt:1e+06s, Cycle: 534
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55403e+07, 1.56439e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02886e+10, 1.52133e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.1742e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02886e+10, 0 }, { 1.26301e+09, 1.52081e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124445
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.05601e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160798 s | Solve Time: 0.0164125 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.10e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.10e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.52107e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165511 s | Solve Time: 0.0180473 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.13e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.13e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.11272e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161388 s | Solve Time: 0.016405 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.44e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.44e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.11e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00713522 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00805005
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1322e+09s, dt:1e+06s, Cycle: 535
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55391e+07, 1.56439e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02879e+10, 1.52133e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17479e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02879e+10, 0 }, { 1.26376e+09, 1.52082e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122889
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.83194e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161673 s | Solve Time: 0.0164151 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.95e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.95e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.02993e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163766 s | Solve Time: 0.0180639 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.66e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.66e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 7.03e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0010915 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00802507
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1332e+09s, dt:1e+06s, Cycle: 536
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5538e+07, 1.56439e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02871e+10, 1.52133e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17534e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02871e+10, 0 }, { 1.26453e+09, 1.52082e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121355
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.78751e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162522 s | Solve Time: 0.0181155 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.09e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.96038e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163995 s | Solve Time: 0.0182034 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.62e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.62e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00438603 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00798714
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1342e+09s, dt:1e+06s, Cycle: 537
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55368e+07, 1.56439e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02863e+10, 1.52134e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17586e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02863e+10, 0 }, { 1.26529e+09, 1.52082e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.119846
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.6027e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159852 s | Solve Time: 0.0181205 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.14e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.14e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.43033e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162722 s | Solve Time: 0.0164454 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.74e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.74e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.43e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00105981 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00793564
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1352e+09s, dt:1e+06s, Cycle: 538
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93499e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55357e+07, 1.56439e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02855e+10, 1.52134e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17632e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02855e+10, 0 }, { 1.26608e+09, 1.52082e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120879
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.45e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.45e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.7989e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168106 s | Solve Time: 0.0180511 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.59e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.59e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.98886e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164628 s | Solve Time: 0.0179833 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.32e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.32e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.99e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00117183 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0078705
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1362e+09s, dt:1e+06s, Cycle: 539
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55344e+07, 1.5644e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02847e+10, 1.52134e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17665e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02847e+10, 0 }, { 1.26691e+09, 1.52082e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123924
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.45e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.45e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.08512e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163711 s | Solve Time: 0.0197776 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.96e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.96e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.69624e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016261 s | Solve Time: 0.0164654 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.11e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.11e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00133721 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00788307
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1372e+09s, dt:1e+06s, Cycle: 540
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55332e+07, 1.5644e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02838e+10, 1.52134e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17695e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02838e+10, 0 }, { 1.26777e+09, 1.52082e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12239
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.45e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.45e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.40083e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165535 s | Solve Time: 0.0180472 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.31e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.31e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.40528e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163633 s | Solve Time: 0.0164765 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.00e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.00e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.41e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00147121 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00790107
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1382e+09s, dt:1e+06s, Cycle: 541
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93498e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55319e+07, 1.5644e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02829e+10, 1.52134e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17727e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02829e+10, 0 }, { 1.26867e+09, 1.52082e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12088
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.45e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.45e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.82095e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164744 s | Solve Time: 0.0181093 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.71e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.71e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.26951e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165583 s | Solve Time: 0.0181495 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.16e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.16e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.27e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00159253 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00790494
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1392e+09s, dt:1e+06s, Cycle: 542
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93497e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55305e+07, 1.5644e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0282e+10, 1.52134e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17757e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0282e+10, 0 }, { 1.26962e+09, 1.52082e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.119395
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.44e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.44e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.72155e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165532 s | Solve Time: 0.0182126 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.91e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.91e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.58786e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166353 s | Solve Time: 0.0164197 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.99e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.99e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.59e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0017128 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0078934
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1402e+09s, dt:1e+06s, Cycle: 543
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93497e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5529e+07, 1.5644e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0281e+10, 1.52134e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17777e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0281e+10, 0 }, { 1.2706e+09, 1.52082e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117933
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.44e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.44e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.60598e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161734 s | Solve Time: 0.0180032 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.60e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.60e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.46886e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016218 s | Solve Time: 0.0164738 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.50e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.50e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00183834 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00786837
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1412e+09s, dt:1e+06s, Cycle: 544
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93496e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55275e+07, 1.5644e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.028e+10, 1.52134e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17796e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.028e+10, 0 }, { 1.27163e+09, 1.52082e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118809
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.43e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.43e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.18039e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016829 s | Solve Time: 0.0182028 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.10e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.10e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.60649e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016668 s | Solve Time: 0.0167227 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.05e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.05e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.61e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00194448 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00782905
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1422e+09s, dt:1e+06s, Cycle: 545
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93496e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55259e+07, 1.5644e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02789e+10, 1.52135e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17815e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02789e+10, 0 }, { 1.27271e+09, 1.52083e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121701
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.43e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.43e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.6129e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166799 s | Solve Time: 0.0183223 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.00e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.00e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.81334e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163212 s | Solve Time: 0.0164298 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.33e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.33e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.84526e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01621 s | Solve Time: 0.0164827 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.99e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.99e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.85e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00697042 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00777425
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1432e+09s, dt:1e+06s, Cycle: 546
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93496e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55244e+07, 1.56441e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02778e+10, 1.52135e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17841e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02778e+10, 0 }, { 1.27377e+09, 1.52083e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120218
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.42e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.42e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.98387e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160614 s | Solve Time: 0.0184129 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.48e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.48e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.98e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.07231e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162717 s | Solve Time: 0.014655 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.14e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.07e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0016629 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00770689
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1442e+09s, dt:1e+06s, Cycle: 547
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55228e+07, 1.56441e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02768e+10, 1.52135e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17869e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02768e+10, 0 }, { 1.27485e+09, 1.52083e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118756
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.41e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.41e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.36462e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160782 s | Solve Time: 0.0180589 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.73e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.73e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.82414e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163297 s | Solve Time: 0.0162944 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.13e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.13e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.36339e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165302 s | Solve Time: 0.0148918 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.09e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.09e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00180645 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0076269
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1452e+09s, dt:1e+06s, Cycle: 548
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55211e+07, 1.56441e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02756e+10, 1.52135e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17894e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02756e+10, 0 }, { 1.27599e+09, 1.52083e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117317
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.41e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.41e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.59609e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167272 s | Solve Time: 0.0197565 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.14e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.14e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.89756e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163761 s | Solve Time: 0.0180936 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.95e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.95e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.90e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00204183 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00753419
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1462e+09s, dt:1e+06s, Cycle: 549
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55194e+07, 1.56441e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02744e+10, 1.52135e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17913e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02744e+10, 0 }, { 1.27717e+09, 1.52083e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124082
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.40e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.40e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.00507e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159134 s | Solve Time: 0.019718 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.85e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.85e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.46143e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016169 s | Solve Time: 0.0196112 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.36e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.36e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.72518e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161615 s | Solve Time: 0.0163501 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.58e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.58e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00956335 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0074182
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1472e+09s, dt:1e+06s, Cycle: 550
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55177e+07, 1.56441e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02733e+10, 1.52136e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17941e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02733e+10, 0 }, { 1.27831e+09, 1.52083e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12244
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.39e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.39e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.58948e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169045 s | Solve Time: 0.0197544 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.18e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.18e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.72065e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165706 s | Solve Time: 0.0179986 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.12e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.12e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0025499 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0074494
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1482e+09s, dt:1e+06s, Cycle: 551
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5516e+07, 1.56441e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02721e+10, 1.52136e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.17973e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02721e+10, 0 }, { 1.27947e+09, 1.52083e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.119693
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.39e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.39e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.66202e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164394 s | Solve Time: 0.0179416 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.28e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.28e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.60601e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165788 s | Solve Time: 0.016584 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.55e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.55e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.61e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00191221 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00751485
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1492e+09s, dt:1e+06s, Cycle: 552
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55142e+07, 1.56442e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02709e+10, 1.52136e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.18007e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02709e+10, 0 }, { 1.28067e+09, 1.52084e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.129079
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.38e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.38e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.214e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166606 s | Solve Time: 0.0196902 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.95e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.95e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.21e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.83951e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164555 s | Solve Time: 0.0165315 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.24e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.24e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.6508e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159496 s | Solve Time: 0.0163541 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.33e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.33e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.65e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00883007 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00756229
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1502e+09s, dt:1e+06s, Cycle: 553
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55124e+07, 1.56442e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02698e+10, 1.52136e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.18048e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02698e+10, 0 }, { 1.28186e+09, 1.52084e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124338
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.38e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.38e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.8983e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162884 s | Solve Time: 0.0198085 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.30e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.30e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.94829e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165208 s | Solve Time: 0.0149386 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.38e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.38e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.95e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00179015 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00760339
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1512e+09s, dt:1e+06s, Cycle: 554
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55106e+07, 1.56442e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02685e+10, 1.52136e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.18089e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02685e+10, 0 }, { 1.2831e+09, 1.52084e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.134438
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.37e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.37e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.93415e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166305 s | Solve Time: 0.0198731 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.76e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.76e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.03186e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166291 s | Solve Time: 0.0196335 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.68e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.68e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.71206e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163666 s | Solve Time: 0.0181986 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.63e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.63e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 8.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00964504 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00762294
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1522e+09s, dt:1e+06s, Cycle: 555
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55088e+07, 1.56442e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02673e+10, 1.52136e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.18142e+09, 3.07313e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02673e+10, 0 }, { 1.28428e+09, 1.52084e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.126609
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.36e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.36e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.56833e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016168 s | Solve Time: 0.0195511 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.77e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.77e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.64008e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161649 s | Solve Time: 0.0180114 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.85e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.85e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.64e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00348486 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00763512
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1532e+09s, dt:1e+06s, Cycle: 556
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5507e+07, 1.56442e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02661e+10, 1.52137e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.182e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02661e+10, 0 }, { 1.28548e+09, 1.52084e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117349
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.36e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.36e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.2503e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165806 s | Solve Time: 0.0195783 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.33e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.33e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 9.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.01068e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165557 s | Solve Time: 0.0163642 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.14e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.01e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00145173 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00763567
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1542e+09s, dt:1e+06s, Cycle: 557
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93493e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55052e+07, 1.56442e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02649e+10, 1.52137e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.1825e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02649e+10, 0 }, { 1.28672e+09, 1.52084e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124076
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.35e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.35e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.48037e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167046 s | Solve Time: 0.0214387 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.36e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.36e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 5.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.60673e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166115 s | Solve Time: 0.0197066 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.60e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.60e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.65974e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162739 s | Solve Time: 0.0178893 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.50e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.50e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.66e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0106415 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00760664
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1552e+09s, dt:1e+06s, Cycle: 558
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55035e+07, 1.56443e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02637e+10, 1.52137e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.18312e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02637e+10, 0 }, { 1.28787e+09, 1.52084e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.129929
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.33e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.33e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.83015e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168656 s | Solve Time: 0.0213563 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.27e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.27e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.5041e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0210849 s | Solve Time: 0.0180143 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.66e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.66e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00733425 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00756969
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1562e+09s, dt:1e+06s, Cycle: 559
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55018e+07, 1.56443e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02626e+10, 1.52137e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.18379e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02626e+10, 0 }, { 1.289e+09, 1.52085e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116248
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.33e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.33e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.92315e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163198 s | Solve Time: 0.0214966 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.10e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.10e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.04815e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164681 s | Solve Time: 0.0203889 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.27e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.27e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 9.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.95653e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163215 s | Solve Time: 0.018741 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.42e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.42e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00505135 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0075287
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1572e+09s, dt:1e+06s, Cycle: 560
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55001e+07, 1.56443e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02615e+10, 1.52137e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.1845e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02615e+10, 0 }, { 1.29011e+09, 1.52085e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122775
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.33e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.33e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 7.50148e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167813 s | Solve Time: 0.0212246 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.51e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.51e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 7.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.32745e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01634 s | Solve Time: 0.0162428 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.91e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.91e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.33e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00597997 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00747372
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1582e+09s, dt:1e+06s, Cycle: 561
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54984e+07, 1.56443e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02604e+10, 1.52138e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.18514e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02604e+10, 0 }, { 1.2912e+09, 1.52085e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115212
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.33e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.33e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.12603e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161843 s | Solve Time: 0.0196472 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.66e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.66e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 8.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.70612e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164002 s | Solve Time: 0.0196474 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.37e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.37e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.8592e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164817 s | Solve Time: 0.0164585 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.68e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.68e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.86e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00341399 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00740428
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1592e+09s, dt:1e+06s, Cycle: 562
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54968e+07, 1.56443e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02593e+10, 1.52138e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.18584e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02593e+10, 0 }, { 1.29229e+09, 1.52085e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117975
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.80429e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016389 s | Solve Time: 0.0196365 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.21e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.21e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.64736e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0177284 s | Solve Time: 0.0194983 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.30e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.30e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 3.65e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0066281 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00732068
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1602e+09s, dt:1e+06s, Cycle: 563
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54952e+07, 1.56444e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02583e+10, 1.52138e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.18663e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02583e+10, 0 }, { 1.29335e+09, 1.52085e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118648
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.48181e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167929 s | Solve Time: 0.0204431 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.71e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.71e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.08376e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162633 s | Solve Time: 0.0197518 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.81e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.81e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.09348e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161188 s | Solve Time: 0.0179516 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.06e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.06e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 7.09e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00424311 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00722786
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1612e+09s, dt:1e+06s, Cycle: 564
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54936e+07, 1.56444e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02572e+10, 1.52138e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.18734e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02572e+10, 0 }, { 1.2944e+09, 1.52085e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116189
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.05175e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162398 s | Solve Time: 0.0196786 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.70e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.70e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.69572e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158256 s | Solve Time: 0.0146392 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.81e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.81e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0041076 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0071238
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1622e+09s, dt:1e+06s, Cycle: 565
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5492e+07, 1.56444e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02562e+10, 1.52138e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.18805e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02562e+10, 0 }, { 1.29546e+09, 1.52085e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118084
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.72772e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160917 s | Solve Time: 0.0179672 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.28e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.28e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.69029e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162124 s | Solve Time: 0.0196387 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.09e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.09e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.70866e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163471 s | Solve Time: 0.0180134 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.22e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.22e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00440414 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00700952
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1632e+09s, dt:1e+06s, Cycle: 566
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54904e+07, 1.56444e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02551e+10, 1.52138e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.18875e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02551e+10, 0 }, { 1.29651e+09, 1.52085e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114115
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.39819e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159887 s | Solve Time: 0.0196407 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.17e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.17e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.56699e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163951 s | Solve Time: 0.0179159 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.49e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.49e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.82818e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162364 s | Solve Time: 0.0163197 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.60e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.60e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00781309 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00685429
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1642e+09s, dt:1e+06s, Cycle: 567
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5489e+07, 1.56444e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02541e+10, 1.52139e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.18948e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02541e+10, 0 }, { 1.2975e+09, 1.52086e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115525
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.28252e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163396 s | Solve Time: 0.0196605 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.73e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.73e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.59993e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165151 s | Solve Time: 0.0179002 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.14e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.14e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.60e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00828186 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00699445
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1652e+09s, dt:1e+06s, Cycle: 568
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54875e+07, 1.56444e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02532e+10, 1.52139e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.19006e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02532e+10, 0 }, { 1.29846e+09, 1.52086e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116522
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.77135e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168451 s | Solve Time: 0.0197035 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.90e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.90e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.8563e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165627 s | Solve Time: 0.0178862 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.55e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.55e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 9.86e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00100603 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00712941
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1662e+09s, dt:1e+06s, Cycle: 569
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5486e+07, 1.56444e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02522e+10, 1.52139e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.19066e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02522e+10, 0 }, { 1.29945e+09, 1.52086e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112994
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.71659e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160103 s | Solve Time: 0.0196543 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.76345e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161084 s | Solve Time: 0.0178583 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.73e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.73e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.92401e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163088 s | Solve Time: 0.0194714 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.41e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.41e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 3.92e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0048415 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0072539
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1672e+09s, dt:1e+06s, Cycle: 570
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54845e+07, 1.56445e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02512e+10, 1.52139e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.19133e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02512e+10, 0 }, { 1.30043e+09, 1.52086e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113606
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.86542e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163763 s | Solve Time: 0.0194875 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.18e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.18e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.50139e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016456 s | Solve Time: 0.0182266 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.27e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.27e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00182837 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00737078
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1682e+09s, dt:1e+06s, Cycle: 571
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54831e+07, 1.56445e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02502e+10, 1.52139e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.19203e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02502e+10, 0 }, { 1.30142e+09, 1.52086e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113826
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.11528e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167017 s | Solve Time: 0.0197474 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.84e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.84e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.63901e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165544 s | Solve Time: 0.0197648 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.51568e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016146 s | Solve Time: 0.0179729 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.30e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.30e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.52e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00182178 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00747702
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1692e+09s, dt:1e+06s, Cycle: 572
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54816e+07, 1.56445e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02492e+10, 1.52139e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.19278e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02492e+10, 0 }, { 1.30242e+09, 1.52086e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111299
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.36662e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163278 s | Solve Time: 0.0197289 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.29e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.29e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.33262e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162197 s | Solve Time: 0.0181234 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.02e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.02e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.16935e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167222 s | Solve Time: 0.0179489 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.86e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.86e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.17e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00499667 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00757147
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1702e+09s, dt:1e+06s, Cycle: 573
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54801e+07, 1.56445e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02482e+10, 1.5214e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.1936e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02482e+10, 0 }, { 1.3034e+09, 1.52086e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11126
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.95927e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163603 s | Solve Time: 0.017981 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.41e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.41e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.4508e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01643 s | Solve Time: 0.0178751 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.51e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.51e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.45e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00570044 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00765691
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1712e+09s, dt:1e+06s, Cycle: 574
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54786e+07, 1.56445e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02472e+10, 1.5214e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.19434e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02472e+10, 0 }, { 1.30436e+09, 1.52086e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110839
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.4113e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016517 s | Solve Time: 0.019628 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.35e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.35e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.91042e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161607 s | Solve Time: 0.0178267 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.16e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.16e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000973554 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00773137
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1722e+09s, dt:1e+06s, Cycle: 575
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54772e+07, 1.56445e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02463e+10, 1.5214e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.19504e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02463e+10, 0 }, { 1.30536e+09, 1.52087e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109872
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.66946e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158373 s | Solve Time: 0.0194621 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.02e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.02e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.53159e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163743 s | Solve Time: 0.0194886 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.70e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.70e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 9.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.74502e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164813 s | Solve Time: 0.0196364 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.59e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.59e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.75e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00296825 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00779342
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1732e+09s, dt:1e+06s, Cycle: 576
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54757e+07, 1.56445e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02453e+10, 1.5214e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.19572e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02453e+10, 0 }, { 1.30634e+09, 1.52087e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109392
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.5459e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166551 s | Solve Time: 0.0196588 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.83e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.83e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.4617e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016698 s | Solve Time: 0.0180172 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.76e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.76e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 7.46e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00165947 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00784344
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1742e+09s, dt:1e+06s, Cycle: 577
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54742e+07, 1.56446e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02443e+10, 1.5214e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.19616e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02443e+10, 0 }, { 1.30733e+09, 1.52087e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110491
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.36242e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163716 s | Solve Time: 0.019772 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.15e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.15e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.97016e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163168 s | Solve Time: 0.0180926 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.31e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.31e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.47048e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161446 s | Solve Time: 0.0164393 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.68e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.68e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00413051 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00787811
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1752e+09s, dt:1e+06s, Cycle: 578
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54728e+07, 1.56446e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02433e+10, 1.5214e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.19661e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02433e+10, 0 }, { 1.30831e+09, 1.52087e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109285
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.68742e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166976 s | Solve Time: 0.0198576 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.21e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.21e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.79117e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165934 s | Solve Time: 0.0179187 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.38e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.38e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.79e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00645189 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00789935
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1762e+09s, dt:1e+06s, Cycle: 579
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54713e+07, 1.56446e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02423e+10, 1.52141e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.1971e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02423e+10, 0 }, { 1.30927e+09, 1.52087e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112993
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.33504e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162461 s | Solve Time: 0.0195868 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.87e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.87e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.34e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.22683e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163191 s | Solve Time: 0.0196179 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.72e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.72e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.56247e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162023 s | Solve Time: 0.0195381 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.99e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.99e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 3.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00457266 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00791199
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1772e+09s, dt:1e+06s, Cycle: 580
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54699e+07, 1.56446e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02414e+10, 1.52141e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.19762e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02414e+10, 0 }, { 1.31022e+09, 1.52087e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109756
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.77248e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167663 s | Solve Time: 0.0194935 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.94e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.94e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.40011e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159819 s | Solve Time: 0.0180203 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.51e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.51e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 7.40e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00681129 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0079106
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1782e+09s, dt:1e+06s, Cycle: 581
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54685e+07, 1.56446e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02405e+10, 1.52141e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.19822e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02405e+10, 0 }, { 1.31113e+09, 1.52087e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114984
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.13134e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163009 s | Solve Time: 0.019518 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.52e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.52e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.73385e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165781 s | Solve Time: 0.0165142 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.45e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.45e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.57689e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016415 s | Solve Time: 0.0163029 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.43e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.43e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.58e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00477169 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00789581
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1792e+09s, dt:1e+06s, Cycle: 582
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81066.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54672e+07, 1.56446e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02396e+10, 1.52141e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.19885e+09, 3.07314e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02396e+10, 0 }, { 1.31203e+09, 1.52087e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120062
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.36993e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167691 s | Solve Time: 0.0197087 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.25e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.25e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.99684e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164625 s | Solve Time: 0.0163015 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.24e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.24e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.55e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162313 s | Solve Time: 0.0148439 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.75e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.75e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.55e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0118796 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00786053
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1802e+09s, dt:1e+06s, Cycle: 583
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81066.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54659e+07, 1.56446e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02388e+10, 1.52141e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.19958e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02388e+10, 0 }, { 1.31284e+09, 1.52087e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116411
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.54622e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162119 s | Solve Time: 0.0198091 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.35e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.35e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.50994e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165761 s | Solve Time: 0.019605 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.46e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.46e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.64964e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164624 s | Solve Time: 0.0194593 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.10e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.10e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 3.65e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00296085 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00786497
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1812e+09s, dt:1e+06s, Cycle: 584
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93496e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54647e+07, 1.56447e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0238e+10, 1.52141e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.20036e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0238e+10, 0 }, { 1.31364e+09, 1.52088e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121073
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.76589e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161955 s | Solve Time: 0.0178941 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.97e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.97e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.56596e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165054 s | Solve Time: 0.0179695 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.20e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.20e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 8.57e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00149841 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00785861
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1822e+09s, dt:1e+06s, Cycle: 585
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93496e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54635e+07, 1.56447e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02372e+10, 1.52141e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.20112e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02372e+10, 0 }, { 1.31445e+09, 1.52088e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117225
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.11603e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160912 s | Solve Time: 0.0195655 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.64e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.64e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.05422e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016361 s | Solve Time: 0.01628 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.11e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.11e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000823587 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00783725
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1832e+09s, dt:1e+06s, Cycle: 586
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93496e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54622e+07, 1.56447e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02363e+10, 1.52142e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.20183e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02363e+10, 0 }, { 1.3153e+09, 1.52088e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12141
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 2.7384e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159781 s | Solve Time: 0.019755 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.72e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.72e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 2.74e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.66638e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167769 s | Solve Time: 0.0194862 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.19e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.19e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.84103e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167068 s | Solve Time: 0.018053 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.86e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.86e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.84e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00692264 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00780249
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1842e+09s, dt:1e+06s, Cycle: 587
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93496e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5461e+07, 1.56447e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02355e+10, 1.52142e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.20262e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02355e+10, 0 }, { 1.3161e+09, 1.52088e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.125307
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 2.79297e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162824 s | Solve Time: 0.0196832 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.32e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.32e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 2.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.2975e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167105 s | Solve Time: 0.0164267 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.12e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.12e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.30e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000908585 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00775198
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1852e+09s, dt:1e+06s, Cycle: 588
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93496e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54598e+07, 1.56447e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02347e+10, 1.52142e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.20339e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02347e+10, 0 }, { 1.31694e+09, 1.52088e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121056
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.30e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.30e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.63334e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165691 s | Solve Time: 0.0180277 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.39e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.39e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.47948e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166011 s | Solve Time: 0.0196787 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 3.48e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00115164 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00768864
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1862e+09s, dt:1e+06s, Cycle: 589
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54585e+07, 1.56447e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02338e+10, 1.52142e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.20395e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02338e+10, 0 }, { 1.31781e+09, 1.52088e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12439
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.30e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.30e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.58241e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163102 s | Solve Time: 0.0179888 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.71e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.71e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.84685e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167181 s | Solve Time: 0.0179546 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.20e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.20e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.53372e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164273 s | Solve Time: 0.0196933 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.68e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.68e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 3.53e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0013223 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00761491
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1872e+09s, dt:1e+06s, Cycle: 590
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54572e+07, 1.56447e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02329e+10, 1.52142e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2045e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02329e+10, 0 }, { 1.31871e+09, 1.52088e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12005
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.30e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.30e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.56898e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166364 s | Solve Time: 0.0197183 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.19e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.19e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.60432e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168136 s | Solve Time: 0.0179263 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.55e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.55e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.60e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00430158 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00765929
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1882e+09s, dt:1e+06s, Cycle: 591
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54558e+07, 1.56447e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0232e+10, 1.52142e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.20511e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0232e+10, 0 }, { 1.31959e+09, 1.52088e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122811
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.30e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.30e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.53244e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159243 s | Solve Time: 0.0194523 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.35e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.35e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.60222e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0184954 s | Solve Time: 0.0196215 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.97e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.97e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.07518e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164218 s | Solve Time: 0.0178845 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.44e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.44e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.08e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00801326 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00768992
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1892e+09s, dt:1e+06s, Cycle: 592
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54546e+07, 1.56448e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02312e+10, 1.52142e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.20584e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02312e+10, 0 }, { 1.3204e+09, 1.52088e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.125209
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.28e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.28e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.15144e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168897 s | Solve Time: 0.0195185 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.17e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.17e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.4522e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.018581 s | Solve Time: 0.0203253 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.18e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.18e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 7.45e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00643185 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00771029
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1902e+09s, dt:1e+06s, Cycle: 593
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54534e+07, 1.56448e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02304e+10, 1.52142e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.20658e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02304e+10, 0 }, { 1.32119e+09, 1.52088e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120807
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.28e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.28e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.76833e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.018036 s | Solve Time: 0.0197302 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.26e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.26e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.86712e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166064 s | Solve Time: 0.0180276 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.21e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.21e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.87e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00096332 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00771804
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1912e+09s, dt:1e+06s, Cycle: 594
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54522e+07, 1.56448e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02296e+10, 1.52143e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.20714e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02296e+10, 0 }, { 1.32202e+09, 1.52089e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122662
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.28e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.28e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.7624e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164444 s | Solve Time: 0.0194745 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.24e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.24e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.53463e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164064 s | Solve Time: 0.0178226 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.86e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.86e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 7.53e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0014031 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00771155
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1922e+09s, dt:1e+06s, Cycle: 595
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54509e+07, 1.56448e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02287e+10, 1.52143e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.20772e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02287e+10, 0 }, { 1.32288e+09, 1.52089e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124082
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.28e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.28e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.23909e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164165 s | Solve Time: 0.0197055 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.84e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.84e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.31922e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165612 s | Solve Time: 0.0180861 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.55e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.55e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.32e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00165729 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00769143
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1932e+09s, dt:1e+06s, Cycle: 596
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93495e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54496e+07, 1.56448e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02278e+10, 1.52143e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.20831e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02278e+10, 0 }, { 1.32378e+09, 1.52089e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.119881
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.28e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.28e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.74008e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0174531 s | Solve Time: 0.0197002 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.29e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.29e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.74e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.49392e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172786 s | Solve Time: 0.0179476 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.63e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.63e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00183324 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0076579
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1942e+09s, dt:1e+06s, Cycle: 597
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54482e+07, 1.56448e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02269e+10, 1.52143e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.20888e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02269e+10, 0 }, { 1.32472e+09, 1.52089e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120802
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.27e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.27e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.87705e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164324 s | Solve Time: 0.0195953 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.82e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.82e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.88e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.21966e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160692 s | Solve Time: 0.0179091 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.29e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.29e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 9.22e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0019521 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00760932
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1952e+09s, dt:1e+06s, Cycle: 598
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93494e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54468e+07, 1.56448e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02259e+10, 1.52143e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.20932e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02259e+10, 0 }, { 1.3257e+09, 1.52089e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121287
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.27e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.27e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.97477e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165628 s | Solve Time: 0.0197264 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.09e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.14351e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165022 s | Solve Time: 0.0164136 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.44e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.44e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00205984 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00754777
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1962e+09s, dt:1e+06s, Cycle: 599
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93493e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54453e+07, 1.56448e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02249e+10, 1.52143e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.20976e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02249e+10, 0 }, { 1.32672e+09, 1.52089e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117778
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.27e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.27e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.19064e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164647 s | Solve Time: 0.0196866 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.90e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.90e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.28131e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165081 s | Solve Time: 0.0190274 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.50e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.50e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 7.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00214932 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00747453
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1972e+09s, dt:1e+06s, Cycle: 600
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93493e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54437e+07, 1.56449e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02238e+10, 1.52144e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2102e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02238e+10, 0 }, { 1.32779e+09, 1.52089e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117913
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.27e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.27e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.24883e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165995 s | Solve Time: 0.0203956 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.09e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.09e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.29108e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158955 s | Solve Time: 0.0185718 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.43e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.43e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00220719 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0073894
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1982e+09s, dt:1e+06s, Cycle: 601
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54421e+07, 1.56449e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02227e+10, 1.52144e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21057e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02227e+10, 0 }, { 1.32891e+09, 1.52089e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117659
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.27e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.27e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.60861e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161826 s | Solve Time: 0.0195681 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.87e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.87e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.18302e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161923 s | Solve Time: 0.0179768 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.11e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.11e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 9.18e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00229254 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00728917
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.1992e+09s, dt:800000s, Cycle: 602
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54404e+07, 1.56449e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02215e+10, 1.52144e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21092e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02215e+10, 0 }, { 1.33007e+09, 1.52089e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0935988
+compflowStatistics: Max component CFL number: 0.0302968
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.62e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.62e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.19431e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164159 s | Solve Time: 0.0180064 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.24e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.24e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.79223e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165007 s | Solve Time: 0.0178771 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.03e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.03e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 2.79e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00186152 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00576169
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.2e+09s, dt:1e+06s, Cycle: 603
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5439e+07, 1.56449e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02206e+10, 1.52144e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21113e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02206e+10, 0 }, { 1.33103e+09, 1.5209e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115478
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.27e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.27e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.11605e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163896 s | Solve Time: 0.0179089 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.86e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.86e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.37394e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161809 s | Solve Time: 0.0196737 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.13e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.13e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.71275e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164176 s | Solve Time: 0.0179882 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.41e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.41e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 7.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00709777 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00708734
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.201e+09s, dt:1e+06s, Cycle: 604
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93491e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54372e+07, 1.56449e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02194e+10, 1.52144e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21139e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02194e+10, 0 }, { 1.33221e+09, 1.5209e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116223
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.26e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.26e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.65818e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165081 s | Solve Time: 0.0195263 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.64e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.64e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.48246e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164669 s | Solve Time: 0.0163045 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.62e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.62e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.48e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.003531 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00717821
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.202e+09s, dt:1e+06s, Cycle: 605
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93491e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54355e+07, 1.56449e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02182e+10, 1.52144e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21161e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02182e+10, 0 }, { 1.3334e+09, 1.5209e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114878
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.26e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.26e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.33662e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161998 s | Solve Time: 0.0212016 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.08e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.08e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 3.34e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.44748e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160747 s | Solve Time: 0.0194562 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.32e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.32e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 3.45e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0108059 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00725525
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.203e+09s, dt:1e+06s, Cycle: 606
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93491e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54338e+07, 1.5645e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02171e+10, 1.52145e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21192e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02171e+10, 0 }, { 1.33453e+09, 1.5209e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113549
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.25e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.25e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.61603e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165419 s | Solve Time: 0.0198026 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.49e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.49e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.95649e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164297 s | Solve Time: 0.0195722 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.09e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.09e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.10647e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167089 s | Solve Time: 0.0178756 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.10e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.10e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 8.11e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00586019 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00730628
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.204e+09s, dt:1e+06s, Cycle: 607
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93491e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54321e+07, 1.5645e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0216e+10, 1.52145e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21229e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0216e+10, 0 }, { 1.33565e+09, 1.5209e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112237
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.24e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.24e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.3591e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016071 s | Solve Time: 0.0195832 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.18e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.18e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 8.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.36204e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161102 s | Solve Time: 0.019639 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.03e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.03e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.93007e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162586 s | Solve Time: 0.017873 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.19e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.19e-09 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.93e-07 ) ;
+wellControls: well is shut
+compositionalMultiphaseFlow: Max relative pressure change: 0.00634301 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00734987
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.205e+09s, dt:1e+06s, Cycle: 608
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54305e+07, 1.5645e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02149e+10, 1.52145e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21277e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02149e+10, 0 }, { 1.33671e+09, 1.5209e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113891
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.24e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.24e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.8498e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161583 s | Solve Time: 0.0195401 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.17e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.17e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.91208e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0181725 s | Solve Time: 0.0198924 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.43e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.43e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.84133e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161767 s | Solve Time: 0.0180407 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.98e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.98e-09 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.84e-07 ) ;
+wellControls: well is shut
+compositionalMultiphaseFlow: Max relative pressure change: 0.00882421 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00738549
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.206e+09s, dt:1e+06s, Cycle: 609
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5429e+07, 1.5645e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0214e+10, 1.52145e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21337e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0214e+10, 0 }, { 1.33766e+09, 1.5209e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117339
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.22e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.22e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.00384e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159928 s | Solve Time: 0.019574 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.05e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.05e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 8.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.68309e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161385 s | Solve Time: 0.0163306 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.40e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.40e-08 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.68e-07 ) ;
+wellControls: well is shut
+compositionalMultiphaseFlow: Max relative pressure change: 0.00577178 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00741293
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.207e+09s, dt:1e+06s, Cycle: 610
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93493e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54276e+07, 1.5645e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0213e+10, 1.52145e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21394e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0213e+10, 0 }, { 1.33858e+09, 1.5209e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116027
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.22e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.22e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.94326e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166312 s | Solve Time: 0.0197526 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.01e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.01e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.94e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.51159e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164679 s | Solve Time: 0.0178992 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.94e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.94e-08 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.51e-07 ) ;
+wellControls: well is shut
+compositionalMultiphaseFlow: Max relative pressure change: 0.000681335 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00743265
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.208e+09s, dt:1e+06s, Cycle: 611
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93493e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54261e+07, 1.5645e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02121e+10, 1.52145e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21452e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02121e+10, 0 }, { 1.33953e+09, 1.52091e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114731
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.22e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.22e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.37927e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161752 s | Solve Time: 0.0196415 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.03e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.03e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 8.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.76222e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016356 s | Solve Time: 0.0162589 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.66e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.66e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000846892 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00743906
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.209e+09s, dt:1e+06s, Cycle: 612
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93493e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54247e+07, 1.56451e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02111e+10, 1.52146e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21512e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02111e+10, 0 }, { 1.34052e+09, 1.52091e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113452
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.22e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.22e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.77131e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016064 s | Solve Time: 0.0195159 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.79e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.79e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.59605e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162251 s | Solve Time: 0.0180658 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.16e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.16e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.61665e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158254 s | Solve Time: 0.0178592 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.32e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.32e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.62e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00796423 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00742835
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.21e+09s, dt:1e+06s, Cycle: 613
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93493e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54232e+07, 1.56451e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02102e+10, 1.52146e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21576e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02102e+10, 0 }, { 1.34146e+09, 1.52091e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112189
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.21e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.21e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.01418e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161358 s | Solve Time: 0.0195957 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.30e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.30e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 8.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.74533e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164833 s | Solve Time: 0.0213374 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.76e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.76e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 5.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.988e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163803 s | Solve Time: 0.0195734 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.99e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.99e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 5.99e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00458969 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00740679
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.211e+09s, dt:1e+06s, Cycle: 614
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93493e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54219e+07, 1.56451e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02093e+10, 1.52146e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21643e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02093e+10, 0 }, { 1.34234e+09, 1.52091e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118223
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.21e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.21e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.90409e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164556 s | Solve Time: 0.019597 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.08e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.08e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.17606e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162042 s | Solve Time: 0.0164533 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.87e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.87e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.18e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00104863 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00737421
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.212e+09s, dt:1e+06s, Cycle: 615
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93493e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54205e+07, 1.56451e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02084e+10, 1.52146e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21705e+09, 3.07315e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02084e+10, 0 }, { 1.34324e+09, 1.52091e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117366
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.21e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.21e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.85377e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161588 s | Solve Time: 0.0195109 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.00e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.00e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.85459e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162499 s | Solve Time: 0.0163328 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.53e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.53e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.85e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000995855 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00732851
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.213e+09s, dt:1e+06s, Cycle: 616
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93493e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54191e+07, 1.56451e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02074e+10, 1.52146e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21761e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02074e+10, 0 }, { 1.34418e+09, 1.52091e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116072
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.21e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.21e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.97078e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016841 s | Solve Time: 0.0195834 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.25e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.25e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.5663e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016821 s | Solve Time: 0.0177507 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.08e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.08e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.57e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00118753 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00726722
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.214e+09s, dt:1e+06s, Cycle: 617
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93493e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54177e+07, 1.56451e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02065e+10, 1.52146e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2182e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02065e+10, 0 }, { 1.34515e+09, 1.52091e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114795
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.22e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.22e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.22979e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016379 s | Solve Time: 0.0194043 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.40e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.40e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.46335e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166213 s | Solve Time: 0.0163898 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.43e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.43e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.46e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00130557 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00719446
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.215e+09s, dt:1e+06s, Cycle: 618
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93493e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54162e+07, 1.56451e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02055e+10, 1.52146e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21871e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02055e+10, 0 }, { 1.34615e+09, 1.52091e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115581
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.22e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.22e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.46626e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016187 s | Solve Time: 0.0180462 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.04e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.88438e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162212 s | Solve Time: 0.0195636 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.85e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.85e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 9.88e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00191154 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00711175
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.216e+09s, dt:1e+06s, Cycle: 619
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54147e+07, 1.56452e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02044e+10, 1.52147e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21909e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02044e+10, 0 }, { 1.34716e+09, 1.52092e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112291
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.22e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.22e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.23747e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160926 s | Solve Time: 0.0195786 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.04e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 9.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.00795e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161562 s | Solve Time: 0.0196427 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.43e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.43e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.42387e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165588 s | Solve Time: 0.0196623 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.28e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.28e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 5.42e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00258704 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00721895
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.217e+09s, dt:1e+06s, Cycle: 620
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54132e+07, 1.56452e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02035e+10, 1.52147e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21949e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02035e+10, 0 }, { 1.34816e+09, 1.52092e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11854
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.21e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.21e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.68825e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165002 s | Solve Time: 0.0179534 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.08e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.08e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.38213e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164779 s | Solve Time: 0.0164735 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.15e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.15e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 9.38e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00826192 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00731674
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.218e+09s, dt:1e+06s, Cycle: 621
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54118e+07, 1.56452e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02025e+10, 1.52147e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2199e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02025e+10, 0 }, { 1.3491e+09, 1.52092e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117247
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.21e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.21e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.79483e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164238 s | Solve Time: 0.018163 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.12e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.12e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.90384e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016246 s | Solve Time: 0.0163877 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.42e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.42e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.90e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000779719 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00741117
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.219e+09s, dt:1e+06s, Cycle: 622
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54104e+07, 1.56452e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02015e+10, 1.52147e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22021e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02015e+10, 0 }, { 1.35007e+09, 1.52092e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11597
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.21e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.21e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.39063e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166989 s | Solve Time: 0.0197542 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.87e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.87e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 9.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.73304e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159215 s | Solve Time: 0.0178066 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.36e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.36e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 9.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00106793 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00749603
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.22e+09s, dt:1e+06s, Cycle: 623
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54089e+07, 1.56452e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02005e+10, 1.52147e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22045e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02005e+10, 0 }, { 1.35108e+09, 1.52092e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114708
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.21e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.21e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.74601e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162067 s | Solve Time: 0.0211695 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.76e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.76e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 3.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.70906e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165259 s | Solve Time: 0.0195841 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.27e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.27e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.72023e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016443 s | Solve Time: 0.017962 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.50e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.50e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0073608 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0075676
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.221e+09s, dt:1e+06s, Cycle: 624
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54075e+07, 1.56452e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01996e+10, 1.52147e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22076e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01996e+10, 0 }, { 1.35201e+09, 1.52092e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113461
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.59662e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165085 s | Solve Time: 0.0197236 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.11e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.11e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 8.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.10552e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161201 s | Solve Time: 0.0177966 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.47e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.47e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 7.11e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00562221 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00762776
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.222e+09s, dt:1e+06s, Cycle: 625
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54061e+07, 1.56452e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01987e+10, 1.52148e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22113e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01987e+10, 0 }, { 1.35292e+09, 1.52092e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11223
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.60693e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162879 s | Solve Time: 0.0210609 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.75e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.75e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 3.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.73235e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164709 s | Solve Time: 0.0180402 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.55e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.55e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.93692e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164825 s | Solve Time: 0.0163841 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.20e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.20e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.94e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00418918 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00767786
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.223e+09s, dt:1e+06s, Cycle: 626
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93493e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54047e+07, 1.56453e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01978e+10, 1.52148e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22155e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01978e+10, 0 }, { 1.35383e+09, 1.52092e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118222
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.30567e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167794 s | Solve Time: 0.018026 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.30e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.30e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.24863e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167142 s | Solve Time: 0.0195863 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.03e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.03e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 5.25e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00548133 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0077171
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.224e+09s, dt:1e+06s, Cycle: 627
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93493e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54034e+07, 1.56453e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01969e+10, 1.52148e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22203e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01969e+10, 0 }, { 1.35472e+09, 1.52092e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116943
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.05335e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166492 s | Solve Time: 0.0195849 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.68e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.68e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.26569e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163906 s | Solve Time: 0.0177629 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.62e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.62e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.27e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000754448 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00774533
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.225e+09s, dt:1e+06s, Cycle: 628
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93493e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5402e+07, 1.56453e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0196e+10, 1.52148e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22252e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0196e+10, 0 }, { 1.35564e+09, 1.52093e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11568
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.21535e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167235 s | Solve Time: 0.0195455 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.46e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.46e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.2508e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163379 s | Solve Time: 0.0179093 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.71e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.71e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.25e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000962202 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0077586
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.226e+09s, dt:1e+06s, Cycle: 629
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54006e+07, 1.56453e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0195e+10, 1.52148e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22302e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0195e+10, 0 }, { 1.3566e+09, 1.52093e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114434
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.80333e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165217 s | Solve Time: 0.019568 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.42e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.42e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.93467e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016716 s | Solve Time: 0.0193632 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.97e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.97e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.45905e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165172 s | Solve Time: 0.0177772 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.66e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.66e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.46e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00366107 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00775615
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.227e+09s, dt:1e+06s, Cycle: 630
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53992e+07, 1.56453e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01941e+10, 1.52148e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22355e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01941e+10, 0 }, { 1.35755e+09, 1.52093e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113203
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.21856e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168358 s | Solve Time: 0.019761 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.19e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.19e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.18601e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160799 s | Solve Time: 0.017762 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.43e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.43e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.83397e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165256 s | Solve Time: 0.0178131 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.15e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.15e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0049367 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00774134
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.228e+09s, dt:1e+06s, Cycle: 631
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53978e+07, 1.56453e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01931e+10, 1.52148e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22405e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01931e+10, 0 }, { 1.35848e+09, 1.52093e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114162
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.11447e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165432 s | Solve Time: 0.0194974 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.98e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.98e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.10527e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165518 s | Solve Time: 0.0196135 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.97e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.97e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 3.11e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00537606 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00771646
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.229e+09s, dt:1e+06s, Cycle: 632
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53964e+07, 1.56453e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01922e+10, 1.52149e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22461e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01922e+10, 0 }, { 1.35938e+09, 1.52093e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117715
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.15024e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166252 s | Solve Time: 0.0195065 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.10e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.10e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.97631e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169724 s | Solve Time: 0.0163182 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.94e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.94e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000989261 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00771572
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.23e+09s, dt:1e+06s, Cycle: 633
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5395e+07, 1.56454e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01913e+10, 1.52149e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22519e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01913e+10, 0 }, { 1.36033e+09, 1.52093e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116457
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.67567e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164365 s | Solve Time: 0.0180148 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.73e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.73e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.68e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.07197e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163021 s | Solve Time: 0.0172137 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.15e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.15e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.07e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00117824 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00773611
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.231e+09s, dt:1e+06s, Cycle: 634
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53936e+07, 1.56454e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01903e+10, 1.52149e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22577e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01903e+10, 0 }, { 1.36131e+09, 1.52093e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115214
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.95163e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163173 s | Solve Time: 0.0163388 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.01e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.01e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.75769e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165523 s | Solve Time: 0.0162879 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.45e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.45e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00132192 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00774402
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.232e+09s, dt:1e+06s, Cycle: 635
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93492e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53921e+07, 1.56454e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01893e+10, 1.52149e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22624e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01893e+10, 0 }, { 1.36233e+09, 1.52093e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116424
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.80404e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164803 s | Solve Time: 0.0162738 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.13e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.13e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.91182e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165052 s | Solve Time: 0.0164155 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.09e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.09e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00143556 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00773931
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.233e+09s, dt:1e+06s, Cycle: 636
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93491e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53905e+07, 1.56454e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01882e+10, 1.52149e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22665e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01882e+10, 0 }, { 1.36339e+09, 1.52093e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117812
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.88455e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168582 s | Solve Time: 0.0163969 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.68e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.68e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.88e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.64237e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167768 s | Solve Time: 0.0161401 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.43e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.43e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.64e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0015306 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00772089
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.234e+09s, dt:1e+06s, Cycle: 637
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93491e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53889e+07, 1.56454e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01871e+10, 1.52149e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22708e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01871e+10, 0 }, { 1.36449e+09, 1.52094e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116679
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.84553e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162775 s | Solve Time: 0.0161865 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.80e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.80e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.61648e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163392 s | Solve Time: 0.0179288 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.29e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.29e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.40874e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163909 s | Solve Time: 0.0163662 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.18e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.18e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.41e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00822737 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00768559
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.235e+09s, dt:1e+06s, Cycle: 638
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93491e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53873e+07, 1.56454e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01861e+10, 1.5215e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22756e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01861e+10, 0 }, { 1.36554e+09, 1.52094e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12049
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.19e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.19e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.36834e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167107 s | Solve Time: 0.0179716 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.85e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.85e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.93741e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164335 s | Solve Time: 0.0161885 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.30e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.30e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.94e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.99504e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162502 s | Solve Time: 0.0162222 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.23e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.23e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.00e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00913196 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00763017
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.236e+09s, dt:1e+06s, Cycle: 639
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93491e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53858e+07, 1.56454e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01851e+10, 1.5215e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.228e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01851e+10, 0 }, { 1.36654e+09, 1.52094e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116342
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.18e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.18e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.05851e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165156 s | Solve Time: 0.0177616 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.33e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.33e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.19651e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165567 s | Solve Time: 0.0163574 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.49e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.49e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00177694 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00757368
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.237e+09s, dt:1e+06s, Cycle: 640
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93491e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53843e+07, 1.56455e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0184e+10, 1.5215e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22846e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0184e+10, 0 }, { 1.36757e+09, 1.52094e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120502
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.18e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.18e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.1781e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165077 s | Solve Time: 0.018079 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.35e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.35e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.22834e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163719 s | Solve Time: 0.0178574 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.87e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.87e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.23e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00104427 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00750455
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.238e+09s, dt:1e+06s, Cycle: 641
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93491e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53827e+07, 1.56455e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0183e+10, 1.5215e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22893e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0183e+10, 0 }, { 1.36864e+09, 1.52094e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115439
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.18e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.18e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.30285e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166249 s | Solve Time: 0.0195062 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.10e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.10e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.03441e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165606 s | Solve Time: 0.0179075 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.01e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.01e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.24861e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164101 s | Solve Time: 0.0146821 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.10e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.10e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.25e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00167575 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00741952
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.239e+09s, dt:1e+06s, Cycle: 642
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53811e+07, 1.56455e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01819e+10, 1.5215e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22944e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01819e+10, 0 }, { 1.36972e+09, 1.52094e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117972
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.17e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.17e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.53458e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166905 s | Solve Time: 0.0197808 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.99e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.99e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.49764e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160115 s | Solve Time: 0.0164409 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.17e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.17e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00727073 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00742135
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.24e+09s, dt:1e+06s, Cycle: 643
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53795e+07, 1.56455e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01808e+10, 1.5215e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.22992e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01808e+10, 0 }, { 1.37079e+09, 1.52094e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120166
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.17e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.17e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.28013e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162393 s | Solve Time: 0.0196068 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.31e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.31e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.02628e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162069 s | Solve Time: 0.016249 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.60e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.60e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.03e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00357674 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00747801
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.241e+09s, dt:1e+06s, Cycle: 644
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53779e+07, 1.56455e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01797e+10, 1.52151e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23044e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01797e+10, 0 }, { 1.37187e+09, 1.52094e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116119
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.16e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.16e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.01253e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166619 s | Solve Time: 0.0202515 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.79e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.79e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.22893e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167545 s | Solve Time: 0.0161509 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.63e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.63e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.23e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00155715 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00752066
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.242e+09s, dt:1e+06s, Cycle: 645
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53762e+07, 1.56455e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01786e+10, 1.52151e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23084e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01786e+10, 0 }, { 1.37299e+09, 1.52095e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117767
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.16e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.16e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.92774e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165905 s | Solve Time: 0.0178716 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.14e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.33396e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165615 s | Solve Time: 0.019467 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.66e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.66e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.61497e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161371 s | Solve Time: 0.0161948 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.31e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.31e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.61e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0017753 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00755042
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.243e+09s, dt:1e+06s, Cycle: 646
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53745e+07, 1.56456e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01775e+10, 1.52151e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23124e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01775e+10, 0 }, { 1.37413e+09, 1.52095e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113944
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.16e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.16e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.16311e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161662 s | Solve Time: 0.0179756 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.57e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.57e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.16e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.49989e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016372 s | Solve Time: 0.0195283 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.07e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.07e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0019275 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00756905
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.244e+09s, dt:1e+06s, Cycle: 647
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93489e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53728e+07, 1.56456e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01763e+10, 1.52151e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23164e+09, 3.07316e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01763e+10, 0 }, { 1.3753e+09, 1.52095e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11511
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.15e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.15e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.05045e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164133 s | Solve Time: 0.0179095 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.23e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.23e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.79035e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168539 s | Solve Time: 0.0162554 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.32e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.79e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00218782 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00757267
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.245e+09s, dt:1e+06s, Cycle: 648
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93489e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53711e+07, 1.56456e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01751e+10, 1.52151e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23206e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01751e+10, 0 }, { 1.37649e+09, 1.52095e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115858
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.15e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.15e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.74906e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0284093 s | Solve Time: 0.0473382 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.18e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.18e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.28452e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0278491 s | Solve Time: 0.0282086 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.49e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.49e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00211957 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00756252
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.246e+09s, dt:1e+06s, Cycle: 649
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93489e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53692e+07, 1.56456e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01739e+10, 1.52152e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23237e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01739e+10, 0 }, { 1.37773e+09, 1.52095e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112365
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.15e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.15e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.89043e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165561 s | Solve Time: 0.0181461 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.59e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.59e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.44464e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164304 s | Solve Time: 0.0178901 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.55e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.55e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.44e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.0857e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165589 s | Solve Time: 0.0180094 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 9.09e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0036268 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00754151
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.247e+09s, dt:1e+06s, Cycle: 650
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53674e+07, 1.56456e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01726e+10, 1.52152e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23259e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01726e+10, 0 }, { 1.379e+09, 1.52095e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112566
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.15e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.15e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.55176e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171205 s | Solve Time: 0.0197223 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.19e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.19e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.73961e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165669 s | Solve Time: 0.016153 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.59e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.59e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.74e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00221538 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00750761
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.248e+09s, dt:1e+06s, Cycle: 651
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53654e+07, 1.56456e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01713e+10, 1.52152e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23282e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01713e+10, 0 }, { 1.38031e+09, 1.52095e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109648
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.15e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.15e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.39788e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160828 s | Solve Time: 0.0194271 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.60e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.60e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.47574e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162462 s | Solve Time: 0.0193361 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.76e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.76e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.49762e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164137 s | Solve Time: 0.0177982 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.48e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.48e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00224225 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00745853
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.249e+09s, dt:1e+06s, Cycle: 652
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53634e+07, 1.56457e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01699e+10, 1.52152e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23307e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01699e+10, 0 }, { 1.38166e+09, 1.52096e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109519
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.15e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.15e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.22598e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164042 s | Solve Time: 0.0195368 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.06e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.06e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.32565e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163374 s | Solve Time: 0.0177541 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.36e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.36e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.33e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00491504 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0073984
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.25e+09s, dt:1e+06s, Cycle: 653
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53614e+07, 1.56457e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01686e+10, 1.52152e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23338e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01686e+10, 0 }, { 1.38301e+09, 1.52096e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108967
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.15e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.15e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.19218e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164055 s | Solve Time: 0.0195188 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.18e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.18e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.23096e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016512 s | Solve Time: 0.0193401 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.47e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.47e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.79222e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016172 s | Solve Time: 0.0178437 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.35e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.35e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 7.79e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0162128 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00729694
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.251e+09s, dt:1e+06s, Cycle: 654
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53597e+07, 1.56457e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01675e+10, 1.52153e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23392e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01675e+10, 0 }, { 1.38412e+09, 1.52096e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.106993
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.11e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.11e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.6333e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016285 s | Solve Time: 0.0194401 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.81e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.81e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.77948e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016559 s | Solve Time: 0.0164444 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.04e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.78e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0050419 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00721915
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.252e+09s, dt:1e+06s, Cycle: 655
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53581e+07, 1.56457e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01664e+10, 1.52153e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2345e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01664e+10, 0 }, { 1.38519e+09, 1.52096e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112473
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.11e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.11e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.86185e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0185773 s | Solve Time: 0.0199914 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.91e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.91e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.86e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.44368e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164782 s | Solve Time: 0.0180412 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.92e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.92e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 8.44e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000830469 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00712555
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.253e+09s, dt:1e+06s, Cycle: 656
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93489e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53564e+07, 1.56457e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01653e+10, 1.52153e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23507e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01653e+10, 0 }, { 1.3863e+09, 1.52096e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10979
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.11e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.11e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.4954e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168679 s | Solve Time: 0.0195409 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.10e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.10e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.84668e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163704 s | Solve Time: 0.0179341 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.16e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.16e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.85e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00094371 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00702081
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.254e+09s, dt:1e+06s, Cycle: 657
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53547e+07, 1.56458e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01642e+10, 1.52153e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23565e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01642e+10, 0 }, { 1.38745e+09, 1.52096e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115915
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.11e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.11e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.14427e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164911 s | Solve Time: 0.0179461 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.15e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.15e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.62573e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161969 s | Solve Time: 0.021179 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.67e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.67e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 3.63e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00130002 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00693625
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.255e+09s, dt:1e+06s, Cycle: 658
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53529e+07, 1.56458e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0163e+10, 1.52153e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23625e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0163e+10, 0 }, { 1.38864e+09, 1.52096e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113048
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.11e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.11e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.89575e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168161 s | Solve Time: 0.0196459 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.31e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.31e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.48529e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168236 s | Solve Time: 0.017924 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.39e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.39e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00258779 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00687304
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.256e+09s, dt:1e+06s, Cycle: 659
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53511e+07, 1.56458e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01618e+10, 1.52153e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2369e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01618e+10, 0 }, { 1.38984e+09, 1.52097e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118939
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.12e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.12e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.1849e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165087 s | Solve Time: 0.0194479 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.74e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.74e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.8301e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166656 s | Solve Time: 0.0195405 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.43e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.43e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.14966e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161589 s | Solve Time: 0.0178889 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.27e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.27e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.15e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00778988 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00682393
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.257e+09s, dt:1e+06s, Cycle: 660
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53494e+07, 1.56458e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01606e+10, 1.52154e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23766e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01606e+10, 0 }, { 1.39098e+09, 1.52097e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115886
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.10e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.10e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.0146e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165685 s | Solve Time: 0.017752 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.86e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.86e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.29561e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162677 s | Solve Time: 0.0178766 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.34e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.34e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.21776e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164095 s | Solve Time: 0.0178921 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.58e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.58e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 2.22e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0107884 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00690426
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.258e+09s, dt:1e+06s, Cycle: 661
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93489e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81067.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53479e+07, 1.56458e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01596e+10, 1.52154e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23864e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01596e+10, 0 }, { 1.39196e+09, 1.52097e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.1215
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.45876e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166047 s | Solve Time: 0.0194653 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.35e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.35e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.56706e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163808 s | Solve Time: 0.019447 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.78e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.78e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.49597e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164601 s | Solve Time: 0.017826 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.36e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.36e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 9.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00336657 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0069867
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.259e+09s, dt:1e+06s, Cycle: 662
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93489e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53464e+07, 1.56458e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01587e+10, 1.52154e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.23969e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01587e+10, 0 }, { 1.39293e+09, 1.52097e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118262
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.51816e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162133 s | Solve Time: 0.0195206 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.82e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.82e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 3.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.55382e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164904 s | Solve Time: 0.0163416 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.29e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.29e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.55e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00774908 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00706104
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.26e+09s, dt:1e+06s, Cycle: 663
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81067.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5345e+07, 1.56458e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01578e+10, 1.52154e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.24074e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01578e+10, 0 }, { 1.39382e+09, 1.52097e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123555
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.25472e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164372 s | Solve Time: 0.0162844 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.38e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.38e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.11129e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164001 s | Solve Time: 0.0179813 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.59e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.59e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 9.11e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000781504 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00712159
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.261e+09s, dt:1e+06s, Cycle: 664
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53436e+07, 1.56459e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01569e+10, 1.52154e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.24165e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01569e+10, 0 }, { 1.39475e+09, 1.52097e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120124
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.60842e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168628 s | Solve Time: 0.0179465 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.45e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.45e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.66002e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016622 s | Solve Time: 0.0162777 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.55e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.55e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.66e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000861009 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00717083
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.262e+09s, dt:1e+06s, Cycle: 665
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53422e+07, 1.56459e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01559e+10, 1.52154e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.24253e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01559e+10, 0 }, { 1.3957e+09, 1.52097e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.125029
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.35801e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164981 s | Solve Time: 0.0179664 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.01e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.01e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.18567e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162699 s | Solve Time: 0.0177551 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.39e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.39e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.17467e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163691 s | Solve Time: 0.016292 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.30e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.30e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.17e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00892707 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00718215
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.263e+09s, dt:1e+06s, Cycle: 666
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53408e+07, 1.56459e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0155e+10, 1.52155e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.24346e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0155e+10, 0 }, { 1.39659e+09, 1.52097e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121407
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.7161e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163936 s | Solve Time: 0.0194773 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.64e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.64e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.72651e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016492 s | Solve Time: 0.0195966 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.10e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.10e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 9.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0025436 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00720874
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.264e+09s, dt:1e+06s, Cycle: 667
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53395e+07, 1.56459e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01541e+10, 1.52155e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2444e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01541e+10, 0 }, { 1.39749e+09, 1.52098e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.125878
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.97829e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165125 s | Solve Time: 0.021171 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.16e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.16e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 6.98e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.74632e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162373 s | Solve Time: 0.0162819 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.52e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.52e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.75e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000929651 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00722387
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.265e+09s, dt:1e+06s, Cycle: 668
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53381e+07, 1.56459e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01532e+10, 1.52155e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2453e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01532e+10, 0 }, { 1.39841e+09, 1.52098e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122082
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.115e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163945 s | Solve Time: 0.0196874 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.06e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.06e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.37015e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160255 s | Solve Time: 0.0178542 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.83e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.83e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 7.37e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00113074 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00722612
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.266e+09s, dt:1e+06s, Cycle: 669
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53367e+07, 1.56459e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01522e+10, 1.52155e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.24623e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01522e+10, 0 }, { 1.39937e+09, 1.52098e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12607
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.92682e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168084 s | Solve Time: 0.0178841 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.72e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.72e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 9.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.48116e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164073 s | Solve Time: 0.0178187 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.00e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.00e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.16732e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161634 s | Solve Time: 0.0162002 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.93e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.93e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.17e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00741214 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00721599
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.267e+09s, dt:1e+06s, Cycle: 670
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53353e+07, 1.56459e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01513e+10, 1.52155e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.24708e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01513e+10, 0 }, { 1.40028e+09, 1.52098e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122121
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.2375e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016404 s | Solve Time: 0.01786 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.66e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.66e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.84033e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161011 s | Solve Time: 0.0163512 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.31e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.31e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.84e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00305997 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00720863
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.268e+09s, dt:1e+06s, Cycle: 671
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53339e+07, 1.5646e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01504e+10, 1.52155e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.24775e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01504e+10, 0 }, { 1.40121e+09, 1.52098e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.125577
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.92922e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164369 s | Solve Time: 0.0178399 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.10e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.10e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.4808e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161655 s | Solve Time: 0.0178869 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.39e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.39e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.48e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000804281 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00730191
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.269e+09s, dt:1e+06s, Cycle: 672
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93489e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53325e+07, 1.5646e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01494e+10, 1.52156e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2484e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01494e+10, 0 }, { 1.40216e+09, 1.52098e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121519
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.10e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.10e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.42855e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161443 s | Solve Time: 0.0178299 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.34e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.34e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.39351e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166562 s | Solve Time: 0.0179952 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.83e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.83e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.43297e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168582 s | Solve Time: 0.0163364 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.10e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.10e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.43e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00318064 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00738482
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.27e+09s, dt:1e+06s, Cycle: 673
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93489e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53311e+07, 1.5646e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01485e+10, 1.52156e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.24905e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01485e+10, 0 }, { 1.40311e+09, 1.52098e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124409
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.49686e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164661 s | Solve Time: 0.0180762 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.27e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.27e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.12175e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166108 s | Solve Time: 0.0178991 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.82e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.82e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.84938e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165275 s | Solve Time: 0.0162114 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.30e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.30e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.85e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00570933 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00745749
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.271e+09s, dt:1e+06s, Cycle: 674
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53297e+07, 1.5646e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01476e+10, 1.52156e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.24972e+09, 3.07317e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01476e+10, 0 }, { 1.404e+09, 1.52098e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120343
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.49994e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162215 s | Solve Time: 0.017909 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.95e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.95e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.68378e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160795 s | Solve Time: 0.0178707 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.45e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.45e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.68e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.91089e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163088 s | Solve Time: 0.0162731 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.48e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.48e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00879013 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00751149
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.272e+09s, dt:1e+06s, Cycle: 675
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53285e+07, 1.5646e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01468e+10, 1.52156e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25051e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01468e+10, 0 }, { 1.40479e+09, 1.52098e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122707
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.08e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.08e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.24104e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164037 s | Solve Time: 0.0178396 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.83e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.83e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.71329e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166081 s | Solve Time: 0.0161935 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.19e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.19e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00327753 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00756224
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.273e+09s, dt:1e+06s, Cycle: 676
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53273e+07, 1.5646e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0146e+10, 1.52156e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25135e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0146e+10, 0 }, { 1.40559e+09, 1.52099e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124662
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.12057e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166773 s | Solve Time: 0.0177505 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.43e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.43e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.53858e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167714 s | Solve Time: 0.0179934 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.99e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.99e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.11846e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016151 s | Solve Time: 0.0163614 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.17e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.17e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.12e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00362904 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00760263
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.274e+09s, dt:1e+06s, Cycle: 677
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53261e+07, 1.5646e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01452e+10, 1.52156e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25205e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01452e+10, 0 }, { 1.40638e+09, 1.52099e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120522
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.99627e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164878 s | Solve Time: 0.016249 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.13e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.13e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 1.00e-06 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.81614e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164582 s | Solve Time: 0.0145132 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.29e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.29e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.82e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000800278 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00762963
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.275e+09s, dt:1e+06s, Cycle: 678
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53249e+07, 1.56461e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01444e+10, 1.52156e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25269e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01444e+10, 0 }, { 1.4072e+09, 1.52099e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121879
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.64938e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166761 s | Solve Time: 0.0161649 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.98e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.98e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.95979e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167473 s | Solve Time: 0.0145552 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.61e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.61e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000989038 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00764242
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.276e+09s, dt:1e+06s, Cycle: 679
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53236e+07, 1.56461e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01436e+10, 1.52156e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25334e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01436e+10, 0 }, { 1.40805e+09, 1.52099e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117969
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.68137e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165627 s | Solve Time: 0.0161232 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.64e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.64e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.68e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.22316e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165824 s | Solve Time: 0.0145423 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.13e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.13e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.22e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0011165 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00764343
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.277e+09s, dt:1e+06s, Cycle: 680
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53223e+07, 1.56461e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01427e+10, 1.52157e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25387e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01427e+10, 0 }, { 1.40893e+09, 1.52099e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118771
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.10e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.10e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.7919e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162233 s | Solve Time: 0.0161047 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.23e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.23e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.98841e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165479 s | Solve Time: 0.0161269 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.85e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.85e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.09963e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169268 s | Solve Time: 0.0161372 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.31e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.31e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.10e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00385006 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0076315
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.278e+09s, dt:1e+06s, Cycle: 681
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5321e+07, 1.56461e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01418e+10, 1.52157e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25437e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01418e+10, 0 }, { 1.40981e+09, 1.52099e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.119101
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.09788e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165033 s | Solve Time: 0.0160981 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.18e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.18e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.97068e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016654 s | Solve Time: 0.014542 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.18e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.18e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00337743 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00760723
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.279e+09s, dt:1e+06s, Cycle: 682
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53197e+07, 1.56461e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01409e+10, 1.52157e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25493e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01409e+10, 0 }, { 1.41068e+09, 1.52099e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115552
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.10e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.10e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.41672e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167841 s | Solve Time: 0.0162346 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.72e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.72e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.42e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.09727e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166586 s | Solve Time: 0.0161239 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.35e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.35e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.1507e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163189 s | Solve Time: 0.0145956 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.46e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.46e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.15e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00850764 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00756513
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.28e+09s, dt:1e+06s, Cycle: 683
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53185e+07, 1.56461e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01401e+10, 1.52157e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25557e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01401e+10, 0 }, { 1.41151e+09, 1.52099e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115365
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.87328e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161766 s | Solve Time: 0.016031 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.77e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.77e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 2.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.86228e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016361 s | Solve Time: 0.0160877 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.04e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.86e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00198471 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00757379
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.281e+09s, dt:1e+06s, Cycle: 684
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9349e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53172e+07, 1.56461e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01393e+10, 1.52157e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25625e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01393e+10, 0 }, { 1.41235e+09, 1.52099e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112502
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.79293e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170942 s | Solve Time: 0.0162004 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.49e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.49e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.8942e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169489 s | Solve Time: 0.0145387 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.14e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.14e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.89e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00100817 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00761299
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.282e+09s, dt:1e+06s, Cycle: 685
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93489e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53159e+07, 1.56461e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01384e+10, 1.52157e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25681e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01384e+10, 0 }, { 1.41323e+09, 1.52099e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111827
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.83439e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165179 s | Solve Time: 0.0177944 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.65e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.65e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.89986e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166277 s | Solve Time: 0.0161604 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.42e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.42e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.90e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00119474 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00764101
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.283e+09s, dt:1e+06s, Cycle: 686
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93489e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53146e+07, 1.56462e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01375e+10, 1.52157e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25717e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01375e+10, 0 }, { 1.41413e+09, 1.521e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109728
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.24061e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163412 s | Solve Time: 0.0177154 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.70e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.70e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.82826e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164405 s | Solve Time: 0.0161978 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.31e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.31e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 6.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.001336 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00765566
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.284e+09s, dt:1e+06s, Cycle: 687
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93489e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53132e+07, 1.56462e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01365e+10, 1.52158e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25754e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01365e+10, 0 }, { 1.41508e+09, 1.521e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108759
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.4606e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163914 s | Solve Time: 0.0177476 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.74e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.74e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.98463e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164088 s | Solve Time: 0.0162583 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.41e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.41e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00146616 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00765559
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.285e+09s, dt:1e+06s, Cycle: 688
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53117e+07, 1.56462e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01355e+10, 1.52158e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25792e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01355e+10, 0 }, { 1.41606e+09, 1.521e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.107399
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.11499e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169566 s | Solve Time: 0.0163105 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.88255e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171679 s | Solve Time: 0.0179462 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.12e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.12e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.88e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00157105 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00764277
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.286e+09s, dt:1e+06s, Cycle: 689
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53102e+07, 1.56462e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01345e+10, 1.52158e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25831e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01345e+10, 0 }, { 1.41709e+09, 1.521e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110025
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.47187e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167559 s | Solve Time: 0.0163855 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.19e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.19e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.9631e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163087 s | Solve Time: 0.0146883 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.65e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.65e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0016855 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00761747
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.287e+09s, dt:1e+06s, Cycle: 690
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53086e+07, 1.56462e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01335e+10, 1.52158e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2587e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01335e+10, 0 }, { 1.41815e+09, 1.521e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108767
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.83817e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163094 s | Solve Time: 0.0163542 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.06e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.06e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.3198e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166765 s | Solve Time: 0.0162044 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.36e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.36e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.32e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00174856 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00757937
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.288e+09s, dt:1e+06s, Cycle: 691
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5307e+07, 1.56462e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01324e+10, 1.52158e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25907e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01324e+10, 0 }, { 1.41925e+09, 1.521e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.107582
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.12768e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164055 s | Solve Time: 0.0163238 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.85e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.85e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.07752e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016539 s | Solve Time: 0.0178598 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.66e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.66e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 7.08e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00182111 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00752766
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.289e+09s, dt:1e+06s, Cycle: 692
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53054e+07, 1.56462e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01312e+10, 1.52158e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25947e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01312e+10, 0 }, { 1.42038e+09, 1.521e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.106475
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.93228e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166241 s | Solve Time: 0.0162581 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.48e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.48e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.72253e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166113 s | Solve Time: 0.0178301 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.91e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.91e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.91742e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163043 s | Solve Time: 0.0163183 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.08e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.08e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.92e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00376869 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00746168
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.29e+09s, dt:1e+06s, Cycle: 693
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53037e+07, 1.56463e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01301e+10, 1.52159e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.25986e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01301e+10, 0 }, { 1.42148e+09, 1.521e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108716
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.87598e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016168 s | Solve Time: 0.0178633 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.15e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.15e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.88e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.27658e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165429 s | Solve Time: 0.0162314 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.43e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.43e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00572293 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0073847
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.291e+09s, dt:1e+06s, Cycle: 694
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53022e+07, 1.56463e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01291e+10, 1.52159e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26023e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01291e+10, 0 }, { 1.42253e+09, 1.52101e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.107568
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.08e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.08e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.48865e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167646 s | Solve Time: 0.0162904 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.24e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.24e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.49e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.21206e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016516 s | Solve Time: 0.0146283 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.05e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.05e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00146814 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00729959
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.292e+09s, dt:1e+06s, Cycle: 695
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53005e+07, 1.56463e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0128e+10, 1.52159e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26048e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0128e+10, 0 }, { 1.42363e+09, 1.52101e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109621
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.08e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.08e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.51607e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166894 s | Solve Time: 0.016404 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.22e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.22e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.40643e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016671 s | Solve Time: 0.0161676 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.77e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.77e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.47489e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163975 s | Solve Time: 0.0146141 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.00e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.00e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00349911 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00719522
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.293e+09s, dt:1e+06s, Cycle: 696
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52989e+07, 1.56463e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01269e+10, 1.52159e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26073e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01269e+10, 0 }, { 1.42473e+09, 1.52101e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109241
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.08e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.08e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.59802e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163817 s | Solve Time: 0.0162623 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.42e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.42e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.93068e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165683 s | Solve Time: 0.0161673 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.17e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.17e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.59268e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168745 s | Solve Time: 0.0162176 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.17e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.17e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.59e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00539628 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00717992
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.294e+09s, dt:1e+06s, Cycle: 697
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52973e+07, 1.56463e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01258e+10, 1.52159e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26105e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01258e+10, 0 }, { 1.42581e+09, 1.52101e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108507
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.07e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.07e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.27793e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165646 s | Solve Time: 0.016204 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.98e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.98e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.47397e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166402 s | Solve Time: 0.0180234 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.39457e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166892 s | Solve Time: 0.0161409 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.87e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.87e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.39e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00699596 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00719649
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.295e+09s, dt:1e+06s, Cycle: 698
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52957e+07, 1.56463e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01248e+10, 1.52159e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26147e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01248e+10, 0 }, { 1.42685e+09, 1.52101e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110778
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.06e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.06e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.29297e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163568 s | Solve Time: 0.0161903 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.53e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.53e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.62553e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164361 s | Solve Time: 0.0145426 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.63e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.63e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.63e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00714399 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00725555
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.296e+09s, dt:1e+06s, Cycle: 699
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52942e+07, 1.56464e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01237e+10, 1.5216e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26196e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01237e+10, 0 }, { 1.42787e+09, 1.52101e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109622
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.06e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.06e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.9167e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163703 s | Solve Time: 0.0160534 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.02e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.02e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.58533e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166203 s | Solve Time: 0.0146403 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.54e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.54e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.59e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00135619 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0073031
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.297e+09s, dt:1e+06s, Cycle: 700
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81068.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52926e+07, 1.56464e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01227e+10, 1.5216e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26246e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01227e+10, 0 }, { 1.42893e+09, 1.52101e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108479
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.06e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.06e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.82171e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169562 s | Solve Time: 0.0162843 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.38e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.38e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.66639e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167723 s | Solve Time: 0.0146724 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.53e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.53e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 9.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.90289e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169078 s | Solve Time: 0.0146683 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.78e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.78e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.90e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00161118 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00733866
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.298e+09s, dt:1e+06s, Cycle: 701
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81068.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5291e+07, 1.56464e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01216e+10, 1.5216e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26299e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01216e+10, 0 }, { 1.43002e+09, 1.52101e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109053
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.06e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.06e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.74994e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162583 s | Solve Time: 0.0162522 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.10e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.10e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.49603e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164844 s | Solve Time: 0.0161868 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.63e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.63e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 9.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0050986 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00736013
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.299e+09s, dt:1e+06s, Cycle: 702
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81068.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52894e+07, 1.56464e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01205e+10, 1.5216e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26359e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01205e+10, 0 }, { 1.4311e+09, 1.52102e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109617
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.06e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.06e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.0783e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016644 s | Solve Time: 0.0163275 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.51e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.51e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.74504e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169165 s | Solve Time: 0.0161914 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.65e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.65e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 9.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.33181e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167685 s | Solve Time: 0.0162214 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.81e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.81e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.33e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0117569 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00736401
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.3e+09s, dt:1e+06s, Cycle: 703
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81068.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52879e+07, 1.56464e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01195e+10, 1.5216e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26434e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01195e+10, 0 }, { 1.43206e+09, 1.52102e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112696
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.04e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.04e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.5709e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160891 s | Solve Time: 0.0161412 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.29e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.29e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.13622e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01625 s | Solve Time: 0.0180371 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.34e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.34e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000702129 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00736598
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.301e+09s, dt:1e+06s, Cycle: 704
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81068.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52864e+07, 1.56464e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01186e+10, 1.5216e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26511e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01186e+10, 0 }, { 1.43304e+09, 1.52102e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111534
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.04e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.04e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.34742e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168889 s | Solve Time: 0.01795 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.85e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.85e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.5097e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016616 s | Solve Time: 0.0179569 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.59e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.59e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.47288e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164248 s | Solve Time: 0.0161641 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.29e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.29e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0131512 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00732646
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.302e+09s, dt:1e+06s, Cycle: 705
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52851e+07, 1.56464e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01177e+10, 1.52161e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26608e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01177e+10, 0 }, { 1.43389e+09, 1.52102e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110385
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.03e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.03e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.10408e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165798 s | Solve Time: 0.0177846 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.08e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.08e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.19755e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016453 s | Solve Time: 0.0150413 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.29e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.29e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00188056 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0073024
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.303e+09s, dt:1e+06s, Cycle: 706
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52838e+07, 1.56465e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01169e+10, 1.52161e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26708e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01169e+10, 0 }, { 1.43475e+09, 1.52102e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109249
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.03e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.03e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.76608e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163827 s | Solve Time: 0.0163582 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.66e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.66e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.69446e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163572 s | Solve Time: 0.0162518 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.45e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.45e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.69e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00169158 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0072628
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.304e+09s, dt:1e+06s, Cycle: 707
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52825e+07, 1.56465e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0116e+10, 1.52161e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26799e+09, 3.07318e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0116e+10, 0 }, { 1.43564e+09, 1.52102e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108312
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.51044e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163672 s | Solve Time: 0.0177847 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.03e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.03e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.69964e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162665 s | Solve Time: 0.0163185 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.76e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.76e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0095429 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00721097
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.305e+09s, dt:1e+06s, Cycle: 708
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52812e+07, 1.56465e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01151e+10, 1.52161e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26893e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01151e+10, 0 }, { 1.43647e+09, 1.52102e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10983
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.45374e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165953 s | Solve Time: 0.0237505 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.53e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.53e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.45e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.95261e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164787 s | Solve Time: 0.0167163 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.23e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.23e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.95e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000465066 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00714973
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.306e+09s, dt:1e+06s, Cycle: 709
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52799e+07, 1.56465e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01143e+10, 1.52161e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.26985e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01143e+10, 0 }, { 1.43733e+09, 1.52102e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113296
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.60588e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0179408 s | Solve Time: 0.0167853 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.69e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.69e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.81491e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163767 s | Solve Time: 0.0165493 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.36e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.36e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.81e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00214803 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00707506
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.307e+09s, dt:1e+06s, Cycle: 710
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52786e+07, 1.56465e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01134e+10, 1.52161e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27069e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01134e+10, 0 }, { 1.43821e+09, 1.52102e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112144
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.28593e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016207 s | Solve Time: 0.0166858 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.24e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.24e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.88578e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167125 s | Solve Time: 0.01669 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.75e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.75e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.89e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00104522 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00708266
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.308e+09s, dt:1e+06s, Cycle: 711
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93488e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52772e+07, 1.56465e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01125e+10, 1.52161e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27147e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01125e+10, 0 }, { 1.43912e+09, 1.52103e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111005
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.35584e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164292 s | Solve Time: 0.0165008 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.71e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.71e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 7.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.28407e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164543 s | Solve Time: 0.0152564 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.03e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.03e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00122466 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00708172
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.309e+09s, dt:1e+06s, Cycle: 712
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52758e+07, 1.56465e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01115e+10, 1.52162e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27222e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01115e+10, 0 }, { 1.44007e+09, 1.52103e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10988
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.01187e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168368 s | Solve Time: 0.0181251 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.05e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.05e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.30827e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164919 s | Solve Time: 0.0163653 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.48e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.48e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.31e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00134435 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0070702
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.31e+09s, dt:1e+06s, Cycle: 713
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52744e+07, 1.56466e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01106e+10, 1.52162e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27289e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01106e+10, 0 }, { 1.44105e+09, 1.52103e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108767
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.16543e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162747 s | Solve Time: 0.0178957 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.30e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.30e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.5147e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160456 s | Solve Time: 0.0162455 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.43e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.43e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.97201e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016377 s | Solve Time: 0.0161145 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.42e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.42e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00411164 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00704911
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.311e+09s, dt:1e+06s, Cycle: 714
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52729e+07, 1.56466e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01096e+10, 1.52162e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27351e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01096e+10, 0 }, { 1.44203e+09, 1.52103e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.107668
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.41846e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165909 s | Solve Time: 0.0179667 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.99e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.99e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.42e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.63211e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166776 s | Solve Time: 0.0147145 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.29e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.29e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.63e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0063147 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00701589
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.312e+09s, dt:1e+06s, Cycle: 715
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52715e+07, 1.56466e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01086e+10, 1.52162e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27409e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01086e+10, 0 }, { 1.44298e+09, 1.52103e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11374
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.89151e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162304 s | Solve Time: 0.0162495 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.92e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.92e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 2.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.05009e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163143 s | Solve Time: 0.0146113 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.50e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.50e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000807618 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00697184
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.313e+09s, dt:1e+06s, Cycle: 716
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.527e+07, 1.56466e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01076e+10, 1.52162e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27466e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01076e+10, 0 }, { 1.44397e+09, 1.52103e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112595
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.36203e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016284 s | Solve Time: 0.0162942 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.80e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.80e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.35064e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160687 s | Solve Time: 0.0163989 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.14e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.16202e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016312 s | Solve Time: 0.0147516 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.01e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.01e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0107922 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00689017
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.314e+09s, dt:1e+06s, Cycle: 717
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52687e+07, 1.56466e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01068e+10, 1.52162e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2752e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01068e+10, 0 }, { 1.44484e+09, 1.52103e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111462
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.01e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.01e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.77414e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162628 s | Solve Time: 0.0178856 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.52e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.52e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.98638e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165095 s | Solve Time: 0.0147388 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.57e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.57e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.99e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00403612 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00682852
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.315e+09s, dt:1e+06s, Cycle: 718
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52674e+07, 1.56466e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01059e+10, 1.52163e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27554e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01059e+10, 0 }, { 1.44571e+09, 1.52103e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110341
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.01e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.01e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.35791e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170039 s | Solve Time: 0.0163141 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.21e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.21e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.50027e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166144 s | Solve Time: 0.016214 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.06e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.06e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000606137 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00688319
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.316e+09s, dt:1e+06s, Cycle: 719
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52661e+07, 1.56466e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0105e+10, 1.52163e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2759e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0105e+10, 0 }, { 1.4466e+09, 1.52103e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109234
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.54942e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160583 s | Solve Time: 0.0162779 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.01e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.01e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.60398e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164223 s | Solve Time: 0.0161752 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.69e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.69e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.60e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00203406 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00697928
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.317e+09s, dt:1e+06s, Cycle: 720
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52647e+07, 1.56467e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01041e+10, 1.52163e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27629e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01041e+10, 0 }, { 1.44751e+09, 1.52104e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108142
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.51786e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166815 s | Solve Time: 0.0162059 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.89e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.89e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.14408e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164831 s | Solve Time: 0.0162739 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.59e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.59e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00237386 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00706738
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.318e+09s, dt:1e+06s, Cycle: 721
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52633e+07, 1.56467e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01032e+10, 1.52163e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27672e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01032e+10, 0 }, { 1.44842e+09, 1.52104e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113997
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.41003e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163678 s | Solve Time: 0.0162751 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.87e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.87e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.61196e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164548 s | Solve Time: 0.016156 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.98e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.98e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.61e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00125673 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00714634
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.319e+09s, dt:1e+06s, Cycle: 722
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52619e+07, 1.56467e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01023e+10, 1.52163e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27718e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01023e+10, 0 }, { 1.44935e+09, 1.52104e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112863
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.12687e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169509 s | Solve Time: 0.0163075 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.75e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.75e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.62892e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160459 s | Solve Time: 0.0178315 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.68e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.68e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.32878e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164419 s | Solve Time: 0.0146255 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.09e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.33e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00167929 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00723239
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.32e+09s, dt:1e+06s, Cycle: 723
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52605e+07, 1.56467e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01013e+10, 1.52163e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27767e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01013e+10, 0 }, { 1.45029e+09, 1.52104e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111743
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.03e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.03e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.49296e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163515 s | Solve Time: 0.0161547 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.37e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.37e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.49e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 7.06593e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164926 s | Solve Time: 0.0162199 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.26e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.26e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 7.07e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0014261 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00731711
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.321e+09s, dt:1e+06s, Cycle: 724
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52591e+07, 1.56467e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01004e+10, 1.52163e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27813e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01004e+10, 0 }, { 1.45125e+09, 1.52104e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110637
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.03e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.03e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.56731e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165554 s | Solve Time: 0.0162614 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.39e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.39e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.28029e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162972 s | Solve Time: 0.0165015 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.57e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.57e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00241989 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00739148
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.322e+09s, dt:1e+06s, Cycle: 725
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52577e+07, 1.56467e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00994e+10, 1.52164e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27855e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00994e+10, 0 }, { 1.45222e+09, 1.52104e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109544
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.03e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.03e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.78046e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164725 s | Solve Time: 0.0164114 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.62e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.62e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.99803e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0174695 s | Solve Time: 0.0165452 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.38e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.38e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.82631e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164418 s | Solve Time: 0.0145569 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.84e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.84e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.006159 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00745489
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.323e+09s, dt:1e+06s, Cycle: 726
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52563e+07, 1.56467e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00984e+10, 1.52164e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27903e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00984e+10, 0 }, { 1.45317e+09, 1.52104e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108464
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.03e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.03e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.77431e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161207 s | Solve Time: 0.0163243 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.03e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.03e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.62023e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165188 s | Solve Time: 0.0145659 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.65e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.65e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.62e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00326245 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0075094
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.324e+09s, dt:1e+06s, Cycle: 727
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52548e+07, 1.56467e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00975e+10, 1.52164e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27944e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00975e+10, 0 }, { 1.45413e+09, 1.52104e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.107397
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.04e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.04e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.27091e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163233 s | Solve Time: 0.0162621 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.55e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.55e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.76342e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163743 s | Solve Time: 0.0178163 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.17e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.17e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.80574e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164737 s | Solve Time: 0.0161227 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.53e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.53e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.81e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00532063 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0075521
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.325e+09s, dt:1e+06s, Cycle: 728
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52534e+07, 1.56468e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00965e+10, 1.52164e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.27988e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00965e+10, 0 }, { 1.45506e+09, 1.52104e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112964
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.03e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.03e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.21886e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165144 s | Solve Time: 0.0179015 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.91e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.91e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 3.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.76091e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162033 s | Solve Time: 0.016246 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.80e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.80e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00457942 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00758309
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.326e+09s, dt:1e+06s, Cycle: 729
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5252e+07, 1.56468e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00956e+10, 1.52164e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28023e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00956e+10, 0 }, { 1.45599e+09, 1.52105e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111854
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.03e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.03e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.29868e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159502 s | Solve Time: 0.0161281 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.90e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.90e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.51206e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163569 s | Solve Time: 0.0160662 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.18e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.18e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.90076e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166321 s | Solve Time: 0.0160267 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.02e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.02e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.90e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00705448 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00760241
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.327e+09s, dt:1e+06s, Cycle: 730
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52507e+07, 1.56468e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00947e+10, 1.52164e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28061e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00947e+10, 0 }, { 1.45689e+09, 1.52105e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110756
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.03e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.03e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.56075e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171381 s | Solve Time: 0.0162583 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.44e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.44e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.85025e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167084 s | Solve Time: 0.0177427 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.61e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.61e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.74426e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016547 s | Solve Time: 0.0161524 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.16e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.16e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.74e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00644273 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00760319
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.328e+09s, dt:1e+06s, Cycle: 731
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52494e+07, 1.56468e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00939e+10, 1.52164e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28109e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00939e+10, 0 }, { 1.45773e+09, 1.52105e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10967
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.24666e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159895 s | Solve Time: 0.016075 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.95e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.95e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 6.79763e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162821 s | Solve Time: 0.0162802 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.76e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.76e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 6.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.97298e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.018642 s | Solve Time: 0.0162895 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.64e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.64e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00438959 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00759625
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.329e+09s, dt:1e+06s, Cycle: 732
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52482e+07, 1.56468e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00931e+10, 1.52165e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28167e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00931e+10, 0 }, { 1.45852e+09, 1.52105e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108597
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.04886e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166092 s | Solve Time: 0.0161355 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.51e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.51e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.3281e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167323 s | Solve Time: 0.0146169 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.50e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.50e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.33e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0032765 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00758033
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.33e+09s, dt:1e+06s, Cycle: 733
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81068.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5247e+07, 1.56468e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00923e+10, 1.52165e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28229e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00923e+10, 0 }, { 1.45931e+09, 1.52105e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.107538
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.2774e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016465 s | Solve Time: 0.0190493 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.46e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.46e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.19651e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165877 s | Solve Time: 0.0160746 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.50e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.50e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000695293 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0075488
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.331e+09s, dt:1e+06s, Cycle: 734
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52458e+07, 1.56468e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00915e+10, 1.52165e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28293e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00915e+10, 0 }, { 1.46013e+09, 1.52105e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.106493
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.56913e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161611 s | Solve Time: 0.0162241 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.26e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.26e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.25987e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01629 s | Solve Time: 0.0162795 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.30e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.30e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.26e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00096142 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00750449
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.332e+09s, dt:1e+06s, Cycle: 735
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52445e+07, 1.56469e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00906e+10, 1.52165e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28359e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00906e+10, 0 }, { 1.46098e+09, 1.52105e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.105462
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.99945e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162943 s | Solve Time: 0.0162093 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.28e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.28e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.57439e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164866 s | Solve Time: 0.0130823 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.50e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.50e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 9.57e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00113626 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00744929
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.333e+09s, dt:1e+06s, Cycle: 736
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93487e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52432e+07, 1.56469e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00897e+10, 1.52165e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28426e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00897e+10, 0 }, { 1.46187e+09, 1.52105e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110681
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.98151e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168503 s | Solve Time: 0.0161761 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.04e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.04e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.98e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.68071e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166316 s | Solve Time: 0.0147373 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.21e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.21e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.68e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00127529 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00738077
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.334e+09s, dt:1e+06s, Cycle: 737
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52418e+07, 1.56469e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00888e+10, 1.52165e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28495e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00888e+10, 0 }, { 1.4628e+09, 1.52105e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109609
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.501e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166682 s | Solve Time: 0.0163962 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.03e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.03e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 4.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.38767e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169834 s | Solve Time: 0.0162362 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.49e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.49e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.18801e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166118 s | Solve Time: 0.0144951 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.65e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.65e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00277914 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00736636
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.335e+09s, dt:1e+06s, Cycle: 738
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52404e+07, 1.56469e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00879e+10, 1.52165e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28557e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00879e+10, 0 }, { 1.46373e+09, 1.52106e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10855
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.01e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.01e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.96648e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165052 s | Solve Time: 0.0162195 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.04e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.43569e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167419 s | Solve Time: 0.0163342 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.60e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.60e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.44e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.70725e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166388 s | Solve Time: 0.0146547 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.31e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.31e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00412288 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00740419
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.336e+09s, dt:1e+06s, Cycle: 739
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52391e+07, 1.56469e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0087e+10, 1.52166e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28614e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0087e+10, 0 }, { 1.46463e+09, 1.52106e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.107503
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.01e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.01e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.40576e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163122 s | Solve Time: 0.0162778 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.07e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.07e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.60611e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165612 s | Solve Time: 0.0161339 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.35e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.35e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.41819e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163664 s | Solve Time: 0.0145385 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.01e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.01e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.42e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00516709 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00743137
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.337e+09s, dt:1e+06s, Cycle: 740
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52378e+07, 1.56469e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00861e+10, 1.52166e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28679e+09, 3.07319e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00861e+10, 0 }, { 1.4655e+09, 1.52106e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10647
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.82249e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163512 s | Solve Time: 0.016105 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.38e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.38e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 2.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.38918e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162047 s | Solve Time: 0.0145816 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.10e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.10e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.39e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00440549 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00744638
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.338e+09s, dt:1e+06s, Cycle: 741
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52365e+07, 1.56469e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00852e+10, 1.52166e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2875e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00852e+10, 0 }, { 1.46638e+09, 1.52106e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10545
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.72904e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163405 s | Solve Time: 0.0160401 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.98e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.98e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 2.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.9572e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164324 s | Solve Time: 0.0130107 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.39e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.39e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 5.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00134533 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00744863
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.339e+09s, dt:1e+06s, Cycle: 742
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52351e+07, 1.56469e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00843e+10, 1.52166e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28812e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00843e+10, 0 }, { 1.46728e+09, 1.52106e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.104444
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.83984e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167303 s | Solve Time: 0.0162964 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.00e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.00e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 2.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.41803e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168116 s | Solve Time: 0.0145184 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.12e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.12e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.42e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00913089 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00743905
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.34e+09s, dt:1e+06s, Cycle: 743
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52338e+07, 1.5647e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00835e+10, 1.52166e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28877e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00835e+10, 0 }, { 1.46814e+09, 1.52106e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.103451
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.18246e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164223 s | Solve Time: 0.0161623 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.13e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.13e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.71258e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163168 s | Solve Time: 0.0162769 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.66e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.66e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00112028 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00741889
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.341e+09s, dt:1e+06s, Cycle: 744
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93486e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52325e+07, 1.5647e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00826e+10, 1.52166e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.28938e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00826e+10, 0 }, { 1.46904e+09, 1.52106e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108319
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.45901e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162596 s | Solve Time: 0.0162338 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.64e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.64e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.98298e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165349 s | Solve Time: 0.0146493 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.85e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.85e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00151351 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00738508
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.342e+09s, dt:1e+06s, Cycle: 745
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93485e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52311e+07, 1.5647e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00816e+10, 1.52166e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29001e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00816e+10, 0 }, { 1.46998e+09, 1.52106e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10729
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.95372e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163258 s | Solve Time: 0.0146293 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.51e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.51e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 7.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.15606e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016421 s | Solve Time: 0.0146387 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.39e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.39e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00176049 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00733619
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.343e+09s, dt:1e+06s, Cycle: 746
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93485e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52296e+07, 1.5647e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00806e+10, 1.52167e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29064e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00806e+10, 0 }, { 1.47096e+09, 1.52106e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.106273
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.90124e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165182 s | Solve Time: 0.0146336 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.84e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.84e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.65074e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164615 s | Solve Time: 0.0162167 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.79e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.79e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.65e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0019071 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00727634
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.344e+09s, dt:1e+06s, Cycle: 747
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93485e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52281e+07, 1.5647e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00796e+10, 1.52167e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29124e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00796e+10, 0 }, { 1.47199e+09, 1.52106e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10527
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.98e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.98e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.78715e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016058 s | Solve Time: 0.014651 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.45e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.45e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 8.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.47591e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162616 s | Solve Time: 0.0146265 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.46e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.46e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.48e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00201728 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00720615
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.345e+09s, dt:1e+06s, Cycle: 748
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93484e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52266e+07, 1.5647e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00785e+10, 1.52167e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29177e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00785e+10, 0 }, { 1.47307e+09, 1.52107e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.104279
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.98e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.98e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.57596e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163592 s | Solve Time: 0.0146661 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.51e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.51e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 7.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.99419e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166359 s | Solve Time: 0.014684 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.24e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.24e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 2.99e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00210907 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00712244
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.346e+09s, dt:1e+06s, Cycle: 749
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93484e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52249e+07, 1.5647e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00774e+10, 1.52167e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2923e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00774e+10, 0 }, { 1.47419e+09, 1.52107e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.103302
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.98e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.98e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.46411e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164463 s | Solve Time: 0.0146158 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.34e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.34e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.10719e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165457 s | Solve Time: 0.0148103 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.73e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.73e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.11e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00218 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00702684
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.347e+09s, dt:1e+06s, Cycle: 750
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52232e+07, 1.56471e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00762e+10, 1.52167e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29285e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00762e+10, 0 }, { 1.47536e+09, 1.52107e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.102338
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.98e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.98e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.97939e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164825 s | Solve Time: 0.0150096 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.71e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.71e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 7.98e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.60601e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159367 s | Solve Time: 0.01631 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.58e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.58e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 3.61e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0022414 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00697258
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.348e+09s, dt:1e+06s, Cycle: 751
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52214e+07, 1.56471e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0075e+10, 1.52167e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29341e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0075e+10, 0 }, { 1.47659e+09, 1.52107e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.101387
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.98e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.98e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.3883e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161852 s | Solve Time: 0.0145984 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.11e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.11e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 8.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.71583e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162473 s | Solve Time: 0.0130092 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.13e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.13e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 7.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00229783 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00702226
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.349e+09s, dt:1e+06s, Cycle: 752
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52195e+07, 1.56471e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00737e+10, 1.52168e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29383e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00737e+10, 0 }, { 1.47786e+09, 1.52107e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.100448
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.98e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.98e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.33151e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01689 s | Solve Time: 0.0145694 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.06e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.06e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 9.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.18474e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163895 s | Solve Time: 0.0145689 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.77e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.77e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.88881e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162852 s | Solve Time: 0.0130572 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.48e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.48e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 6.89e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00882249 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00705824
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.35e+09s, dt:1e+06s, Cycle: 753
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52177e+07, 1.56471e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00725e+10, 1.52168e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29425e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00725e+10, 0 }, { 1.4791e+09, 1.52107e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.104925
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.97e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.97e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.05295e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163884 s | Solve Time: 0.0146514 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.98e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.98e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 9.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.18594e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016183 s | Solve Time: 0.0148963 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.42e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.42e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.83715e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160747 s | Solve Time: 0.0129835 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.61e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.61e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.84e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00135472 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0070904
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.351e+09s, dt:1e+06s, Cycle: 754
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52158e+07, 1.56471e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00712e+10, 1.52168e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29458e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00712e+10, 0 }, { 1.48037e+09, 1.52107e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10395
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.97e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.97e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.50446e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160002 s | Solve Time: 0.0161384 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.17e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.17e-03 ) ;
+ Last LinSolve(iter,res) = ( 10, 2.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.37586e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165715 s | Solve Time: 0.0163597 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.76e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.76e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 8.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.46022e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164652 s | Solve Time: 0.0148064 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.71e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.71e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 9.46e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0079945 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00711167
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.352e+09s, dt:1e+06s, Cycle: 755
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52141e+07, 1.56472e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00701e+10, 1.52168e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29498e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00701e+10, 0 }, { 1.48152e+09, 1.52108e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.102986
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.95e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.95e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.96371e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164128 s | Solve Time: 0.0162689 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.80e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.80e-04 ) ;
+ Last LinSolve(iter,res) = ( 10, 2.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.35696e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164519 s | Solve Time: 0.0145255 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.01e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.01e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0117214 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00711542
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.353e+09s, dt:1e+06s, Cycle: 756
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52125e+07, 1.56472e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0069e+10, 1.52168e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29553e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0069e+10, 0 }, { 1.48257e+09, 1.52108e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.102032
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.94897e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166558 s | Solve Time: 0.0146498 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.36e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.36e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 9.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.1702e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158743 s | Solve Time: 0.0145564 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.30e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.30e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 8.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.7901e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167894 s | Solve Time: 0.01448 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.85e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.85e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.79e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00575453 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00711626
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.354e+09s, dt:1e+06s, Cycle: 757
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52109e+07, 1.56472e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0068e+10, 1.52169e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29607e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0068e+10, 0 }, { 1.4836e+09, 1.52108e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.101098
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.85338e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159867 s | Solve Time: 0.0146793 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.34e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.34e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.80381e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164281 s | Solve Time: 0.0129865 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.32e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 9.80e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00668608 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00710633
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.355e+09s, dt:1e+06s, Cycle: 758
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52093e+07, 1.56472e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0067e+10, 1.52169e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29662e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0067e+10, 0 }, { 1.48462e+09, 1.52108e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.101424
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.60032e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166139 s | Solve Time: 0.0144551 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.29e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.29e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.50954e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167965 s | Solve Time: 0.0147857 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.50e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.50e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.51e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000577098 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00708815
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.356e+09s, dt:1e+06s, Cycle: 759
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52077e+07, 1.56472e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00659e+10, 1.52169e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29719e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00659e+10, 0 }, { 1.48567e+09, 1.52108e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.100459
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.23993e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166599 s | Solve Time: 0.0146944 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.11681e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164338 s | Solve Time: 0.0145497 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.27786e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161616 s | Solve Time: 0.0146009 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.45e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.45e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00218021 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00708226
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.357e+09s, dt:1e+06s, Cycle: 760
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52061e+07, 1.56472e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00649e+10, 1.52169e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2978e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00649e+10, 0 }, { 1.48674e+09, 1.52108e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0995034
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.76746e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161605 s | Solve Time: 0.0146662 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.86e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.86e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.15355e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167884 s | Solve Time: 0.0129407 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.36e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.36e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 7.15e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00680981 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00707966
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.358e+09s, dt:1e+06s, Cycle: 761
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52046e+07, 1.56472e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00638e+10, 1.52169e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2985e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00638e+10, 0 }, { 1.48778e+09, 1.52108e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0997952
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.75653e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163533 s | Solve Time: 0.0144928 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.43e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.43e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.08178e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165427 s | Solve Time: 0.0146028 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.37e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.37e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.08e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0010297 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00706337
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.359e+09s, dt:1e+06s, Cycle: 762
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5203e+07, 1.56473e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00627e+10, 1.52169e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29919e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00627e+10, 0 }, { 1.48886e+09, 1.52109e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.101645
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.1146e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166626 s | Solve Time: 0.0146369 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.52837e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168538 s | Solve Time: 0.0145592 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.58e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.58e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.53e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00119761 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00703548
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.36e+09s, dt:1e+06s, Cycle: 763
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52013e+07, 1.56473e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00616e+10, 1.5217e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.29978e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00616e+10, 0 }, { 1.48998e+09, 1.52109e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.100744
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.48742e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163303 s | Solve Time: 0.0146958 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.91e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.91e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.49e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.7012e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162488 s | Solve Time: 0.0145315 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.27e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.27e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 7.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.01477e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163141 s | Solve Time: 0.0145716 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.50e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.50e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.01e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00821983 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00699428
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.361e+09s, dt:1e+06s, Cycle: 764
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51997e+07, 1.56473e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00606e+10, 1.5217e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30047e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00606e+10, 0 }, { 1.49104e+09, 1.52109e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.102868
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.92e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.92e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.77863e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164172 s | Solve Time: 0.0146339 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.15e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.15e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.67121e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164307 s | Solve Time: 0.0145765 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.03e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.03e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.67e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00691421 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00694163
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.362e+09s, dt:1e+06s, Cycle: 765
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51982e+07, 1.56473e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00595e+10, 1.5217e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30127e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00595e+10, 0 }, { 1.49206e+09, 1.52109e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10367
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.92e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.92e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.01741e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163841 s | Solve Time: 0.0148186 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.20e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.20e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 7.02e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.03024e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165219 s | Solve Time: 0.0145456 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.45e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.45e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.03e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00752974 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00688121
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.363e+09s, dt:1e+06s, Cycle: 766
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51967e+07, 1.56473e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00586e+10, 1.5217e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30201e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00586e+10, 0 }, { 1.49304e+09, 1.52109e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.102637
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.92e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.92e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.91061e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161934 s | Solve Time: 0.0146102 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.95e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.95e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.34657e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167636 s | Solve Time: 0.0146262 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.74e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.74e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.35e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000702046 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00687075
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.364e+09s, dt:1e+06s, Cycle: 767
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51952e+07, 1.56473e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00576e+10, 1.5217e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30254e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00576e+10, 0 }, { 1.49405e+09, 1.52109e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.101611
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.47649e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162822 s | Solve Time: 0.014549 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.40e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.40e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.17077e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165195 s | Solve Time: 0.018028 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.32e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.32e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.17e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00310114 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00691502
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.365e+09s, dt:1e+06s, Cycle: 768
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51936e+07, 1.56474e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00565e+10, 1.5217e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30306e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00565e+10, 0 }, { 1.49506e+09, 1.52109e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.100595
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.67714e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168812 s | Solve Time: 0.0146276 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.40e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.40e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 5.68e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 9.43471e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164008 s | Solve Time: 0.0146351 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.39e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.39e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 9.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.26603e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016455 s | Solve Time: 0.0146244 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.98e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.98e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.27e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00514927 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00694848
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.366e+09s, dt:1e+06s, Cycle: 769
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51922e+07, 1.56474e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00556e+10, 1.52171e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30358e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00556e+10, 0 }, { 1.49601e+09, 1.52109e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0995893
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.92e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.92e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.70318e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162362 s | Solve Time: 0.0145977 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.41e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.41e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 5.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.59393e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162183 s | Solve Time: 0.014585 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.08e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.08e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.59e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00698152 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00697209
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.367e+09s, dt:1e+06s, Cycle: 770
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93484e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51909e+07, 1.56474e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00547e+10, 1.52171e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30422e+09, 3.0732e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00547e+10, 0 }, { 1.49689e+09, 1.5211e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.104171
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.92e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.92e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.59675e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159743 s | Solve Time: 0.0146026 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.63e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.63e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 5.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.1881e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164348 s | Solve Time: 0.0147651 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.70e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.70e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000997384 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00700746
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.368e+09s, dt:1e+06s, Cycle: 771
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93484e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51895e+07, 1.56474e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00538e+10, 1.52171e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30488e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00538e+10, 0 }, { 1.4978e+09, 1.5211e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.105358
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.92e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.92e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.81219e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164738 s | Solve Time: 0.0147471 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.21e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.21e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 5.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.19319e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164511 s | Solve Time: 0.0131431 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.84e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.84e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 6.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000801249 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00708737
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.369e+09s, dt:1e+06s, Cycle: 772
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93484e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51881e+07, 1.56474e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00529e+10, 1.52171e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30543e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00529e+10, 0 }, { 1.49874e+09, 1.5211e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.104318
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.61166e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168319 s | Solve Time: 0.0147105 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.45e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.45e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 7.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.72831e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166489 s | Solve Time: 0.0162388 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.54e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.54e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0010005 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00715764
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.37e+09s, dt:1e+06s, Cycle: 773
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51866e+07, 1.56474e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00519e+10, 1.52171e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30594e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00519e+10, 0 }, { 1.49971e+09, 1.5211e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.103287
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.32758e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160559 s | Solve Time: 0.0145936 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.95e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.95e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 5.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.09578e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162685 s | Solve Time: 0.0161208 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.82e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.82e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.94208e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162191 s | Solve Time: 0.0146058 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.16e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.16e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.94e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00501305 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00721836
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.371e+09s, dt:1e+06s, Cycle: 774
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51853e+07, 1.56474e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0051e+10, 1.52171e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30646e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0051e+10, 0 }, { 1.50063e+09, 1.5211e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.102266
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.51954e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167379 s | Solve Time: 0.0146961 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.94e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.94e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.56357e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167782 s | Solve Time: 0.0147028 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.80e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.80e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 8.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00890292 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00726701
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.372e+09s, dt:1e+06s, Cycle: 775
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93484e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5184e+07, 1.56475e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00502e+10, 1.52171e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30706e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00502e+10, 0 }, { 1.50144e+09, 1.5211e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.103999
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.92e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.92e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.23933e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164059 s | Solve Time: 0.0150645 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.15e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.15e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.68726e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165534 s | Solve Time: 0.0145764 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.10e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.10e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.69e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000829488 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00730915
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.373e+09s, dt:1e+06s, Cycle: 776
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93484e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51827e+07, 1.56475e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00493e+10, 1.52172e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30768e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00493e+10, 0 }, { 1.50229e+09, 1.5211e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.107953
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.53068e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016467 s | Solve Time: 0.0144837 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.33e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.33e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 4.36915e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161289 s | Solve Time: 0.0162487 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.57e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.57e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 4.37e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000717272 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00734003
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.374e+09s, dt:1e+06s, Cycle: 777
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93484e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51814e+07, 1.56475e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00484e+10, 1.52172e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30832e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00484e+10, 0 }, { 1.50316e+09, 1.5211e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.1069
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.99238e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.015911 s | Solve Time: 0.0145451 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.75e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.75e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.47123e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164731 s | Solve Time: 0.0145063 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.49e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.49e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000916684 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00735936
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.375e+09s, dt:1e+06s, Cycle: 778
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93484e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51801e+07, 1.56475e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00475e+10, 1.52172e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30897e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00475e+10, 0 }, { 1.50406e+09, 1.5211e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.105856
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.64999e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166052 s | Solve Time: 0.0145312 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.54e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.54e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.28703e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168217 s | Solve Time: 0.0130694 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.79e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.79e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00105396 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0073668
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.376e+09s, dt:1e+06s, Cycle: 779
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51787e+07, 1.56475e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00466e+10, 1.52172e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30948e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00466e+10, 0 }, { 1.50499e+09, 1.5211e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.104823
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.00235e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016607 s | Solve Time: 0.0146279 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.96e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.96e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.93092e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165683 s | Solve Time: 0.0145572 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.92e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.92e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.93e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00113654 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.007362
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.377e+09s, dt:1e+06s, Cycle: 780
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51773e+07, 1.56475e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00456e+10, 1.52172e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30982e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00456e+10, 0 }, { 1.50595e+09, 1.52111e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.106984
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.32579e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161159 s | Solve Time: 0.0145072 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.10e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.10e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.56452e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164366 s | Solve Time: 0.0161504 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.93e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.93e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00116404 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00734573
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.378e+09s, dt:1e+06s, Cycle: 781
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51758e+07, 1.56475e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00447e+10, 1.52172e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31018e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00447e+10, 0 }, { 1.50694e+09, 1.52111e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110414
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.95507e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164124 s | Solve Time: 0.0146536 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.25e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.25e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 5.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.48545e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165658 s | Solve Time: 0.0162431 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.40e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.40e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00762574 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00736952
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.379e+09s, dt:1e+06s, Cycle: 782
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51744e+07, 1.56476e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00437e+10, 1.52173e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31057e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00437e+10, 0 }, { 1.50788e+09, 1.52111e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109346
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.89575e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162158 s | Solve Time: 0.0146862 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.23e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.23e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.66375e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163255 s | Solve Time: 0.0182665 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.62e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.62e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 5.66e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00189551 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00738853
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.38e+09s, dt:1e+06s, Cycle: 783
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5173e+07, 1.56476e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00428e+10, 1.52173e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31096e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00428e+10, 0 }, { 1.50883e+09, 1.52111e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10829
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.95e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.95e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.08205e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163934 s | Solve Time: 0.0146714 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.79e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.79e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 5.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 3.72875e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162576 s | Solve Time: 0.0179993 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.43e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.43e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 3.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00118066 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00739579
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.381e+09s, dt:1e+06s, Cycle: 784
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51715e+07, 1.56476e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00418e+10, 1.52173e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31136e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00418e+10, 0 }, { 1.5098e+09, 1.52111e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.107244
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.95e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.95e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.61299e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016708 s | Solve Time: 0.0150792 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.45e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.45e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.8473e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162754 s | Solve Time: 0.0130804 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.23e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.23e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 5.85e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00177518 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00739035
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.382e+09s, dt:1e+06s, Cycle: 785
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51701e+07, 1.56476e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00408e+10, 1.52173e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31169e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00408e+10, 0 }, { 1.51078e+09, 1.52111e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109848
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.95e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.95e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.7682e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164815 s | Solve Time: 0.0145821 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.48e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.48e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.45365e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016436 s | Solve Time: 0.0129764 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.78e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.78e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 7.45e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00138655 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00737154
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.383e+09s, dt:1e+06s, Cycle: 786
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51686e+07, 1.56476e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00398e+10, 1.52173e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.312e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00398e+10, 0 }, { 1.51179e+09, 1.52111e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108766
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.95e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.95e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.80623e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162852 s | Solve Time: 0.0146013 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.76e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.76e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.826e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164182 s | Solve Time: 0.0162722 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.45e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.45e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.89188e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162678 s | Solve Time: 0.0145895 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.26e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.26e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 7.89e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00134958 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00734242
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.384e+09s, dt:1e+06s, Cycle: 787
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5167e+07, 1.56476e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00388e+10, 1.52173e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31233e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00388e+10, 0 }, { 1.51283e+09, 1.52111e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111646
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.95e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.95e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.88754e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162749 s | Solve Time: 0.0146437 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.05e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.05e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.82458e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161392 s | Solve Time: 0.0146748 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.28e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.28e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 8.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.71388e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164997 s | Solve Time: 0.0146543 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.48e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.48e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 2.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00977973 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00729538
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.385e+09s, dt:1e+06s, Cycle: 788
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51657e+07, 1.56476e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00379e+10, 1.52173e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31279e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00379e+10, 0 }, { 1.51373e+09, 1.52112e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110578
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.16463e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167642 s | Solve Time: 0.0145872 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.92e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.92e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.16e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.76636e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165457 s | Solve Time: 0.0130961 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.64e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.64e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.77e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00956131 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00723538
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.386e+09s, dt:1e+06s, Cycle: 789
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51644e+07, 1.56477e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0037e+10, 1.52174e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.3133e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0037e+10, 0 }, { 1.51459e+09, 1.52112e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10952
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.2516e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163893 s | Solve Time: 0.0129536 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.26e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.26e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 8.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.83454e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167258 s | Solve Time: 0.0147666 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.76e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.76e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.39387e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162366 s | Solve Time: 0.0131681 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.40e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.40e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 6.39e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00598928 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00717495
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.387e+09s, dt:1e+06s, Cycle: 790
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51631e+07, 1.56477e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00362e+10, 1.52174e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31387e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00362e+10, 0 }, { 1.51544e+09, 1.52112e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112582
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.64945e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164312 s | Solve Time: 0.0147092 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.46e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.46e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.47112e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161566 s | Solve Time: 0.0129927 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.75e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.75e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 9.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00140626 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00710229
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.388e+09s, dt:1e+06s, Cycle: 791
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51618e+07, 1.56477e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00353e+10, 1.52174e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31447e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00353e+10, 0 }, { 1.51631e+09, 1.52112e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111487
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.80346e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164431 s | Solve Time: 0.0145614 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.88e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.88e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.54039e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164569 s | Solve Time: 0.0145874 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.66e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.66e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 2.54e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000995634 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00702905
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.389e+09s, dt:1e+06s, Cycle: 792
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93483e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51604e+07, 1.56477e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00344e+10, 1.52174e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31507e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00344e+10, 0 }, { 1.51722e+09, 1.52112e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110401
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.9562e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169549 s | Solve Time: 0.0145394 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.80e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.80e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.55735e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166143 s | Solve Time: 0.0144909 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.03e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.03e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00130547 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00708393
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.39e+09s, dt:1e+06s, Cycle: 793
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5159e+07, 1.56477e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00334e+10, 1.52174e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31564e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00334e+10, 0 }, { 1.51815e+09, 1.52112e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112707
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.18455e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160832 s | Solve Time: 0.0130803 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.40e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.40e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 9.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.31992e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165363 s | Solve Time: 0.0129639 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.12e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.12e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 6.32e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00304014 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00712749
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.391e+09s, dt:1e+06s, Cycle: 794
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51576e+07, 1.56477e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00325e+10, 1.52174e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31612e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00325e+10, 0 }, { 1.5191e+09, 1.52112e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111641
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.24241e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161764 s | Solve Time: 0.01464 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.69e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.69e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 9.35539e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167791 s | Solve Time: 0.011562 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.34e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.34e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 9.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00160097 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0071589
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.392e+09s, dt:1e+06s, Cycle: 795
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51562e+07, 1.56477e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00315e+10, 1.52174e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31662e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00315e+10, 0 }, { 1.52009e+09, 1.52112e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110587
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.89564e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163368 s | Solve Time: 0.0130137 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.38e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.38e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 8.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.1223e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164524 s | Solve Time: 0.0146607 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.61e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.61e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 5.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.72795e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164787 s | Solve Time: 0.0129813 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.62e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.62e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 6.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00160434 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00718056
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.393e+09s, dt:1e+06s, Cycle: 796
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93482e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51547e+07, 1.56477e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00305e+10, 1.52175e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31714e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00305e+10, 0 }, { 1.5211e+09, 1.52112e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114072
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.97073e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164396 s | Solve Time: 0.0145422 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.12e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.12e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.19082e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162007 s | Solve Time: 0.0130225 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.07e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.07e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00161237 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00719116
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.394e+09s, dt:1e+06s, Cycle: 797
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51531e+07, 1.56478e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00295e+10, 1.52175e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31769e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00295e+10, 0 }, { 1.52214e+09, 1.52113e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112973
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.44494e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163939 s | Solve Time: 0.0131435 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.15e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.15e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 8.44e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.63825e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161637 s | Solve Time: 0.0129816 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.06e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.06e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 6.64e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0017693 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00718625
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.395e+09s, dt:1e+06s, Cycle: 798
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51515e+07, 1.56478e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00284e+10, 1.52175e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31819e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00284e+10, 0 }, { 1.52323e+09, 1.52113e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111884
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.80893e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166835 s | Solve Time: 0.0134054 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.53e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.53e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 8.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.24142e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164912 s | Solve Time: 0.0162641 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.72e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.72e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 5.24e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00318972 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00717034
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.396e+09s, dt:1e+06s, Cycle: 799
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51499e+07, 1.56478e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00273e+10, 1.52175e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31866e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00273e+10, 0 }, { 1.52433e+09, 1.52113e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113595
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.00157e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162836 s | Solve Time: 0.0130257 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.66e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.66e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.10757e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163008 s | Solve Time: 0.0145934 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.29e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.29e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 7.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.42866e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160931 s | Solve Time: 0.0145205 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.92e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.92e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.43e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00677884 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00714586
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.397e+09s, dt:1e+06s, Cycle: 800
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51483e+07, 1.56478e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00262e+10, 1.52175e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.319e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00262e+10, 0 }, { 1.52541e+09, 1.52113e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112532
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.92e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.92e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.21783e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0183252 s | Solve Time: 0.0145115 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.51e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.51e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.36376e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161514 s | Solve Time: 0.0129822 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.91e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.91e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 8.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00181609 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00710856
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.398e+09s, dt:1e+06s, Cycle: 801
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51466e+07, 1.56478e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00251e+10, 1.52175e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31932e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00251e+10, 0 }, { 1.52653e+09, 1.52113e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111651
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.92e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.92e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.58844e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163606 s | Solve Time: 0.014467 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.22e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.22e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.68936e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163471 s | Solve Time: 0.0178761 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.63e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.63e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 2.69e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00220065 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00707128
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.399e+09s, dt:1e+06s, Cycle: 802
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51449e+07, 1.56478e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00239e+10, 1.52176e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.31966e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00239e+10, 0 }, { 1.52769e+09, 1.52113e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115386
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.92e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.92e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.68791e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0203236 s | Solve Time: 0.0146899 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.88e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.88e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.75592e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165932 s | Solve Time: 0.0145681 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.27e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.27e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.84918e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016621 s | Solve Time: 0.0146664 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.61e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.61e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 6.85e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00234162 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00707254
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.4e+09s, dt:1e+06s, Cycle: 803
+Rank 29: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000029.hdf5
+Rank 28: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000028.hdf5
+Rank 30: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000030.hdf5
+Rank 24: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000024.hdf5
+Rank 31: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000031.hdf5
+Rank 0: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000000.hdf5
+Rank 2: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000002.hdf5
+Rank 4: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000004.hdf5
+Rank 6: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000006.hdf5
+Rank 8: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000008.hdf5
+Rank 10: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000010.hdf5
+Rank 12: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000012.hdf5
+Rank 14: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000014.hdf5
+Rank 16: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000016.hdf5
+Rank 17: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000017.hdf5
+Rank 18: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000018.hdf5
+Rank 26: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000026.hdf5
+Rank 19: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000019.hdf5
+Rank 25: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000025.hdf5
+Rank 20: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000020.hdf5
+Rank 27: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000027.hdf5
+Rank 21: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000021.hdf5
+Rank 22: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000022.hdf5
+Rank 23: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000023.hdf5
+Rank 1: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000001.hdf5
+Rank 3: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000003.hdf5
+Rank 5: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000005.hdf5
+Rank 7: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000007.hdf5
+Rank 9: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000009.hdf5
+Rank 11: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000011.hdf5
+Rank 13: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000013.hdf5
+Rank 15: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000803/rank_0000015.hdf5
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51432e+07, 1.56479e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00227e+10, 1.52176e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.32004e+09, 3.07321e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00227e+10, 0 }, { 1.52886e+09, 1.52113e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114286
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.92e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.92e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.377e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0174435 s | Solve Time: 0.0148519 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.50e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.50e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.7004e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166263 s | Solve Time: 0.0149853 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.14e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 5.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.86381e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016347 s | Solve Time: 0.013339 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.49e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.49e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 8.86e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00660462 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00705511
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.401e+09s, dt:1e+06s, Cycle: 804
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93479e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51415e+07, 1.56479e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00216e+10, 1.52176e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.32051e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00216e+10, 0 }, { 1.53e+09, 1.52113e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113196
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.91e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.91e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.30315e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166231 s | Solve Time: 0.0148869 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.78e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.78e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.1082e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165342 s | Solve Time: 0.0147161 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 5.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.67862e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158814 s | Solve Time: 0.0131784 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.01e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.01e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 6.68e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0137549 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0070206
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.402e+09s, dt:1e+06s, Cycle: 805
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.514e+07, 1.56479e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00206e+10, 1.52176e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.32118e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00206e+10, 0 }, { 1.53098e+09, 1.52114e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112118
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.89e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.89e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.17426e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166639 s | Solve Time: 0.0147844 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.40e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.40e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.59306e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0188697 s | Solve Time: 0.0170086 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.77e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.77e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 2.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.99454e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163997 s | Solve Time: 0.0149778 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.90e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.90e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.99e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00473807 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00698907
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.403e+09s, dt:1e+06s, Cycle: 806
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51385e+07, 1.56479e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00196e+10, 1.52176e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.32192e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00196e+10, 0 }, { 1.53196e+09, 1.52114e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113236
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.89e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.89e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.35331e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171238 s | Solve Time: 0.0156223 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.17e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.17e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.01672e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164766 s | Solve Time: 0.014991 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.78e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.78e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.02e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00686021 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00694913
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.404e+09s, dt:1e+06s, Cycle: 807
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5137e+07, 1.56479e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00187e+10, 1.52177e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.32274e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00187e+10, 0 }, { 1.5329e+09, 1.52114e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113518
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.89e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.89e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.67494e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166293 s | Solve Time: 0.0148699 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.18e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.18e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.52876e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164168 s | Solve Time: 0.0116102 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.26e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.26e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 5.53e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000768009 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00689953
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.405e+09s, dt:1e+06s, Cycle: 808
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51355e+07, 1.56479e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00177e+10, 1.52177e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.32354e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00177e+10, 0 }, { 1.53389e+09, 1.52114e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116527
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.89e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.89e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.35051e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168892 s | Solve Time: 0.0148411 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.79e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.79e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.05036e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166778 s | Solve Time: 0.0148515 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.83e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.83e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00114011 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00683624
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.406e+09s, dt:1e+06s, Cycle: 809
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5134e+07, 1.5648e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00167e+10, 1.52177e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.32437e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00167e+10, 0 }, { 1.53492e+09, 1.52114e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115429
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.89e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.89e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.72555e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167739 s | Solve Time: 0.0149253 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.05e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.05e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.60117e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016299 s | Solve Time: 0.0131499 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.75e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.75e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 9.60e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00136743 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00679091
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.407e+09s, dt:1e+06s, Cycle: 810
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51324e+07, 1.5648e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00156e+10, 1.52177e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.32511e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00156e+10, 0 }, { 1.53599e+09, 1.52114e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114343
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.89e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.89e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.37898e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167284 s | Solve Time: 0.0147045 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.04e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 5.62328e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160533 s | Solve Time: 0.0163496 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.05e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.05e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 5.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.39487e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164828 s | Solve Time: 0.0130512 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.82e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.82e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 9.39e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00331153 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00684477
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.408e+09s, dt:1e+06s, Cycle: 811
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51309e+07, 1.5648e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00146e+10, 1.52177e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.32596e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00146e+10, 0 }, { 1.53702e+09, 1.52114e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113268
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.23654e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164064 s | Solve Time: 0.0148684 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.02e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.02e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.97435e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165497 s | Solve Time: 0.0131899 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.02e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.02e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00941555 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00688664
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.409e+09s, dt:1e+06s, Cycle: 812
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51294e+07, 1.5648e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00137e+10, 1.52177e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.32693e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00137e+10, 0 }, { 1.53794e+09, 1.52114e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112204
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.64649e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166595 s | Solve Time: 0.0148384 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.35e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.35e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.01076e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163395 s | Solve Time: 0.0148658 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.20e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.20e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 7.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.74924e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166335 s | Solve Time: 0.0147915 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.16e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.16e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.75e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00110615 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00692814
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.41e+09s, dt:1e+06s, Cycle: 813
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5128e+07, 1.5648e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00127e+10, 1.52177e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.32788e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00127e+10, 0 }, { 1.53888e+09, 1.52115e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115236
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.96294e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166835 s | Solve Time: 0.0150131 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.38e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.38e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.35361e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161565 s | Solve Time: 0.0164479 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.91e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.91e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 2.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.73096e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164239 s | Solve Time: 0.0151186 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.36e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.36e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00623661 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0069574
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.411e+09s, dt:1e+06s, Cycle: 814
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51267e+07, 1.5648e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00118e+10, 1.52178e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.32888e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00118e+10, 0 }, { 1.53978e+09, 1.52115e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117496
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.43572e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165302 s | Solve Time: 0.0146912 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.19e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.19e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.44e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.33501e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162084 s | Solve Time: 0.0151519 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.93e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.93e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.34e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.50095e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162633 s | Solve Time: 0.0132066 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.56e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.56e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 9.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00512072 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00697861
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.412e+09s, dt:1e+06s, Cycle: 815
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51254e+07, 1.5648e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0011e+10, 1.52178e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.32965e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0011e+10, 0 }, { 1.54064e+09, 1.52115e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.1164
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.41403e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162374 s | Solve Time: 0.01476 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.70e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.70e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.60102e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166642 s | Solve Time: 0.0132884 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.00e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.00e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 7.60e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00663551 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00698969
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.413e+09s, dt:1e+06s, Cycle: 816
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51241e+07, 1.56481e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00101e+10, 1.52178e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.33039e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00101e+10, 0 }, { 1.54147e+09, 1.52115e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115315
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.66171e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160433 s | Solve Time: 0.013148 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.11e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.11e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 9.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.80938e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163572 s | Solve Time: 0.0148949 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.00e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.00e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.81e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000676926 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00698751
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.414e+09s, dt:1e+06s, Cycle: 817
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51228e+07, 1.56481e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00093e+10, 1.52178e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.33113e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00093e+10, 0 }, { 1.54234e+09, 1.52115e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114242
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.25548e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162497 s | Solve Time: 0.013314 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.53e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.53e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 9.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.28733e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166718 s | Solve Time: 0.0148575 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.03e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.03e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00096345 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00697562
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.415e+09s, dt:1e+06s, Cycle: 818
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51215e+07, 1.56481e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00084e+10, 1.52178e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.33189e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00084e+10, 0 }, { 1.54323e+09, 1.52115e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113181
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.62302e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166891 s | Solve Time: 0.014779 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.02e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.02e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.19487e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164099 s | Solve Time: 0.0133504 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.11e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.11e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00114389 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00695518
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.416e+09s, dt:1e+06s, Cycle: 819
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51201e+07, 1.56481e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00074e+10, 1.52178e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.33261e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00074e+10, 0 }, { 1.54417e+09, 1.52115e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112134
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.14779e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165777 s | Solve Time: 0.0149923 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.92e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.92e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.66686e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165799 s | Solve Time: 0.0132561 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.72e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.72e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 7.67e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00126942 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00692119
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.417e+09s, dt:1e+06s, Cycle: 820
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51186e+07, 1.56481e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00065e+10, 1.52179e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.33328e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00065e+10, 0 }, { 1.54514e+09, 1.52115e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115752
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.3538e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164981 s | Solve Time: 0.0147967 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.80e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.20119e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159377 s | Solve Time: 0.0148919 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.51e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.51e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00134866 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00687635
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.418e+09s, dt:1e+06s, Cycle: 821
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81069.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51172e+07, 1.56481e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00055e+10, 1.52179e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.33391e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00055e+10, 0 }, { 1.54614e+09, 1.52115e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11719
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.34086e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166731 s | Solve Time: 0.0149364 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.10e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.10e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.34e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.65485e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167027 s | Solve Time: 0.0150061 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.46e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.46e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.03069e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164749 s | Solve Time: 0.0147719 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.05e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.05e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.03e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0093429 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00680054
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.419e+09s, dt:1e+06s, Cycle: 822
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51157e+07, 1.56481e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00045e+10, 1.52179e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.3344e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00045e+10, 0 }, { 1.54708e+09, 1.52116e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116112
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.99609e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166067 s | Solve Time: 0.014841 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.09e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.09e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.64244e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167401 s | Solve Time: 0.0133009 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.55e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.55e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.64e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00135548 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00679906
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.42e+09s, dt:1e+06s, Cycle: 823
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51143e+07, 1.56481e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00036e+10, 1.52179e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.33492e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00036e+10, 0 }, { 1.54803e+09, 1.52116e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115045
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.59319e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163271 s | Solve Time: 0.014972 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.67e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.67e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.18143e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160959 s | Solve Time: 0.0148195 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.22e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.22e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 8.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.43454e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161542 s | Solve Time: 0.0132945 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.73e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.73e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 9.43e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00806619 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00687505
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.421e+09s, dt:1e+06s, Cycle: 824
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51129e+07, 1.56482e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00026e+10, 1.52179e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.33553e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00026e+10, 0 }, { 1.54895e+09, 1.52116e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11399
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.95504e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164381 s | Solve Time: 0.0149135 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.13e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.13e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.17221e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163635 s | Solve Time: 0.0147178 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.52e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.72599e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164671 s | Solve Time: 0.013222 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.39e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.39e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00292841 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00694377
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.422e+09s, dt:1e+06s, Cycle: 825
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51116e+07, 1.56482e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00017e+10, 1.52179e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.33616e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00017e+10, 0 }, { 1.54986e+09, 1.52116e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112946
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.23836e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164946 s | Solve Time: 0.0131876 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.35e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.35e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 8.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.25548e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016804 s | Solve Time: 0.0149865 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.39e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.39e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.26e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00747059 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0069992
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.423e+09s, dt:1e+06s, Cycle: 826
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51102e+07, 1.56482e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00009e+10, 1.52179e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.33685e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00009e+10, 0 }, { 1.55073e+09, 1.52116e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111915
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.14563e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158728 s | Solve Time: 0.0132494 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.25e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.25e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 8.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.21072e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163589 s | Solve Time: 0.0133382 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.74e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.74e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 7.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000624358 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00705095
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.424e+09s, dt:1e+06s, Cycle: 827
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93481e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51089e+07, 1.56482e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.99995e+09, 1.5218e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.3375e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.99995e+09, 0 }, { 1.55164e+09, 1.52116e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116106
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.67134e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158981 s | Solve Time: 0.0133826 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.39e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.39e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 9.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.65546e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167904 s | Solve Time: 0.0149915 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.32e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.32e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.66e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000769096 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0070914
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.425e+09s, dt:1e+06s, Cycle: 828
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51075e+07, 1.56482e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.99902e+09, 1.5218e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.3381e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.99902e+09, 0 }, { 1.55257e+09, 1.52116e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115085
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.8925e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166054 s | Solve Time: 0.0132366 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.74e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.74e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 8.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.41573e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164155 s | Solve Time: 0.0132533 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.13e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.13e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 6.42e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00666302 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00712347
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.426e+09s, dt:1e+06s, Cycle: 829
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51061e+07, 1.56482e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.99813e+09, 1.5218e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.33859e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.99813e+09, 0 }, { 1.55347e+09, 1.52116e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115656
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.75143e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165682 s | Solve Time: 0.0133424 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.74e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.74e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 8.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.47475e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165794 s | Solve Time: 0.0132481 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.03e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.03e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 8.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00577326 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0071436
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.427e+09s, dt:1e+06s, Cycle: 830
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51048e+07, 1.56482e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.99725e+09, 1.5218e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.33908e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.99725e+09, 0 }, { 1.55434e+09, 1.52116e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114607
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.02075e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016265 s | Solve Time: 0.0131857 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.67e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.67e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.02e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.15194e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016015 s | Solve Time: 0.0134255 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 7.15e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00104659 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0071533
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.428e+09s, dt:1e+06s, Cycle: 831
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51035e+07, 1.56483e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.99635e+09, 1.5218e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.33959e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.99635e+09, 0 }, { 1.55525e+09, 1.52117e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11357
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.78568e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165297 s | Solve Time: 0.0133779 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.44e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.44e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 9.12727e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167866 s | Solve Time: 0.0117319 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.14e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.14e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 9.13e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00113183 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00715251
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.429e+09s, dt:1e+06s, Cycle: 832
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51021e+07, 1.56483e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.99541e+09, 1.5218e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34004e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.99541e+09, 0 }, { 1.55619e+09, 1.52117e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112545
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.27694e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164586 s | Solve Time: 0.0133199 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.76e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.76e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 9.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.7156e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016566 s | Solve Time: 0.0148299 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.77e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.77e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00116621 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00713934
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.43e+09s, dt:1e+06s, Cycle: 833
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51006e+07, 1.56483e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.99444e+09, 1.5218e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34045e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.99444e+09, 0 }, { 1.55715e+09, 1.52117e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111532
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.42928e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165625 s | Solve Time: 0.0148423 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.89e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.89e-03 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.36866e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162454 s | Solve Time: 0.0131339 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.60e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.60e-05 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.13691e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162716 s | Solve Time: 0.0133591 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.68e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.68e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 7.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00895691 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00711261
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.431e+09s, dt:1e+06s, Cycle: 834
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50993e+07, 1.56483e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.99356e+09, 1.52181e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34099e+09, 3.07322e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.99356e+09, 0 }, { 1.55803e+09, 1.52117e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116283
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.48298e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165011 s | Solve Time: 0.013188 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.18e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.18e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 9.57389e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167561 s | Solve Time: 0.011756 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.69e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.69e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 9.57e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00443347 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00708169
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.432e+09s, dt:1e+06s, Cycle: 835
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5098e+07, 1.56483e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.99269e+09, 1.52181e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34157e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.99269e+09, 0 }, { 1.55891e+09, 1.52117e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11527
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.21897e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167231 s | Solve Time: 0.0133835 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.24e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.24e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.96812e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164523 s | Solve Time: 0.0117572 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.56e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.56e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 7.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000978501 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00709507
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.433e+09s, dt:1e+06s, Cycle: 836
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50966e+07, 1.56483e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.99178e+09, 1.52181e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34199e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.99178e+09, 0 }, { 1.55981e+09, 1.52117e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114269
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.50482e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166078 s | Solve Time: 0.013489 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.98e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.98e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.61121e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161159 s | Solve Time: 0.0131813 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.33e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.33e-05 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.87588e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165868 s | Solve Time: 0.0132159 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.70e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.70e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 2.88e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00131386 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00711847
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.434e+09s, dt:1e+06s, Cycle: 837
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50953e+07, 1.56483e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.99086e+09, 1.52181e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34237e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.99086e+09, 0 }, { 1.56073e+09, 1.52117e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114002
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.39372e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016176 s | Solve Time: 0.0132364 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.73e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.73e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 5.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.43174e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165358 s | Solve Time: 0.0132329 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.48e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.48e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.43e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00617487 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00713114
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.435e+09s, dt:1e+06s, Cycle: 838
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9348e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50939e+07, 1.56484e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.98996e+09, 1.52181e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34283e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.98996e+09, 0 }, { 1.56163e+09, 1.52117e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112983
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.00645e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165922 s | Solve Time: 0.0132907 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.03e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.03e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.50556e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162377 s | Solve Time: 0.0116417 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.45e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.45e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 6.51e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000886061 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00713634
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.436e+09s, dt:1e+06s, Cycle: 839
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93479e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50925e+07, 1.56484e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.98903e+09, 1.52181e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34329e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.98903e+09, 0 }, { 1.56257e+09, 1.52117e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111977
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.85689e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168052 s | Solve Time: 0.0132633 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.15e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.15e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 5.86e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.59869e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168112 s | Solve Time: 0.0140089 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.62e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.62e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 9.60e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00114285 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00712693
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.437e+09s, dt:1e+06s, Cycle: 840
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93479e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50911e+07, 1.56484e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.98806e+09, 1.52181e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34378e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.98806e+09, 0 }, { 1.56354e+09, 1.52118e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110984
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.28919e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165881 s | Solve Time: 0.0149835 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.37e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.37e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 5.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.6153e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163136 s | Solve Time: 0.013303 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.68e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.68e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 6.62e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00323506 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00710614
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.438e+09s, dt:1e+06s, Cycle: 841
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93479e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50896e+07, 1.56484e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.98708e+09, 1.52182e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34429e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.98708e+09, 0 }, { 1.56452e+09, 1.52118e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110003
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.20811e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173518 s | Solve Time: 0.0134149 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.55e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.55e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 5.21e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.40911e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168981 s | Solve Time: 0.0132841 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.91e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.91e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 5.41e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0014547 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00707446
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.439e+09s, dt:1e+06s, Cycle: 842
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93479e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50881e+07, 1.56484e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.98605e+09, 1.52182e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34477e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.98605e+09, 0 }, { 1.56554e+09, 1.52118e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115286
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.8192e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166477 s | Solve Time: 0.0132543 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.35e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.35e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.57563e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166535 s | Solve Time: 0.0132599 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.04e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 8.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.71989e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165428 s | Solve Time: 0.0132483 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.14e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.14e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00639235 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00702994
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.44e+09s, dt:1e+06s, Cycle: 843
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93479e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50866e+07, 1.56484e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.98505e+09, 1.52182e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34524e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.98505e+09, 0 }, { 1.56654e+09, 1.52118e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114298
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.3494e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164038 s | Solve Time: 0.0132364 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.42e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.42e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.15846e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016591 s | Solve Time: 0.0133007 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.40e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.40e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 5.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00129143 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00697488
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.441e+09s, dt:1e+06s, Cycle: 844
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50851e+07, 1.56484e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.98401e+09, 1.52182e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34566e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.98401e+09, 0 }, { 1.56759e+09, 1.52118e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11332
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.20745e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165596 s | Solve Time: 0.0132011 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.46e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.46e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.21e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.47272e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165543 s | Solve Time: 0.0131503 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.70e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.70e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 5.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00154028 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0069111
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.442e+09s, dt:1e+06s, Cycle: 845
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50835e+07, 1.56485e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.98292e+09, 1.52182e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34601e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.98292e+09, 0 }, { 1.56867e+09, 1.52118e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112351
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.47312e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168457 s | Solve Time: 0.0132098 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.28e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.28e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 8.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.8302e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166053 s | Solve Time: 0.0149371 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.05e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.05e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00170164 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00685826
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.443e+09s, dt:1e+06s, Cycle: 846
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50818e+07, 1.56485e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.9818e+09, 1.52182e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34636e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.9818e+09, 0 }, { 1.5698e+09, 1.52118e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111393
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.91793e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170983 s | Solve Time: 0.0133473 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.47e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.47e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 8.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.64109e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164271 s | Solve Time: 0.0148668 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.55e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.55e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.13884e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166134 s | Solve Time: 0.0132353 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.12e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.12e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 6.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00655424 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00688825
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.444e+09s, dt:1e+06s, Cycle: 847
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50803e+07, 1.56485e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.98077e+09, 1.52183e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34678e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.98077e+09, 0 }, { 1.57082e+09, 1.52118e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110444
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.84e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.84e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.75822e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167247 s | Solve Time: 0.0132716 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.77e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.77e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.51826e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165455 s | Solve Time: 0.014932 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.95e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.95e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.12389e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169799 s | Solve Time: 0.0132262 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.87e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.87e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 6.12e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0061644 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00690686
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.445e+09s, dt:1e+06s, Cycle: 848
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50788e+07, 1.56485e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.97981e+09, 1.52183e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34719e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.97981e+09, 0 }, { 1.57178e+09, 1.52118e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109505
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.84e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.84e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.92994e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166278 s | Solve Time: 0.0132151 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.10e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.10e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.02416e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166861 s | Solve Time: 0.0133786 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.00e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.00e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.02e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00799409 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00691255
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.446e+09s, dt:1e+06s, Cycle: 849
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50774e+07, 1.56485e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.97889e+09, 1.52183e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34769e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.97889e+09, 0 }, { 1.57271e+09, 1.52119e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108575
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.83e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.83e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.29887e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166022 s | Solve Time: 0.0133604 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.27e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.27e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 5.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.55557e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163778 s | Solve Time: 0.0132614 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.75e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.75e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000945033 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00691821
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.447e+09s, dt:1e+06s, Cycle: 850
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5076e+07, 1.56485e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.97793e+09, 1.52183e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34821e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.97793e+09, 0 }, { 1.57367e+09, 1.52119e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.107656
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.83e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.83e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.20551e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158772 s | Solve Time: 0.013278 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.43e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.43e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.21e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.3576e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165412 s | Solve Time: 0.0166044 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.88e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.88e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 2.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.77209e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166282 s | Solve Time: 0.0149514 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.57e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.57e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 5.77e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00363029 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0069093
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.448e+09s, dt:1e+06s, Cycle: 851
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50745e+07, 1.56485e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.97696e+09, 1.52183e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34873e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.97696e+09, 0 }, { 1.57464e+09, 1.52119e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113173
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.83e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.83e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.09446e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166083 s | Solve Time: 0.0136666 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.28e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.28e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.81369e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168484 s | Solve Time: 0.0136391 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.19e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.19e-05 ) ;
+ Last LinSolve(iter,res) = ( 8, 9.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.28828e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166245 s | Solve Time: 0.0133195 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.40e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.40e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00600901 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00689813
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.449e+09s, dt:1e+06s, Cycle: 852
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50731e+07, 1.56486e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.97603e+09, 1.52183e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34929e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.97603e+09, 0 }, { 1.57557e+09, 1.52119e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112217
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.83e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.83e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.8159e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162209 s | Solve Time: 0.0132117 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.59e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.59e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.00667e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164428 s | Solve Time: 0.0132076 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.39e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.39e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.01e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0027562 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00691355
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.45e+09s, dt:1e+06s, Cycle: 853
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50717e+07, 1.56486e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.97508e+09, 1.52184e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.34988e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.97508e+09, 0 }, { 1.57652e+09, 1.52119e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11127
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.83e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.83e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.097e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168189 s | Solve Time: 0.0132061 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.55e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.55e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 8.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.64114e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166963 s | Solve Time: 0.0131957 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.31e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.31e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.64e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0014822 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00691874
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.451e+09s, dt:1e+06s, Cycle: 854
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50702e+07, 1.56486e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.97409e+09, 1.52184e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.35049e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.97409e+09, 0 }, { 1.57751e+09, 1.52119e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110334
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.83e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.83e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.78266e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164966 s | Solve Time: 0.0133321 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.00e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.00e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.24979e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0693872 s | Solve Time: 0.031182 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.14e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.14e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 9.25e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00172445 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00691094
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.452e+09s, dt:1e+06s, Cycle: 855
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50687e+07, 1.56486e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.97306e+09, 1.52184e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.35112e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.97306e+09, 0 }, { 1.57854e+09, 1.52119e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109409
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.83e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.83e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.01328e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0399651 s | Solve Time: 0.02526 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.83e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.83e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.89082e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0284514 s | Solve Time: 0.014875 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.35e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.35e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.24219e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0175854 s | Solve Time: 0.0134079 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.69e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.69e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 5.24e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00355307 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00689024
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.453e+09s, dt:1e+06s, Cycle: 856
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50672e+07, 1.56486e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.97203e+09, 1.52184e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.3518e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.97203e+09, 0 }, { 1.57956e+09, 1.52119e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108493
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.17524e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163614 s | Solve Time: 0.0132575 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.94e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.81347e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163661 s | Solve Time: 0.0165991 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.25e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.25e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.81e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00570132 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0068588
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.454e+09s, dt:1e+06s, Cycle: 857
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50657e+07, 1.56486e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.97103e+09, 1.52184e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.35258e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.97103e+09, 0 }, { 1.58056e+09, 1.5212e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.107587
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.60276e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162039 s | Solve Time: 0.0132742 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.48e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.48e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.49272e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016213 s | Solve Time: 0.0147736 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.47e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.47e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00287321 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00686572
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.455e+09s, dt:1e+06s, Cycle: 858
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50642e+07, 1.56486e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.97003e+09, 1.52184e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.35342e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.97003e+09, 0 }, { 1.58156e+09, 1.5212e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.106691
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.62215e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159452 s | Solve Time: 0.0132335 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.63e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.63e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 3.46303e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163912 s | Solve Time: 0.0116074 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.61e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.61e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 3.46e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00930377 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00689771
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.456e+09s, dt:1e+06s, Cycle: 859
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50628e+07, 1.56487e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.96909e+09, 1.52185e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.35422e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.96909e+09, 0 }, { 1.58251e+09, 1.5212e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.105805
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.51014e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162869 s | Solve Time: 0.01331 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.69e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.69e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 5.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 8.15523e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168841 s | Solve Time: 0.0147441 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.12e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.12e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 8.16e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.6774e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162119 s | Solve Time: 0.0132572 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.23e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.23e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.68e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00745908 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00691899
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.457e+09s, dt:1e+06s, Cycle: 860
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50614e+07, 1.56487e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.96819e+09, 1.52185e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.35479e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.96819e+09, 0 }, { 1.5834e+09, 1.5212e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110979
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.0801e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163328 s | Solve Time: 0.0131934 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.13e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.13e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.02193e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159505 s | Solve Time: 0.0116066 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.30e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.30e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 8.02e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00392368 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00693556
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.458e+09s, dt:1e+06s, Cycle: 861
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.506e+07, 1.56487e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.9673e+09, 1.52185e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.35534e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.9673e+09, 0 }, { 1.58429e+09, 1.5212e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110059
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.03634e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016432 s | Solve Time: 0.0131312 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.08e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.08e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 5.04e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 4.56463e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161866 s | Solve Time: 0.0116753 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.28e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.28e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 4.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000624248 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00694431
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.459e+09s, dt:1e+06s, Cycle: 862
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50586e+07, 1.56487e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.96637e+09, 1.52185e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.35591e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.96637e+09, 0 }, { 1.58522e+09, 1.5212e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109149
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.56662e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161986 s | Solve Time: 0.0132712 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.87e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 4.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.08672e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160527 s | Solve Time: 0.0131709 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.59e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.59e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 8.09e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00102509 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00693844
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.46e+09s, dt:1e+06s, Cycle: 863
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50572e+07, 1.56487e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.96541e+09, 1.52185e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.35646e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.96541e+09, 0 }, { 1.58618e+09, 1.5212e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108249
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.18816e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0184836 s | Solve Time: 0.0139002 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.06e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.06e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 4.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 9.58886e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0176688 s | Solve Time: 0.0117443 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.59e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.59e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 9.59e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00121166 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00692312
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.461e+09s, dt:1e+06s, Cycle: 864
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50557e+07, 1.56487e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.96441e+09, 1.52185e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.35703e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.96441e+09, 0 }, { 1.58718e+09, 1.5212e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.107361
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.54914e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161769 s | Solve Time: 0.0132501 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.25e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.25e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 9.20369e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165079 s | Solve Time: 0.0116289 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.22e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.22e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 9.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00132614 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00689844
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.462e+09s, dt:1e+06s, Cycle: 865
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50542e+07, 1.56487e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.96337e+09, 1.52185e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.35753e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.96337e+09, 0 }, { 1.58822e+09, 1.5212e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.106483
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.71115e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162372 s | Solve Time: 0.0131659 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.25e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.25e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.14683e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166009 s | Solve Time: 0.0132157 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.90e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.90e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 7.15e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00129214 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00685897
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.463e+09s, dt:1e+06s, Cycle: 866
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50526e+07, 1.56488e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.9623e+09, 1.52186e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.35799e+09, 3.07323e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.9623e+09, 0 }, { 1.58929e+09, 1.52121e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.105616
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.05293e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167922 s | Solve Time: 0.0132918 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.12e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.12e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 4.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.79097e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164688 s | Solve Time: 0.014823 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.56e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.56e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.29294e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166251 s | Solve Time: 0.0132196 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.31e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.31e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0103549 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0068008
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.464e+09s, dt:1e+06s, Cycle: 867
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50512e+07, 1.56488e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.9614e+09, 1.52186e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.35856e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.9614e+09, 0 }, { 1.59019e+09, 1.52121e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.104756
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.65073e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016569 s | Solve Time: 0.0131903 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.88e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.88e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.02227e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161043 s | Solve Time: 0.0116296 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.34e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.34e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 8.02e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00122253 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00674899
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.465e+09s, dt:1e+06s, Cycle: 868
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50498e+07, 1.56488e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.96047e+09, 1.52186e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.35916e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.96047e+09, 0 }, { 1.59112e+09, 1.52121e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.106101
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.24142e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161606 s | Solve Time: 0.0132834 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.82e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.82e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.12925e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164016 s | Solve Time: 0.0148474 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.31e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.31e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.99205e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164579 s | Solve Time: 0.0132211 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.05e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.05e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.99e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00842156 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00666751
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.466e+09s, dt:1e+06s, Cycle: 869
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50485e+07, 1.56488e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.95959e+09, 1.52186e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.35973e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.95959e+09, 0 }, { 1.592e+09, 1.52121e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.105159
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.20796e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166265 s | Solve Time: 0.0132058 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.02e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.02e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.21e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.69393e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164702 s | Solve Time: 0.0149669 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.35e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.35e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.87015e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164205 s | Solve Time: 0.0132566 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.97e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.97e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 5.87e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00355251 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00659046
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.467e+09s, dt:1e+06s, Cycle: 870
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50472e+07, 1.56488e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.95873e+09, 1.52186e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36024e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.95873e+09, 0 }, { 1.59286e+09, 1.52121e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.104225
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.03607e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160861 s | Solve Time: 0.0132133 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.30e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.30e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.04e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.95975e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016679 s | Solve Time: 0.0131075 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.25e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.25e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 2.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00384714 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00654541
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.468e+09s, dt:1e+06s, Cycle: 871
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50459e+07, 1.56488e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.95788e+09, 1.52186e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.3607e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.95788e+09, 0 }, { 1.59371e+09, 1.52121e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10703
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.02818e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160408 s | Solve Time: 0.0131506 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.56e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.56e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 2.91263e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168962 s | Solve Time: 0.0116785 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.37e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.37e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 2.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000709997 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00660772
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.469e+09s, dt:1e+06s, Cycle: 872
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50446e+07, 1.56488e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.95701e+09, 1.52186e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36118e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.95701e+09, 0 }, { 1.59459e+09, 1.52121e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.107291
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.06492e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165626 s | Solve Time: 0.0132226 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.11e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.11e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.54911e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166162 s | Solve Time: 0.0132048 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.94e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.94e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.55e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000894445 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00665753
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.47e+09s, dt:1e+06s, Cycle: 873
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50432e+07, 1.56489e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.95609e+09, 1.52187e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36167e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.95609e+09, 0 }, { 1.5955e+09, 1.52121e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.106278
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.24222e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166397 s | Solve Time: 0.0132818 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.57e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.57e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.4676e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167866 s | Solve Time: 0.0148401 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.60e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.60e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.20805e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163575 s | Solve Time: 0.0132185 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.09e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.09e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 5.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00353819 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0066971
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.471e+09s, dt:1e+06s, Cycle: 874
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50419e+07, 1.56489e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.95519e+09, 1.52187e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36222e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.95519e+09, 0 }, { 1.5964e+09, 1.52121e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.105272
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.2222e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161081 s | Solve Time: 0.0132013 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.55e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.55e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.56724e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167136 s | Solve Time: 0.0148486 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.59e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.59e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.57e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00370715 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00673127
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.472e+09s, dt:1e+06s, Cycle: 875
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50405e+07, 1.56489e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.95431e+09, 1.52187e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36284e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.95431e+09, 0 }, { 1.59728e+09, 1.52122e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.107482
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.59624e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169502 s | Solve Time: 0.0132275 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.84e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.84e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.50821e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167393 s | Solve Time: 0.0132676 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.15e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.15e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.51e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00099812 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00675486
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.473e+09s, dt:1e+06s, Cycle: 876
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50392e+07, 1.56489e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.95341e+09, 1.52187e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36349e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.95341e+09, 0 }, { 1.59818e+09, 1.52122e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10642
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.4839e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170666 s | Solve Time: 0.0131843 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.86e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.86e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.76789e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168738 s | Solve Time: 0.0131003 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.20e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.20e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 2.77e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00107737 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00676795
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.474e+09s, dt:1e+06s, Cycle: 877
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50378e+07, 1.56489e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.95247e+09, 1.52187e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36406e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.95247e+09, 0 }, { 1.59912e+09, 1.52122e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110435
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.21189e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163767 s | Solve Time: 0.013147 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.95e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.95e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.21e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.84435e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163002 s | Solve Time: 0.0148253 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.45e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.45e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 3.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.07684e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165064 s | Solve Time: 0.0132405 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.10e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.10e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 8.08e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00867999 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00681552
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.475e+09s, dt:1e+06s, Cycle: 878
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50365e+07, 1.56489e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.95161e+09, 1.52187e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36459e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.95161e+09, 0 }, { 1.59998e+09, 1.52122e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109403
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.67553e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165968 s | Solve Time: 0.0132699 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.15e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.15e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.68e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.30932e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164793 s | Solve Time: 0.0133132 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.33e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.33e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 2.31e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00135157 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0068603
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.476e+09s, dt:1e+06s, Cycle: 879
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50352e+07, 1.56489e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.95074e+09, 1.52187e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36506e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.95074e+09, 0 }, { 1.60086e+09, 1.52122e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.10838
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.99092e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166668 s | Solve Time: 0.0132679 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.41e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.41e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 9.16128e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016786 s | Solve Time: 0.0116818 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.59e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.59e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 9.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000952429 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00689656
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.477e+09s, dt:1e+06s, Cycle: 880
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50338e+07, 1.5649e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.94983e+09, 1.52188e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36545e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.94983e+09, 0 }, { 1.60177e+09, 1.52122e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110945
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.77937e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160508 s | Solve Time: 0.0131766 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.03e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.03e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.45048e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165677 s | Solve Time: 0.0148785 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.60e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.60e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.45e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.05755e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158554 s | Solve Time: 0.0131895 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.20e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.20e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.06e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00924956 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00692033
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.478e+09s, dt:1e+06s, Cycle: 881
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50325e+07, 1.5649e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.94898e+09, 1.52188e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36594e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.94898e+09, 0 }, { 1.60261e+09, 1.52122e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109859
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.4697e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166078 s | Solve Time: 0.0132649 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.40e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.40e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.57513e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165036 s | Solve Time: 0.0131489 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.15e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.15e-05 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.20447e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164166 s | Solve Time: 0.0132524 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.89e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.89e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00117635 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00693829
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.479e+09s, dt:1e+06s, Cycle: 882
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50312e+07, 1.5649e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.94811e+09, 1.52188e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36646e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.94811e+09, 0 }, { 1.60348e+09, 1.52122e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.108781
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.25371e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167414 s | Solve Time: 0.0131908 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.32e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.32e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.54313e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168059 s | Solve Time: 0.013109 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.48e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.48e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.54e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00929011 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00694318
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.48e+09s, dt:1e+06s, Cycle: 883
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.503e+07, 1.5649e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.94729e+09, 1.52188e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36705e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.94729e+09, 0 }, { 1.6043e+09, 1.52122e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112402
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.79037e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165532 s | Solve Time: 0.0132281 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.61e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.61e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 4.69907e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163111 s | Solve Time: 0.0114827 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.54e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.54e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 4.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000755148 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00694354
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.481e+09s, dt:1e+06s, Cycle: 884
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50287e+07, 1.5649e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.94645e+09, 1.52188e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36753e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.94645e+09, 0 }, { 1.60515e+09, 1.52123e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.111361
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.30171e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167603 s | Solve Time: 0.0130326 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.90e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.90e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.44402e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170693 s | Solve Time: 0.0131269 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.72e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.72e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.44e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000815752 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00695738
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.482e+09s, dt:1e+06s, Cycle: 885
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93478e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50274e+07, 1.5649e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.94556e+09, 1.52188e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36802e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.94556e+09, 0 }, { 1.60603e+09, 1.52123e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114283
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.22572e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164039 s | Solve Time: 0.0131521 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.09e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.09e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.78811e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016257 s | Solve Time: 0.0131353 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.45e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.45e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.79e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000961091 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00697592
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.483e+09s, dt:1e+06s, Cycle: 886
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50261e+07, 1.5649e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.94465e+09, 1.52188e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36853e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.94465e+09, 0 }, { 1.60694e+09, 1.52123e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113174
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.63029e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163651 s | Solve Time: 0.013199 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.07e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.07e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.01043e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159914 s | Solve Time: 0.0117447 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.72e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.72e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 8.01e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00107523 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00698474
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.484e+09s, dt:1e+06s, Cycle: 887
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50246e+07, 1.5649e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.9437e+09, 1.52189e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36895e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.9437e+09, 0 }, { 1.6079e+09, 1.52123e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.112074
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.4548e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163223 s | Solve Time: 0.0133854 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.34e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.34e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.45e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.71827e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162937 s | Solve Time: 0.0147659 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.09e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.09e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.41057e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164676 s | Solve Time: 0.0147449 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.61e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.61e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 2.41e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00290299 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00698313
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.485e+09s, dt:1e+06s, Cycle: 888
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50232e+07, 1.56491e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.94274e+09, 1.52189e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.3694e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.94274e+09, 0 }, { 1.60885e+09, 1.52123e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.110982
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.02656e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165663 s | Solve Time: 0.0131368 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.15e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.15e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.47068e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163422 s | Solve Time: 0.0131404 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.29e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.29e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00497112 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00696965
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.486e+09s, dt:1e+06s, Cycle: 889
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50218e+07, 1.56491e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.94179e+09, 1.52189e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.36992e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.94179e+09, 0 }, { 1.6098e+09, 1.52123e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114207
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.89551e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016359 s | Solve Time: 0.0131723 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.67e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.67e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 7.89853e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166041 s | Solve Time: 0.0146822 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.51e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.51e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 7.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.73842e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160353 s | Solve Time: 0.0131318 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.16e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.16e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.74e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00186639 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00694803
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.487e+09s, dt:1e+06s, Cycle: 890
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93477e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50204e+07, 1.56491e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.94083e+09, 1.52189e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37042e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.94083e+09, 0 }, { 1.61076e+09, 1.52123e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117487
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.89825e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158475 s | Solve Time: 0.0131361 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.14e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.14e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.03454e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165053 s | Solve Time: 0.0148559 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.01e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.01e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.00737e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165213 s | Solve Time: 0.0131773 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.19e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.19e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 6.01e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00153235 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00691646
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.488e+09s, dt:1e+06s, Cycle: 891
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93476e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50189e+07, 1.56491e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.93985e+09, 1.52189e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37085e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.93985e+09, 0 }, { 1.61174e+09, 1.52123e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116358
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.34305e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167481 s | Solve Time: 0.0131674 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.31e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.31e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.34e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.04802e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167999 s | Solve Time: 0.0116522 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.95e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.95e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 8.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00496963 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00688516
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.489e+09s, dt:1e+06s, Cycle: 892
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93476e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50175e+07, 1.56491e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.93889e+09, 1.52189e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37125e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.93889e+09, 0 }, { 1.6127e+09, 1.52123e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115238
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.05953e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168524 s | Solve Time: 0.0131944 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.63e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.63e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 9.41703e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161212 s | Solve Time: 0.0117629 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.63e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.63e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 9.42e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00123211 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00690179
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.49e+09s, dt:1e+06s, Cycle: 893
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93476e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5016e+07, 1.56491e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.93789e+09, 1.5219e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37166e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.93789e+09, 0 }, { 1.6137e+09, 1.52124e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114128
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.05692e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165635 s | Solve Time: 0.0134416 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.14e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.2102e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163149 s | Solve Time: 0.0133158 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.30e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.30e-05 ) ;
+ Last LinSolve(iter,res) = ( 8, 9.21e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.85414e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168399 s | Solve Time: 0.0131666 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.13e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.13e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.85e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0032695 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00691088
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.491e+09s, dt:1e+06s, Cycle: 894
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93476e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50145e+07, 1.56491e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.93688e+09, 1.5219e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.372e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.93688e+09, 0 }, { 1.61471e+09, 1.52124e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.113028
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.73402e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166827 s | Solve Time: 0.013218 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.81e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.15598e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165846 s | Solve Time: 0.011653 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.17e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.17e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 5.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00512847 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00691024
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.492e+09s, dt:1e+06s, Cycle: 895
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93476e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5013e+07, 1.56492e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.93589e+09, 1.5219e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37239e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.93589e+09, 0 }, { 1.6157e+09, 1.52124e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.115852
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.04871e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165644 s | Solve Time: 0.0135183 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.67e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.67e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.88667e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016712 s | Solve Time: 0.0131941 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.30e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.30e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 2.89e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00106153 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00689674
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.493e+09s, dt:1e+06s, Cycle: 896
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93476e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50115e+07, 1.56492e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.93485e+09, 1.5219e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37279e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.93485e+09, 0 }, { 1.61674e+09, 1.52124e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.119407
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.28785e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161461 s | Solve Time: 0.0130717 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.31e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.31e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.69483e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160743 s | Solve Time: 0.0132035 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.91e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.91e-05 ) ;
+ Last LinSolve(iter,res) = ( 8, 9.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.70518e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163363 s | Solve Time: 0.0130843 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.18e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.18e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 7.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00395645 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00689477
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.494e+09s, dt:1e+06s, Cycle: 897
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50099e+07, 1.56492e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.93382e+09, 1.5219e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.3732e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.93382e+09, 0 }, { 1.61777e+09, 1.52124e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118269
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.79e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.79e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.71246e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165986 s | Solve Time: 0.0114922 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.30e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.30e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 8.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.74447e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171033 s | Solve Time: 0.0131632 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.34e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.34e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 2.74e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0019647 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00688718
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.495e+09s, dt:1e+06s, Cycle: 898
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50083e+07, 1.56492e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.93276e+09, 1.5219e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37364e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.93276e+09, 0 }, { 1.61883e+09, 1.52124e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11714
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.79e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.79e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.28393e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164397 s | Solve Time: 0.0115509 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.74e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.74e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 8.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 3.74274e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165898 s | Solve Time: 0.0117869 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.71e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.71e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 3.74e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00159718 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00686975
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.496e+09s, dt:1e+06s, Cycle: 899
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50067e+07, 1.56492e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.93166e+09, 1.52191e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37406e+09, 3.07324e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.93166e+09, 0 }, { 1.61994e+09, 1.52124e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116023
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.79e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.79e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 9.64157e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161258 s | Solve Time: 0.0116739 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.31e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.31e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 9.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.63231e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166719 s | Solve Time: 0.013079 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.34e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.34e-05 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.91153e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161501 s | Solve Time: 0.0115651 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.50e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.50e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 8.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00278655 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00684094
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.497e+09s, dt:1e+06s, Cycle: 900
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.5005e+07, 1.56492e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.93053e+09, 1.52191e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37443e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.93053e+09, 0 }, { 1.62106e+09, 1.52124e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.114916
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.79e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.79e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.6296e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168588 s | Solve Time: 0.0115549 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.06e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.06e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 8.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.78606e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167376 s | Solve Time: 0.0147176 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.16e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.16e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.79e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00166871 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00680157
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.498e+09s, dt:1e+06s, Cycle: 901
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50034e+07, 1.56493e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.92939e+09, 1.52191e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37477e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.92939e+09, 0 }, { 1.6222e+09, 1.52125e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122301
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.79e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.79e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.84045e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166132 s | Solve Time: 0.011523 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.26e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.26e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 8.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.2634e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164614 s | Solve Time: 0.011541 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.73e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.73e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 6.26e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00175521 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0067544
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.499e+09s, dt:1e+06s, Cycle: 902
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50016e+07, 1.56493e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.92821e+09, 1.52191e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37513e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.92821e+09, 0 }, { 1.62338e+09, 1.52125e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121146
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.79e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.79e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 9.42408e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166639 s | Solve Time: 0.0115572 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.63e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.63e-03 ) ;
+ Last LinSolve(iter,res) = ( 7, 9.42e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 6.2843e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162868 s | Solve Time: 0.014729 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.27e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.27e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 6.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.58733e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016499 s | Solve Time: 0.0130881 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.31e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.31e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 5.59e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00748691 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00669653
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.5e+09s, dt:1e+06s, Cycle: 903
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49999e+07, 1.56493e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.92708e+09, 1.52191e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37559e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.92708e+09, 0 }, { 1.62451e+09, 1.52125e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.12
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.77e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.77e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.42882e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167091 s | Solve Time: 0.0116359 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.65e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.65e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.4119e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167325 s | Solve Time: 0.0132011 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.53e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.53e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 2.41e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00415004 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00671426
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.501e+09s, dt:1e+06s, Cycle: 904
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49982e+07, 1.56493e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.92595e+09, 1.52191e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37609e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.92595e+09, 0 }, { 1.62564e+09, 1.52125e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118864
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.77e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.77e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.93256e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167044 s | Solve Time: 0.0115622 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.25e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.25e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 4.72146e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168189 s | Solve Time: 0.0116444 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.46e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.46e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 4.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00177448 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00675756
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.502e+09s, dt:1e+06s, Cycle: 905
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93473e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49965e+07, 1.56493e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.92477e+09, 1.52192e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37654e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.92477e+09, 0 }, { 1.62682e+09, 1.52125e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.11774
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.77e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.77e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.32412e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165453 s | Solve Time: 0.0114892 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.45e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.45e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 8.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.3656e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163714 s | Solve Time: 0.0115445 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.76e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.76e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 6.37e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.001926 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00678877
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.503e+09s, dt:1e+06s, Cycle: 906
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93473e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49946e+07, 1.56493e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.92354e+09, 1.52192e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37687e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.92354e+09, 0 }, { 1.62805e+09, 1.52125e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116627
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.77e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.77e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.69397e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159249 s | Solve Time: 0.0115196 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.02e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.02e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.64856e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164927 s | Solve Time: 0.0131086 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.16e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.16e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 2.65e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00202302 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0068127
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.504e+09s, dt:1e+06s, Cycle: 907
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93472e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49928e+07, 1.56494e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.92226e+09, 1.52192e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37717e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.92226e+09, 0 }, { 1.62933e+09, 1.52125e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123852
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.77e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.77e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.65251e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166975 s | Solve Time: 0.011495 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.72e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.72e-03 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.09118e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016618 s | Solve Time: 0.0131233 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.32e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.32e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.29433e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169075 s | Solve Time: 0.0133826 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.85e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.85e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00768704 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00682727
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.505e+09s, dt:1e+06s, Cycle: 908
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93472e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49909e+07, 1.56494e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.92101e+09, 1.52192e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37755e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.92101e+09, 0 }, { 1.63058e+09, 1.52126e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122691
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.77e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.77e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.89633e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166063 s | Solve Time: 0.0116142 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.41e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.41e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 8.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.40953e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161059 s | Solve Time: 0.0114519 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.18e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.18e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 5.41e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00145484 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0068302
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.506e+09s, dt:1e+06s, Cycle: 909
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93472e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.4989e+07, 1.56494e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.91971e+09, 1.52192e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37795e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.91971e+09, 0 }, { 1.63188e+09, 1.52126e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121542
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.77e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.77e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.97361e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162887 s | Solve Time: 0.0114765 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.89e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.89e-03 ) ;
+ Last LinSolve(iter,res) = ( 7, 6.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.5508e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016427 s | Solve Time: 0.0130897 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.60e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.60e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.84232e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167303 s | Solve Time: 0.0115816 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.63e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.63e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 7.84e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00838654 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.006819
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.507e+09s, dt:1e+06s, Cycle: 910
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93472e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81070.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49871e+07, 1.56494e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.91845e+09, 1.52193e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37844e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.91845e+09, 0 }, { 1.63314e+09, 1.52126e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120403
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.76e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.76e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.77709e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165885 s | Solve Time: 0.0116529 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.07e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.07e-03 ) ;
+ Last LinSolve(iter,res) = ( 7, 6.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.99167e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166216 s | Solve Time: 0.0132181 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.17e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.17e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.71587e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166939 s | Solve Time: 0.0131419 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.33e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.33e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 2.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.011685 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00678801
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.508e+09s, dt:1e+06s, Cycle: 911
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93473e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81070.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49854e+07, 1.56494e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.91734e+09, 1.52193e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37914e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.91734e+09, 0 }, { 1.63425e+09, 1.52126e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.119274
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.74e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.74e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.77816e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165892 s | Solve Time: 0.0116143 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.27e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.27e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.94476e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159557 s | Solve Time: 0.0131143 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.13e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.13e-05 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.94e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.25133e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016458 s | Solve Time: 0.0116359 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.94e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.94e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 8.25e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00246766 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00676647
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.509e+09s, dt:1e+06s, Cycle: 912
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93473e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81070.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49837e+07, 1.56495e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.91623e+09, 1.52193e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.37991e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.91623e+09, 0 }, { 1.63536e+09, 1.52126e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118158
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.74e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.74e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.16933e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165831 s | Solve Time: 0.0115389 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.01e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.01e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 9.86131e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167413 s | Solve Time: 0.0115079 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.79e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.79e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 9.86e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00594046 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00673281
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.51e+09s, dt:1e+06s, Cycle: 913
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93473e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81070.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.4982e+07, 1.56495e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.91514e+09, 1.52193e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.38072e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.91514e+09, 0 }, { 1.63645e+09, 1.52126e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.125203
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.74e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.74e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.51434e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016381 s | Solve Time: 0.0115595 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.29e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.29e-03 ) ;
+ Last LinSolve(iter,res) = ( 7, 8.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 8.56368e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164165 s | Solve Time: 0.0130994 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.80e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.80e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 8.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.75154e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016439 s | Solve Time: 0.0130347 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.03e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.03e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.75e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00988004 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00668509
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.511e+09s, dt:1e+06s, Cycle: 914
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81070.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49805e+07, 1.56495e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.91416e+09, 1.52193e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.38165e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.91416e+09, 0 }, { 1.63743e+09, 1.52126e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124038
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.72e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.72e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.47285e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166054 s | Solve Time: 0.0115272 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.60e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.60e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.61578e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162544 s | Solve Time: 0.0116615 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.80e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.80e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 8.62e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00209602 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00663067
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.512e+09s, dt:1e+06s, Cycle: 915
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 81070.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.4979e+07, 1.56495e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.91317e+09, 1.52194e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.38263e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.91317e+09, 0 }, { 1.63842e+09, 1.52126e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122884
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.73e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.73e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.00457e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016599 s | Solve Time: 0.0115927 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.86e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.86e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 8.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.82612e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163969 s | Solve Time: 0.0116425 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.27e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.27e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 5.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000637166 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00656639
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.513e+09s, dt:1e+06s, Cycle: 916
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49775e+07, 1.56495e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.91215e+09, 1.52194e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.38363e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.91215e+09, 0 }, { 1.63944e+09, 1.52127e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121743
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.73e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.73e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.24882e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165807 s | Solve Time: 0.011504 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.81e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.81e-03 ) ;
+ Last LinSolve(iter,res) = ( 7, 8.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 6.6014e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165861 s | Solve Time: 0.0130554 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.73e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.73e-05 ) ;
+ Last LinSolve(iter,res) = ( 8, 6.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.49239e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164604 s | Solve Time: 0.0131732 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.72e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.72e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 2.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00509725 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00653409
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.514e+09s, dt:1e+06s, Cycle: 917
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.4976e+07, 1.56495e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.91116e+09, 1.52194e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.38454e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.91116e+09, 0 }, { 1.64043e+09, 1.52127e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120614
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.72e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.72e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.78373e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168502 s | Solve Time: 0.0116864 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.14e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-03 ) ;
+ Last LinSolve(iter,res) = ( 7, 8.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.16303e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162212 s | Solve Time: 0.0115708 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.18e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.18e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 5.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00504816 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0065859
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.515e+09s, dt:1e+06s, Cycle: 918
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49745e+07, 1.56495e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.9102e+09, 1.52194e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.3855e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.9102e+09, 0 }, { 1.64139e+09, 1.52127e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.119498
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.72e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.72e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.72692e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166849 s | Solve Time: 0.011577 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.33e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.33e-03 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.52669e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158182 s | Solve Time: 0.014754 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.05e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.05e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.19032e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164434 s | Solve Time: 0.0131774 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.67e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.67e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00577812 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00663187
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.516e+09s, dt:1e+06s, Cycle: 919
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49731e+07, 1.56496e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.90928e+09, 1.52194e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.38655e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.90928e+09, 0 }, { 1.64231e+09, 1.52127e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118393
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.71e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.71e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.87721e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165568 s | Solve Time: 0.0115144 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.95e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.95e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.88e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 4.13262e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0189347 s | Solve Time: 0.0116088 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.12e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.12e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 4.13e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00163179 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00666778
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.517e+09s, dt:1e+06s, Cycle: 920
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49717e+07, 1.56496e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.90835e+09, 1.52194e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.3875e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.90835e+09, 0 }, { 1.64324e+09, 1.52127e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.125186
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.72e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.72e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.82538e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163666 s | Solve Time: 0.0143638 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.42e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.42e-03 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.85673e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016635 s | Solve Time: 0.0131393 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.07e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.07e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 4.86e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.60979e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0176006 s | Solve Time: 0.0156516 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.70e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.70e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 2.61e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00633281 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00669519
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.518e+09s, dt:1e+06s, Cycle: 921
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49704e+07, 1.56496e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.90745e+09, 1.52194e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.38834e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.90745e+09, 0 }, { 1.64414e+09, 1.52127e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124033
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.71e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.71e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.5458e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165478 s | Solve Time: 0.0132711 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.30e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.30e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 5.23051e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163688 s | Solve Time: 0.0147724 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.81e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.81e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 5.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.65289e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165546 s | Solve Time: 0.0147154 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.40e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.40e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 2.65e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00350716 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00671321
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.519e+09s, dt:1e+06s, Cycle: 922
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81070.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.4969e+07, 1.56496e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.90658e+09, 1.52195e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.38913e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.90658e+09, 0 }, { 1.64501e+09, 1.52127e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122892
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.71e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.71e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 1.61616e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165336 s | Solve Time: 0.0130588 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.43e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.43e-03 ) ;
+ Last LinSolve(iter,res) = ( 8, 1.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.75313e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165007 s | Solve Time: 0.0148052 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.11e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.11e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.28136e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164131 s | Solve Time: 0.0130797 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.27e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.27e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00721491 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00672024
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.52e+09s, dt:1e+06s, Cycle: 923
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49678e+07, 1.56496e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.90579e+09, 1.52195e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39001e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.90579e+09, 0 }, { 1.6458e+09, 1.52127e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121762
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.71e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.71e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 8.36989e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160508 s | Solve Time: 0.0116075 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.84e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.84e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 8.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.91927e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164578 s | Solve Time: 0.0115089 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.27e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.27e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 5.92e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00392627 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00672008
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.521e+09s, dt:1e+06s, Cycle: 924
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49666e+07, 1.56496e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.90501e+09, 1.52195e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39089e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.90501e+09, 0 }, { 1.64658e+09, 1.52128e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120647
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.71e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.71e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.91243e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159608 s | Solve Time: 0.011522 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.32e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.32e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 6.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.72184e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164557 s | Solve Time: 0.0115592 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.09e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.09e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 7.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000622164 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00671135
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.522e+09s, dt:1e+06s, Cycle: 925
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49654e+07, 1.56496e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.9042e+09, 1.52195e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39166e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.9042e+09, 0 }, { 1.64739e+09, 1.52128e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.119544
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.72e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.72e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.11092e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016547 s | Solve Time: 0.0115585 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.03e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.03e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 4.82345e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167698 s | Solve Time: 0.0115355 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.38e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.38e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 4.82e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000897573 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00669001
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.523e+09s, dt:1e+06s, Cycle: 926
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49642e+07, 1.56496e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.90336e+09, 1.52195e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39241e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.90336e+09, 0 }, { 1.64823e+09, 1.52128e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118455
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.72e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.72e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.24134e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166164 s | Solve Time: 0.0115541 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.67e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.67e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.3711e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165257 s | Solve Time: 0.0131247 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.14e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 2.37e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00104497 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00665941
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.524e+09s, dt:1e+06s, Cycle: 927
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49629e+07, 1.56497e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.90249e+09, 1.52195e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39309e+09, 3.07325e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.90249e+09, 0 }, { 1.6491e+09, 1.52128e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124984
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.72e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.72e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.28555e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161516 s | Solve Time: 0.0115403 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.65e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.65e-03 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.85073e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166428 s | Solve Time: 0.0151882 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.26e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.26e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.73318e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159925 s | Solve Time: 0.0131359 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.03e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.03e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 2.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00726075 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00660347
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.525e+09s, dt:1e+06s, Cycle: 928
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49616e+07, 1.56497e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.90167e+09, 1.52195e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39365e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.90167e+09, 0 }, { 1.64992e+09, 1.52128e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123848
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.72e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.72e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.32185e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164781 s | Solve Time: 0.0115851 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.60e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.60e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 6.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.93523e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016756 s | Solve Time: 0.0131559 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.29e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.29e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 2.94e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.002561 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00654953
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.526e+09s, dt:1e+06s, Cycle: 929
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49604e+07, 1.56497e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.90084e+09, 1.52196e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39419e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.90084e+09, 0 }, { 1.65075e+09, 1.52128e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122724
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.72e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.72e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.12026e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165516 s | Solve Time: 0.0115591 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 5.86e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.86e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 6.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 9.51757e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016294 s | Solve Time: 0.0130175 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.40e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.40e-05 ) ;
+ Last LinSolve(iter,res) = ( 8, 9.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 4.50059e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165931 s | Solve Time: 0.0129553 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.44e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.44e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 4.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00217148 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0065252
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.527e+09s, dt:1e+06s, Cycle: 930
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49591e+07, 1.56497e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.9e+09, 1.52196e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39477e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.9e+09, 0 }, { 1.65159e+09, 1.52128e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121612
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.72e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.72e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.57176e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161342 s | Solve Time: 0.0113589 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.60e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.60e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 6.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 1.93348e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165871 s | Solve Time: 0.0129639 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.23e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.23e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 1.93e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00640228 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00659218
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.528e+09s, dt:1e+06s, Cycle: 931
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49579e+07, 1.56497e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.89921e+09, 1.52196e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39542e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.89921e+09, 0 }, { 1.65238e+09, 1.52128e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120513
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.73e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.73e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.32735e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162233 s | Solve Time: 0.0114592 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.54e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.54e-05 ) ;
+ Last LinSolve(iter,res) = ( 7, 6.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 5.06358e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016517 s | Solve Time: 0.0130288 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.68e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.68e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 5.06e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000686034 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00665233
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.529e+09s, dt:1e+06s, Cycle: 932
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49567e+07, 1.56497e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.89838e+09, 1.52196e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39609e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.89838e+09, 0 }, { 1.65321e+09, 1.52128e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.119427
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.73e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.73e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.17428e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166646 s | Solve Time: 0.0114263 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.81e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.81e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 2.47258e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162976 s | Solve Time: 0.0114891 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.60e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.60e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 2.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000840469 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00670379
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.53e+09s, dt:1e+06s, Cycle: 933
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49554e+07, 1.56497e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.89753e+09, 1.52196e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39668e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.89753e+09, 0 }, { 1.65406e+09, 1.52128e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118354
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.74e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.74e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.04309e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164544 s | Solve Time: 0.0115228 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.61e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.61e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 7.04e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 3.49063e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164085 s | Solve Time: 0.0114494 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 3.73e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.73e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 3.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000947862 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00674619
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.531e+09s, dt:1e+06s, Cycle: 934
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49541e+07, 1.56497e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.89664e+09, 1.52196e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39717e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.89664e+09, 0 }, { 1.65494e+09, 1.52129e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.124605
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.74e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.74e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.70383e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164139 s | Solve Time: 0.0114267 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.63e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.63e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 5.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 6 | Final Rel Res: 8.36299e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157904 s | Solve Time: 0.00999219 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.40e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.40e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 6, 8.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000979856 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00677986
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.532e+09s, dt:1e+06s, Cycle: 935
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49528e+07, 1.56498e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.89573e+09, 1.52196e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39757e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.89573e+09, 0 }, { 1.65585e+09, 1.52129e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.123488
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.74e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.74e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.98597e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163869 s | Solve Time: 0.0116244 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.48e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.48e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 5.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.9164e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164936 s | Solve Time: 0.0115439 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.22e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.22e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 6.92e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00529523 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00680562
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.533e+09s, dt:1e+06s, Cycle: 936
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49514e+07, 1.56498e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.89485e+09, 1.52196e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39802e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.89485e+09, 0 }, { 1.65674e+09, 1.52129e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.122383
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.75e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.75e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.26976e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166656 s | Solve Time: 0.0114665 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 6.57e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.57e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 5.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.35808e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166868 s | Solve Time: 0.0144233 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.09e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.09e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00304344 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00682017
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.534e+09s, dt:1e+06s, Cycle: 937
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49501e+07, 1.56498e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.89397e+09, 1.52197e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39851e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.89397e+09, 0 }, { 1.65762e+09, 1.52129e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121289
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.75e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.75e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.15082e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016442 s | Solve Time: 0.0114085 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.83e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.83e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 5.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.76839e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161851 s | Solve Time: 0.0115334 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.32e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.32e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 7.77e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000957745 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00682636
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.535e+09s, dt:1e+06s, Cycle: 938
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49488e+07, 1.56498e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.89305e+09, 1.52197e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.399e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.89305e+09, 0 }, { 1.65854e+09, 1.52129e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120207
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.76e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.76e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.70968e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161406 s | Solve Time: 0.0114613 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.18e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.18e-03 ) ;
+ Last LinSolve(iter,res) = ( 7, 5.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 3.04899e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159454 s | Solve Time: 0.0114446 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.06e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.06e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 3.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00107635 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00682454
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.536e+09s, dt:1e+06s, Cycle: 939
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49474e+07, 1.56498e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.8921e+09, 1.52197e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39938e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.8921e+09, 0 }, { 1.65949e+09, 1.52129e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.119138
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.76e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.76e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.91315e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163944 s | Solve Time: 0.0114071 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.54e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.54e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 5.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.41149e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165174 s | Solve Time: 0.011441 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.05e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.05e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 7.41e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00115715 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0068095
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.537e+09s, dt:1e+06s, Cycle: 940
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93473e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49459e+07, 1.56498e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.89112e+09, 1.52197e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.39977e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.89112e+09, 0 }, { 1.66047e+09, 1.52129e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118082
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.76e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.76e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.94896e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161689 s | Solve Time: 0.0114384 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.60e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.60e-03 ) ;
+ Last LinSolve(iter,res) = ( 7, 5.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.8186e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161478 s | Solve Time: 0.014432 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.76e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.76e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.50332e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162159 s | Solve Time: 0.0130888 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.04e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00472097 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0067871
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.538e+09s, dt:1e+06s, Cycle: 941
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93473e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49445e+07, 1.56498e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.89019e+09, 1.52197e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.40019e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.89019e+09, 0 }, { 1.6614e+09, 1.52129e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.117038
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.75e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.75e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.5671e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160375 s | Solve Time: 0.0115689 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.24e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.24e-03 ) ;
+ Last LinSolve(iter,res) = ( 7, 6.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 7.60395e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162627 s | Solve Time: 0.0130119 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.91e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.91e-04 ) ;
+ Last LinSolve(iter,res) = ( 8, 7.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.05478e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016076 s | Solve Time: 0.0129751 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.15e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.15e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 8, 3.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0100603 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0068163
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.539e+09s, dt:1e+06s, Cycle: 942
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49434e+07, 1.56499e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.88945e+09, 1.52197e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.40076e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.88945e+09, 0 }, { 1.66214e+09, 1.52129e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.116006
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.74e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.74e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 4.9593e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165969 s | Solve Time: 0.0114656 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.33e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.33e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 4.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 7.883e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164867 s | Solve Time: 0.0115146 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.32e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.32e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 7.88e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00278245 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00684477
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.54e+09s, dt:1e+06s, Cycle: 943
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93474e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49422e+07, 1.56499e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.8887e+09, 1.52197e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.40131e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.8887e+09, 0 }, { 1.66289e+09, 1.52129e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.121856
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.75e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.75e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 4.6684e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163282 s | Solve Time: 0.0114526 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.10e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.10e-03 ) ;
+ Last LinSolve(iter,res) = ( 7, 4.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 3.23648e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162883 s | Solve Time: 0.0130149 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 8.91e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.91e-05 ) ;
+ Last LinSolve(iter,res) = ( 8, 3.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.79893e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164655 s | Solve Time: 0.0113767 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.15e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.15e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 6.80e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00574453 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00686418
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.541e+09s, dt:1e+06s, Cycle: 944
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49411e+07, 1.56499e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.88797e+09, 1.52198e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.4019e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.88797e+09, 0 }, { 1.66361e+09, 1.5213e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.120779
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.74e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.74e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.10012e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163774 s | Solve Time: 0.011724 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 4.40e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.40e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 5.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 4.74832e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158326 s | Solve Time: 0.0114177 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 1.80e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.80e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 4.75e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0034189 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00687116
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.542e+09s, dt:1e+06s, Cycle: 945
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.494e+07, 1.56499e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.88725e+09, 1.52198e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.40253e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.88725e+09, 0 }, { 1.66434e+09, 1.5213e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.119715
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.75e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.75e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.02317e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0184797 s | Solve Time: 0.0115181 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.84e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.84e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 5.02e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 4.95918e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165489 s | Solve Time: 0.0114471 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 9.61e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.61e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 4.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000668741 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00686835
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.543e+09s, dt:1e+06s, Cycle: 946
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49388e+07, 1.56499e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.88649e+09, 1.52198e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.40315e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.88649e+09, 0 }, { 1.6651e+09, 1.5213e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.118666
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.75e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.75e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 5.00524e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163971 s | Solve Time: 0.011444 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 7.90e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.90e-04 ) ;
+ Last LinSolve(iter,res) = ( 7, 5.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 6.52984e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164062 s | Solve Time: 0.0113963 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000000627733 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577256e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417662.54080746 Pa
+ ( Rflow ) = ( 2.30e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.30e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 6.53e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000906146 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00685545
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.544e+09s, dt:3.28e+07s, Cycle: 947
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93475e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197203, 81071.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49377e+07, 1.56499e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.88569e+09, 1.52198e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.40375e+09, 3.07326e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.88569e+09, 0 }, { 1.6659e+09, 1.5213e+12 } } kg
+compflowStatistics: Max phase CFL number: 3.85824
+compflowStatistics: Max component CFL number: 1.24217
+Cleaning up events
+Rank 29: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000029.hdf5
+Rank 30: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000030.hdf5
+Rank 28: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000028.hdf5
+Rank 24: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000024.hdf5
+Rank 31: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000031.hdf5
+Rank 0: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000000.hdf5
+Rank 1: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000001.hdf5
+Rank 2: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000002.hdf5
+Rank 3: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000003.hdf5
+Rank 4: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000004.hdf5
+Rank 5: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000005.hdf5
+Rank 6: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000006.hdf5
+Rank 7: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000007.hdf5
+Rank 8: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000008.hdf5
+Rank 25: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000025.hdf5
+Rank 9: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000009.hdf5
+Rank 26: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000026.hdf5
+Rank 10: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000010.hdf5
+Rank 27: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000027.hdf5
+Rank 11: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000011.hdf5
+Rank 12: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000012.hdf5
+Rank 13: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000013.hdf5
+Rank 14: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000014.hdf5
+Rank 15: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000015.hdf5
+Rank 16: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000016.hdf5
+Rank 17: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000017.hdf5
+Rank 18: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000018.hdf5
+Rank 19: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000019.hdf5
+Rank 20: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000020.hdf5
+Rank 21: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000021.hdf5
+Rank 22: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000022.hdf5
+Rank 23: Writing out restart file at run_drain/class09_pb3_smoke_drainage_restart_000000948/rank_0000023.hdf5
+Umpire HOST sum across ranks: 445.4 MB
+Umpire HOST rank max: 16.6 MB
+total time 174.273s
+initialization time 12.481s
+run time 157.304s
diff --git a/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/log_hyst.txt b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/log_hyst.txt
new file mode 100644
index 00000000000..fdec5e64fdd
--- /dev/null
+++ b/src/docs/sphinx/advancedExamples/validationStudies/carbonStorage/isothermalHystInjection/log_hyst.txt
@@ -0,0 +1,54468 @@
+Max threads: 1
+GEOSX version: 0.2.0 (HEAD, sha1: 15de98b)
+ - c++ compiler: gcc 10.1.0
+ - openmp version: 201511
+ - MPI version: Open MPI v4.0.3, package: Open MPI kilian@sh02-hn01.SUNet Distribution, ident: 4.0.3, repo rev: v4.0.3, Mar 03, 2020
+ - HDF5 version: 1.12.1
+ - Conduit version: 0.8.2
+ - VTK version: 9.1.0
+ - RAJA version: 2022.3.0
+ - umpire version: 2022.3.0
+ - adiak version: ..
+ - caliper version: 2.8.0
+ - METIS version: 5.1.0
+ - PARAMETIS version: 4.0.3
+ - scotch version: 6.0.9
+ - superlu_dist version: 6.3.0
+ - suitesparse version: 5.7.9
+ - hypre release version: 2.24.0
+Adding Mesh: VTKMesh, mesh
+Adding Mesh: InternalWell, wellInjector1
+Adding Output: VTK, simpleReservoirViz
+Adding Output: Restart, restartOutput
+Adding Event: PeriodicEvent, outputs
+Adding Event: PeriodicEvent, restarts
+Adding Event: PeriodicEvent, statistics
+Adding Event: PeriodicEvent, solverApplications1
+Adding Event: PeriodicEvent, solverApplications2
+Adding Event: PeriodicEvent, solverApplications3
+Adding Solver of type CompositionalMultiphaseReservoir, named coupledFlowAndWells
+Adding Solver of type CompositionalMultiphaseFVM, named compositionalMultiphaseFlow
+Adding Solver of type CompositionalMultiphaseWell, named compositionalMultiphaseWell
+ TableFunction: initCO2CompFracTable
+ TableFunction: initWaterCompFracTable
+ TableFunction: initTempTable
+ TableFunction: waterRelativePermeabilityTable
+ TableFunction: gasRelativePermeabilityTable
+ TableFunction: waterCapillaryPressureTable
+ TableFunction: temperatureFunction
+ TableFunction: pressureFunction
+ TableFunction: totalRateTable
+ TableFunction: drainageWaterRelativePermeabilityTable
+ TableFunction: drainageGasRelativePermeabilityTable
+ TableFunction: imbibitionWaterRelativePermeabilityTable
+ TableFunction: imbibitionGasRelativePermeabilityTable
+Adding Object CellElementRegion named reservoir from ObjectManager::Catalog.
+Adding Object WellElementRegion named wellRegion from ObjectManager::Catalog.
+ TableFunction: fluid_phaseModel1_EzrokhiBrineDensity_sat_density_table
+ TableFunction: fluid_phaseModel1_EzrokhiBrineDensity_sat_pressure_table
+ TableFunction: fluid_phaseModel1_EzrokhiBrineViscosity_table
+ TableFunction: fluid_phaseModel2_SpanWagnerCO2Density_table
+ TableFunction: fluid_phaseModel2_FenghourCO2Viscosity_table
+ TableFunction: fluid_CO2Solubility_table
+ TableFunction: wellControls_ConstantBHP_table
+ TableFunction: wellControls_ConstantPhaseRate_table
+VTKMesh 'mesh': reading mesh from /scratch/users/jfranc/runs/geosx/class09/Class09Pb3/Johansen_faces.vtu
+ reading the dataset...
+ redistributing mesh...
+Generating global Ids from VTK mesh
+ finding neighbor ranks...
+ done!
+VTKMesh 'mesh': generating GEOSX mesh data structure
+ preprocessing...
+ writing nodes...
+ writing cells...
+ writing surfaces...
+ building connectivity maps...
+ done!
+Number of nodes: 62800
+ Number of elems: 54756
+ Polygon: 3510
+ C3D8: 54756
+Load balancing: min avg max
+(element/rank): 1433 1711 1866
+
+++++++++++++++++++++++++++
+InternalWellGenerator = wellInjector1
+MPI rank = 0
+
+Number of well elements = 5
+Well element #0
+Coordinates of the element center: { 5440, 3300, -2955 }
+No next well element
+Previous well element #1
+First well node: #0
+Second well node: #1
+Well element #1
+Coordinates of the element center: { 5440, 3300, -2965 }
+Next well element # = 0
+Previous well element #2
+First well node: #1
+Second well node: #2
+Well element #2
+Coordinates of the element center: { 5440, 3300, -2975 }
+Next well element # = 1
+Previous well element #3
+First well node: #2
+Second well node: #3
+Well element #3
+Coordinates of the element center: { 5440, 3300, -2985 }
+Next well element # = 2
+Previous well element #4
+First well node: #3
+Second well node: #4
+Well element #4
+Coordinates of the element center: { 5440, 3300, -2995 }
+Next well element # = 3
+No previous well element
+First well node: #4
+Second well node: #5
+
+Number of perforations = 5
+Perforation #0
+Coordinates of the perforation: { 5440, 3300, -2995 }
+Is connected to well element #4
+Perforation #1
+Coordinates of the perforation: { 5440, 3300, -2985 }
+Is connected to well element #3
+Perforation #2
+Coordinates of the perforation: { 5440, 3300, -2975 }
+Is connected to well element #2
+Perforation #3
+Coordinates of the perforation: { 5440, 3300, -2965 }
+Is connected to well element #1
+Perforation #4
+Coordinates of the perforation: { 5440, 3300, -2955 }
+Is connected to well element #0
+
+regionQuadrature: meshBodyName, meshLevelName, regionName, subRegionName = mesh, Level0, reservoir, 1_hexahedra
+mesh/Level0/reservoir/1_hexahedra/fluid allocated 1 quadrature points
+mesh/Level0/reservoir/1_hexahedra/rock allocated 1 quadrature points
+mesh/Level0/reservoir/1_hexahedra/relperm allocated 1 quadrature points
+mesh/Level0/reservoir/1_hexahedra/cappres allocated 1 quadrature points
+regionQuadrature: meshBodyName, meshLevelName, regionName, subRegionName = mesh, Level0, wellRegion, wellRegionUniqueSubRegion
+mesh/Level0/wellRegion/wellRegionUniqueSubRegion/fluid allocated 1 quadrature points
+mesh/Level0/wellRegion/wellRegionUniqueSubRegion/relperm allocated 1 quadrature points
+mesh/Level0/wellRegion/wellRegionUniqueSubRegion/cappres allocated 1 quadrature points
+Rank 17: The perforation at (5440,3300,-2995) has a transmissibility of 1.9263011372391067e-12 Pa.s.rm^3/s/Pa
+Rank 17: The perforation at (5440,3300,-2985) has a transmissibility of 2.368575573918429e-12 Pa.s.rm^3/s/Pa
+Rank 17: The perforation at (5440,3300,-2975) has a transmissibility of 2.724171899533392e-12 Pa.s.rm^3/s/Pa
+Rank 17: The perforation at (5440,3300,-2965) has a transmissibility of 3.0796527300194496e-12 Pa.s.rm^3/s/Pa
+Rank 17: The perforation at (5440,3300,-2955) has a transmissibility of 3.141701956278774e-12 Pa.s.rm^3/s/Pa
+ TableFunction: equil_1_hexahedra_water_table
+Time: 0s, dt:100s, Cycle: 0
+Rank 17: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000017.hdf5
+Rank 0: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000000.hdf5
+Rank 29: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000029.hdf5
+Rank 28: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000028.hdf5
+Rank 24: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000024.hdf5
+Rank 2: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000002.hdf5
+Rank 30: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000030.hdf5
+Rank 4: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000004.hdf5
+Rank 6: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000006.hdf5
+Rank 22: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000022.hdf5
+Rank 23: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000023.hdf5
+Rank 7: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000007.hdf5
+Rank 8: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000008.hdf5
+Rank 9: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000009.hdf5
+Rank 10: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000010.hdf5
+Rank 11: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000011.hdf5
+Rank 12: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000012.hdf5
+Rank 13: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000013.hdf5
+Rank 14: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000014.hdf5
+Rank 15: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000015.hdf5
+Rank 16: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000016.hdf5
+Rank 18: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000018.hdf5
+Rank 26: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000026.hdf5
+Rank 19: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000019.hdf5
+Rank 31: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000031.hdf5
+Rank 27: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000027.hdf5
+Rank 20: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000020.hdf5
+Rank 25: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000025.hdf5
+Rank 1: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000001.hdf5
+Rank 3: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000003.hdf5
+Rank 5: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000005.hdf5
+Rank 21: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000000/rank_0000021.hdf5
+compflowStatistics, reservoir: Pressure (min, average, max): 2.5355e+07, 2.93827e+07, 3.21952e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): 0, 0 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.53628e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 8.33739e-10
+compflowStatistics: Max component CFL number: 8.3374e-10
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 0 kg/s, which corresponds to a total surface volumetric rate of 0 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 0 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 0 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 32927601.657849897 Pa
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 6177.866656179749 kg/s, which corresponds to a total surface volumetric rate of 3306.596147524238 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 3306.5961475239847 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 2.530624093193429e-10 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 32927601.657849897 Pa
+ ( Rflow ) = ( 3.41e-04 ) ; ( Rwell ) = ( 4.11e+02 ) ; ( R ) = ( 4.11e+02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 1.91192e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158823 s | Solve Time: 0.0156379 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.000000077747245 kg/s, which corresponds to a total surface volumetric rate of 8.028490291276885 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.02849029127627 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412579167538e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30456548.81117684 Pa
+ ( Rflow ) = ( 6.12e-06 ) ; ( Rwell ) = ( 2.57e-04 ) ; ( R ) = ( 2.57e-04 ) ;
+ Last LinSolve(iter,res) = ( 11, 1.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 2.78139e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0132207 s | Solve Time: 0.0150094 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.14441254758014e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30387354.32315638 Pa
+ ( Rflow ) = ( 1.72e-08 ) ; ( Rwell ) = ( 7.20e-07 ) ; ( R ) = ( 7.20e-07 ) ;
+ Last LinSolve(iter,res) = ( 11, 2.78e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30387354.32315638 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.14441254758014e-13 sm3/s
+compositionalMultiphaseFlow: Max relative pressure change: 0.0679447 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 7.77156e-16
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 100s, dt:200s, Cycle: 1
+compflowStatistics, reservoir: Pressure (min, average, max): 2.53391e+07, 2.93827e+07, 3.21952e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): 0, 0 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.53782e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 6.2917e-06
+compflowStatistics: Max component CFL number: 6.29171e-06
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.14441254758014e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30387354.32315638 Pa
+ ( Rflow ) = ( 3.96e-04 ) ; ( Rwell ) = ( 3.96e-05 ) ; ( R ) = ( 3.98e-04 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 2.9404e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0141354 s | Solve Time: 0.0184807 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577275e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30379223.3673568 Pa
+ ( Rflow ) = ( 1.16e-08 ) ; ( Rwell ) = ( 4.24e-09 ) ; ( R ) = ( 1.23e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30379223.3673568 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577275e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 2.94e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.108545 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 7.65948e-11
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 300s, dt:400s, Cycle: 2
+compflowStatistics, reservoir: Pressure (min, average, max): 2.53116e+07, 2.93825e+07, 3.21952e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -17228.3, 7234.22 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.54082e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 2.32788e-05
+compflowStatistics: Max component CFL number: 2.32788e-05
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577275e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30379223.3673568 Pa
+ ( Rflow ) = ( 6.92e-04 ) ; ( Rwell ) = ( 7.01e-08 ) ; ( R ) = ( 6.92e-04 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.48091e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0147067 s | Solve Time: 0.0190126 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30382309.309829768 Pa
+ ( Rflow ) = ( 3.51e-08 ) ; ( Rwell ) = ( 1.44e-10 ) ; ( R ) = ( 3.51e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30382309.309829768 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 5.48e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.146348 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 6.23416e-11
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 700s, dt:800s, Cycle: 3
+compflowStatistics, reservoir: Pressure (min, average, max): 2.52746e+07, 2.93823e+07, 3.21952e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -44732.5, 17041.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.54682e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 5.66925e-05
+compflowStatistics: Max component CFL number: 5.66925e-05
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30382309.309829768 Pa
+ ( Rflow ) = ( 1.12e-03 ) ; ( Rwell ) = ( 1.25e-08 ) ; ( R ) = ( 1.12e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.51684e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0141522 s | Solve Time: 0.0191173 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30385523.252034407 Pa
+ ( Rflow ) = ( 1.43e-07 ) ; ( Rwell ) = ( 1.98e-10 ) ; ( R ) = ( 1.43e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30385523.252034407 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 9.52e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.157736 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 1.66588e-10
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1500s, dt:1600s, Cycle: 4
+compflowStatistics, reservoir: Pressure (min, average, max): 2.52347e+07, 2.93819e+07, 3.21952e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -81775.6, 28612 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.55882e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.000102454
+compflowStatistics: Max component CFL number: 0.000102467
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30385523.252034407 Pa
+ ( Rflow ) = ( 1.64e-03 ) ; ( Rwell ) = ( 6.51e-09 ) ; ( R ) = ( 1.64e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 1.63428e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0143693 s | Solve Time: 0.0205581 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30388463.250233065 Pa
+ ( Rflow ) = ( 4.32e-07 ) ; ( Rwell ) = ( 7.68e-12 ) ; ( R ) = ( 4.32e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30388463.250233065 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 1.63e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.162346 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 6.66738e-10
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3100s, dt:3200s, Cycle: 5
+compflowStatistics, reservoir: Pressure (min, average, max): 2.52014e+07, 2.93814e+07, 3.21953e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -121643, 42538.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.58282e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.000214242
+compflowStatistics: Max component CFL number: 0.0002143
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30388463.250233065 Pa
+ ( Rflow ) = ( 2.23e-03 ) ; ( Rwell ) = ( 2.98e-09 ) ; ( R ) = ( 2.23e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.17528e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0149502 s | Solve Time: 0.0210514 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30391065.668381352 Pa
+ ( Rflow ) = ( 2.77e-07 ) ; ( Rwell ) = ( 4.54e-12 ) ; ( R ) = ( 2.77e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30391065.668381352 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 2.18e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.157254 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 2.66371e-09
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6300s, dt:6400s, Cycle: 6
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51798e+07, 2.93805e+07, 3.21959e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -154986, 56537.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.63083e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.000436713
+compflowStatistics: Max component CFL number: 0.000436952
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30391065.668381352 Pa
+ ( Rflow ) = ( 3.09e-03 ) ; ( Rwell ) = ( 1.32e-09 ) ; ( R ) = ( 3.09e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.72099e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0152271 s | Solve Time: 0.0229963 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30393509.16762384 Pa
+ ( Rflow ) = ( 9.69e-07 ) ; ( Rwell ) = ( 9.04e-12 ) ; ( R ) = ( 9.69e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30393509.16762384 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 5.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.158985 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 1.06303e-08
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 12700s, dt:12800s, Cycle: 7
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51686e+07, 2.93794e+07, 3.21984e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -176548, 65310.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07255e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.72687e+06, 1.53628e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.000879692
+compflowStatistics: Max component CFL number: 0.000880662
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30393509.16762384 Pa
+ ( Rflow ) = ( 4.96e-03 ) ; ( Rwell ) = ( 6.18e-10 ) ; ( R ) = ( 4.96e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.71754e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0153893 s | Solve Time: 0.0214635 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30395981.765955597 Pa
+ ( Rflow ) = ( 3.81e-06 ) ; ( Rwell ) = ( 1.28e-11 ) ; ( R ) = ( 3.81e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30395981.765955597 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 8.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.15757 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 4.23298e-08
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 25500s, dt:25600s, Cycle: 8
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51636e+07, 2.9378e+07, 3.22049e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -187690, 69327.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53628e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07255e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 1.91905e+06, 1.53627e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0017623
+compflowStatistics: Max component CFL number: 0.00176619
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30395981.765955597 Pa
+ ( Rflow ) = ( 9.03e-03 ) ; ( Rwell ) = ( 3.12e-10 ) ; ( R ) = ( 9.03e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.29834e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159472 s | Solve Time: 0.0244118 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398592.705623697 Pa
+ ( Rflow ) = ( 1.51e-05 ) ; ( Rwell ) = ( 8.30e-12 ) ; ( R ) = ( 1.51e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 2.48327e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0154839 s | Solve Time: 0.0209464 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398624.667749938 Pa
+ ( Rflow ) = ( 4.47e-11 ) ; ( Rwell ) = ( 9.35e-16 ) ; ( R ) = ( 4.47e-11 ) ;
+wellControls: BHP (at the specified reference elevation): 30398624.667749938 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 2.48e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.155679 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 5.65108e-08
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 51100s, dt:51200s, Cycle: 9
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51613e+07, 2.93761e+07, 3.22154e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -192769, 71029.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53627e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07255e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 2.30304e+06, 1.53627e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.00352302
+compflowStatistics: Max component CFL number: 0.0035386
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398624.667749938 Pa
+ ( Rflow ) = ( 1.74e-02 ) ; ( Rwell ) = ( 1.67e-10 ) ; ( R ) = ( 1.74e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.86221e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0193213 s | Solve Time: 0.023395 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30401383.882176552 Pa
+ ( Rflow ) = ( 6.01e-05 ) ; ( Rwell ) = ( 3.30e-11 ) ; ( R ) = ( 6.01e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.86e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.63722e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157257 s | Solve Time: 0.0207554 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30401454.9388158 Pa
+ ( Rflow ) = ( 6.99e-10 ) ; ( Rwell ) = ( 3.61e-15 ) ; ( R ) = ( 6.99e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30401454.9388158 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 3.64e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.155812 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 1.57752e-11
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 102300s, dt:102400s, Cycle: 10
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51602e+07, 2.93737e+07, 3.22277e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -195075, 74376.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53627e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07254e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 3.07104e+06, 1.53627e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.00700936
+compflowStatistics: Max component CFL number: 0.00707128
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30401454.9388158 Pa
+ ( Rflow ) = ( 3.43e-02 ) ; ( Rwell ) = ( 8.96e-11 ) ; ( R ) = ( 3.43e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.6253e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158518 s | Solve Time: 0.0225603 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30404314.58206488 Pa
+ ( Rflow ) = ( 2.38e-04 ) ; ( Rwell ) = ( 5.94e-11 ) ; ( R ) = ( 2.38e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.48023e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159207 s | Solve Time: 0.0209933 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30404468.84849464 Pa
+ ( Rflow ) = ( 1.08e-08 ) ; ( Rwell ) = ( 1.76e-14 ) ; ( R ) = ( 1.08e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30404468.84849464 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 4.48e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.153379 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 2.36946e-10
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 204700s, dt:204800s, Cycle: 11
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51596e+07, 2.93706e+07, 3.22399e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -196170, 76815.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57995e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 0, 1.57995e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 0, 1.53627e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 0, 3.07253e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 0, 0 }, { 4.60704e+06, 1.53626e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0138558
+compflowStatistics: Max component CFL number: 0.0140996
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30404468.84849464 Pa
+ ( Rflow ) = ( 6.78e-02 ) ; ( Rwell ) = ( 4.77e-11 ) ; ( R ) = ( 6.78e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.06914e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158346 s | Solve Time: 0.0225181 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30407077.64898058 Pa
+ ( Rflow ) = ( 1.44e-02 ) ; ( Rwell ) = ( 1.86e-04 ) ; ( R ) = ( 1.44e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.64733e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0153609 s | Solve Time: 0.0241029 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30533049.922056973 Pa
+ ( Rflow ) = ( 3.52e-03 ) ; ( Rwell ) = ( 1.41e-05 ) ; ( R ) = ( 3.52e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.21787e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0155564 s | Solve Time: 0.0209454 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30537208.793998558 Pa
+ ( Rflow ) = ( 5.68e-06 ) ; ( Rwell ) = ( 1.01e-08 ) ; ( R ) = ( 5.68e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30537208.793998558 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 8.22e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.219736 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0261357
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 409500s, dt:409600s, Cycle: 12
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51594e+07, 2.93678e+07, 3.22503e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -196707, 78602 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1826.28, 1.57994e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.21124e+06, 1.53626e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.21124e+06, 3.07252e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.21124e+06, 0 }, { 6.46779e+06, 1.53626e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0904715
+compflowStatistics: Max component CFL number: 0.0949654
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30537208.793998558 Pa
+ ( Rflow ) = ( 1.12e-01 ) ; ( Rwell ) = ( 9.39e-09 ) ; ( R ) = ( 1.12e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.66991e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162199 s | Solve Time: 0.0249865 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30907917.258198045 Pa
+ ( Rflow ) = ( 4.28e-02 ) ; ( Rwell ) = ( 4.07e-04 ) ; ( R ) = ( 4.28e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.26257e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162811 s | Solve Time: 0.0233311 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30988000.363272827 Pa
+ ( Rflow ) = ( 3.03e-03 ) ; ( Rwell ) = ( 1.91e-06 ) ; ( R ) = ( 3.03e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.05108e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163342 s | Solve Time: 0.0216858 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30987220.96655728 Pa
+ ( Rflow ) = ( 6.81e-06 ) ; ( Rwell ) = ( 7.14e-10 ) ; ( R ) = ( 6.81e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30987220.96655728 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 4.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.498485 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.075857
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 819100s, dt:698750s, Cycle: 13
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51592e+07, 2.93669e+07, 3.22575e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -196974, 95984 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 10455.7, 1.57993e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.95156e+06, 1.53625e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.67278e+06, 3.07252e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.95156e+06, 0 }, { 6.87146e+06, 1.53625e+12 } } kg
+compflowStatistics: Max phase CFL number: 1.27684
+compflowStatistics: Max component CFL number: 0.372022
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30987220.96655728 Pa
+ ( Rflow ) = ( 1.91e-01 ) ; ( Rwell ) = ( 1.89e-09 ) ; ( R ) = ( 1.91e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.81426e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163376 s | Solve Time: 0.023413 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31211068.664271716 Pa
+ ( Rflow ) = ( 1.99e-01 ) ; ( Rwell ) = ( 3.48e-04 ) ; ( R ) = ( 1.99e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.81e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31099144.8154145 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.18e-01 ) ; ( Rwell ) = ( 1.53e-04 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.22371e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162785 s | Solve Time: 0.0233024 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31115281.278110374 Pa
+ ( Rflow ) = ( 6.21e-02 ) ; ( Rwell ) = ( 6.24e-05 ) ; ( R ) = ( 6.21e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.96907e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.015813 s | Solve Time: 0.0216362 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31085631.905820843 Pa
+ ( Rflow ) = ( 6.72e-03 ) ; ( Rwell ) = ( 8.75e-06 ) ; ( R ) = ( 6.72e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 3.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.11707e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159355 s | Solve Time: 0.0214771 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31082346.212086912 Pa
+ ( Rflow ) = ( 1.52e-05 ) ; ( Rwell ) = ( 4.94e-10 ) ; ( R ) = ( 1.52e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 3.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.42864e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160267 s | Solve Time: 0.0216272 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31082346.17221395 Pa
+ ( Rflow ) = ( 1.05e-10 ) ; ( Rwell ) = ( 2.98e-14 ) ; ( R ) = ( 1.05e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 31082346.17221395 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 3.43e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.120317 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0966622
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.51785e+06s, dt:1.06591e+06s, Cycle: 14
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51592e+07, 2.93656e+07, 3.22611e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197108, 245869 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 23692, 1.57992e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.57561e+07, 1.53624e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.42697e+07, 3.07252e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.57561e+07, 0 }, { 8.54816e+06, 1.53623e+12 } } kg
+compflowStatistics: Max phase CFL number: 2.63767
+compflowStatistics: Max component CFL number: 1.15363
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31082346.17221395 Pa
+ ( Rflow ) = ( 2.53e-01 ) ; ( Rwell ) = ( 2.11e-10 ) ; ( R ) = ( 2.53e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.06449e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162798 s | Solve Time: 0.0234537 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31073286.906606175 Pa
+ ( Rflow ) = ( 1.02e+00 ) ; ( Rwell ) = ( 9.67e-05 ) ; ( R ) = ( 1.02e+00 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.06e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31077816.53941006 Pa
+ Line search @ 0.417: ( Rflow ) = ( 3.02e-01 ) ; ( Rwell ) = ( 3.32e-05 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31080081.355812006 Pa
+ Line search @ 0.209: ( Rflow ) = ( 2.03e-01 ) ; ( Rwell ) = ( 9.65e-06 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.61213e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161563 s | Solve Time: 0.0232257 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31008144.844652824 Pa
+ ( Rflow ) = ( 3.54e-01 ) ; ( Rwell ) = ( 6.27e-05 ) ; ( R ) = ( 3.54e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.61e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31044113.10023241 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.93e-01 ) ; ( Rwell ) = ( 2.44e-05 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31062097.22802221 Pa
+ Line search @ 0.250: ( Rflow ) = ( 2.32e-01 ) ; ( Rwell ) = ( 1.08e-05 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31071089.291917104 Pa
+ Line search @ 0.125: ( Rflow ) = ( 2.06e-01 ) ; ( Rwell ) = ( 8.43e-06 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31075585.323864553 Pa
+ Line search @ 0.062: ( Rflow ) = ( 2.01e-01 ) ; ( Rwell ) = ( 9.04e-06 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.82179e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162553 s | Solve Time: 0.0233734 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31078586.820120882 Pa
+ ( Rflow ) = ( 4.38e-01 ) ; ( Rwell ) = ( 5.30e-05 ) ; ( R ) = ( 4.38e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.82e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31077086.071992718 Pa
+ Line search @ 0.438: ( Rflow ) = ( 1.17e-01 ) ; ( Rwell ) = ( 2.35e-05 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.48535e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160862 s | Solve Time: 0.0232349 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31026618.4476631 Pa
+ ( Rflow ) = ( 7.49e-02 ) ; ( Rwell ) = ( 3.11e-05 ) ; ( R ) = ( 7.49e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.49e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.8689e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158986 s | Solve Time: 0.0231124 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31024781.90268599 Pa
+ ( Rflow ) = ( 1.80e-02 ) ; ( Rwell ) = ( 7.33e-08 ) ; ( R ) = ( 1.80e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.47039e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163562 s | Solve Time: 0.0197619 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 6
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31025042.668800384 Pa
+ ( Rflow ) = ( 5.86e-05 ) ; ( Rwell ) = ( 2.71e-10 ) ; ( R ) = ( 5.86e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 8.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 2.40309e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163174 s | Solve Time: 0.0200882 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 7
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31025042.448712084 Pa
+ ( Rflow ) = ( 6.94e-10 ) ; ( Rwell ) = ( 1.55e-13 ) ; ( R ) = ( 6.94e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 31025042.448712084 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 2.40e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0875333 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.143442
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.58376e+06s, dt:1.31355e+06s, Cycle: 15
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93635e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197170, 259065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 40669.7, 1.5799e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.70409e+07, 1.53622e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.35951e+07, 3.07252e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.70409e+07, 0 }, { 1.3252e+07, 1.53621e+12 } } kg
+compflowStatistics: Max phase CFL number: 3.39375
+compflowStatistics: Max component CFL number: 1.93352
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31025042.448712084 Pa
+ ( Rflow ) = ( 2.55e-01 ) ; ( Rwell ) = ( 8.32e-11 ) ; ( R ) = ( 2.55e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.84815e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162975 s | Solve Time: 0.0231901 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31000771.398997337 Pa
+ ( Rflow ) = ( 9.76e-01 ) ; ( Rwell ) = ( 3.63e-05 ) ; ( R ) = ( 9.76e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.85e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31012906.92385471 Pa
+ Line search @ 0.351: ( Rflow ) = ( 3.19e-01 ) ; ( Rwell ) = ( 1.86e-05 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 31018974.6862834 Pa
+ Line search @ 0.176: ( Rflow ) = ( 2.27e-01 ) ; ( Rwell ) = ( 9.15e-06 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.54269e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164496 s | Solve Time: 0.0233823 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30924109.864235356 Pa
+ ( Rflow ) = ( 7.88e-01 ) ; ( Rwell ) = ( 1.85e-05 ) ; ( R ) = ( 7.88e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.54e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30971542.275259376 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.68e-01 ) ; ( Rwell ) = ( 3.83e-06 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30995258.48077139 Pa
+ Line search @ 0.250: ( Rflow ) = ( 1.95e-01 ) ; ( Rwell ) = ( 6.59e-06 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.03492e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157593 s | Solve Time: 0.0232445 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30908866.942723453 Pa
+ ( Rflow ) = ( 2.39e-01 ) ; ( Rwell ) = ( 2.24e-05 ) ; ( R ) = ( 2.39e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.03e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30952062.71174742 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.85e-01 ) ; ( Rwell ) = ( 5.78e-06 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.99072e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156874 s | Solve Time: 0.0213986 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30932064.66409456 Pa
+ ( Rflow ) = ( 7.46e-02 ) ; ( Rwell ) = ( 2.90e-06 ) ; ( R ) = ( 7.46e-02 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.78e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162161 s | Solve Time: 0.0215398 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30927708.87260402 Pa
+ ( Rflow ) = ( 5.17e-04 ) ; ( Rwell ) = ( 5.91e-08 ) ; ( R ) = ( 5.17e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 3.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.12112e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161684 s | Solve Time: 0.0214659 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 6
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30927731.5243856 Pa
+ ( Rflow ) = ( 1.41e-07 ) ; ( Rwell ) = ( 4.68e-12 ) ; ( R ) = ( 1.41e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30927731.5243856 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 6.12e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.108564 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.141304
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.89731e+06s, dt:1.63306e+06s, Cycle: 16
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93613e+07, 3.22627e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197195, 232603 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 57705.1, 1.57988e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.83598e+07, 1.5362e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.26695e+07, 3.07251e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.83598e+07, 0 }, { 2.16364e+07, 1.53619e+12 } } kg
+compflowStatistics: Max phase CFL number: 3.05283
+compflowStatistics: Max component CFL number: 2.55898
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30927731.5243856 Pa
+ ( Rflow ) = ( 2.63e-01 ) ; ( Rwell ) = ( 1.12e-10 ) ; ( R ) = ( 2.63e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.54235e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163438 s | Solve Time: 0.0232254 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30872473.87801135 Pa
+ ( Rflow ) = ( 1.41e-01 ) ; ( Rwell ) = ( 4.87e-06 ) ; ( R ) = ( 1.41e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.55238e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164014 s | Solve Time: 0.0215268 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30836743.34762852 Pa
+ ( Rflow ) = ( 2.20e-02 ) ; ( Rwell ) = ( 1.12e-05 ) ; ( R ) = ( 2.20e-02 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.66891e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164036 s | Solve Time: 0.0214476 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30835714.89854935 Pa
+ ( Rflow ) = ( 8.23e-04 ) ; ( Rwell ) = ( 3.22e-09 ) ; ( R ) = ( 8.23e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 9.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 2.28835e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01591 s | Solve Time: 0.0196715 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30835712.842603266 Pa
+ ( Rflow ) = ( 5.86e-09 ) ; ( Rwell ) = ( 5.08e-12 ) ; ( R ) = ( 5.86e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30835712.842603266 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 2.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.126485 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.22676
+coupledFlowAndWells: Time-step required will be decreased based on state change.
+Time: 5.53038e+06s, dt:1.49932e+06s, Cycle: 17
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93594e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 222716 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 74905.7, 1.57986e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.97701e+07, 1.53618e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.13626e+07, 3.07251e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.97701e+07, 0 }, { 3.4722e+07, 1.53617e+12 } } kg
+compflowStatistics: Max phase CFL number: 2.40657
+compflowStatistics: Max component CFL number: 2.4266
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30835712.842603266 Pa
+ ( Rflow ) = ( 2.27e-01 ) ; ( Rwell ) = ( 8.83e-11 ) ; ( R ) = ( 2.27e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.47454e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157022 s | Solve Time: 0.0215073 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30786823.444755238 Pa
+ ( Rflow ) = ( 1.73e-01 ) ; ( Rwell ) = ( 4.48e-06 ) ; ( R ) = ( 1.73e-01 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.59065e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016028 s | Solve Time: 0.0228821 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30824712.07618491 Pa
+ ( Rflow ) = ( 7.31e-02 ) ; ( Rwell ) = ( 6.62e-07 ) ; ( R ) = ( 7.31e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.38869e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0577527 s | Solve Time: 0.0362863 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30824860.906112242 Pa
+ ( Rflow ) = ( 2.36e-05 ) ; ( Rwell ) = ( 3.07e-09 ) ; ( R ) = ( 2.36e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.85974e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0257836 s | Solve Time: 0.0389525 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30824860.57483281 Pa
+ ( Rflow ) = ( 7.09e-11 ) ; ( Rwell ) = ( 4.71e-13 ) ; ( R ) = ( 7.09e-11 ) ;
+wellControls: BHP (at the specified reference elevation): 30824860.57483281 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 7.86e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.15293 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.135861
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 7.0297e+06s, dt:1.90704e+06s, Cycle: 18
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93611e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 217740 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 100322, 1.57984e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.6672e+07, 1.53616e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.6042e+07, 3.07252e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.6672e+07, 0 }, { 4.031e+07, 1.53614e+12 } } kg
+compflowStatistics: Max phase CFL number: 14.0651
+compflowStatistics: Max component CFL number: 3.17192
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30824860.57483281 Pa
+ ( Rflow ) = ( 2.49e-01 ) ; ( Rwell ) = ( 1.14e-11 ) ; ( R ) = ( 2.49e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.85999e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158953 s | Solve Time: 0.0231955 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30823631.623543713 Pa
+ ( Rflow ) = ( 1.55e-01 ) ; ( Rwell ) = ( 2.17e-05 ) ; ( R ) = ( 1.55e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.86e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.25099e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161917 s | Solve Time: 0.023194 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30827698.400321897 Pa
+ ( Rflow ) = ( 3.67e-02 ) ; ( Rwell ) = ( 4.41e-07 ) ; ( R ) = ( 3.67e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.72689e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158724 s | Solve Time: 0.0199276 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30827688.25135222 Pa
+ ( Rflow ) = ( 2.01e-04 ) ; ( Rwell ) = ( 1.82e-09 ) ; ( R ) = ( 2.01e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 7.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 1.96772e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164101 s | Solve Time: 0.0233419 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30827686.939794105 Pa
+ ( Rflow ) = ( 2.09e-07 ) ; ( Rwell ) = ( 1.54e-12 ) ; ( R ) = ( 2.09e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30827686.939794105 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 1.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.152643 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.127941
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 8.93675e+06s, dt:2.50992e+06s, Cycle: 19
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93636e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 246928 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 140755, 1.5798e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.35713e+07, 1.53613e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.92155e+07, 3.07253e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.35713e+07, 0 }, { 4.20163e+07, 1.53611e+12 } } kg
+compflowStatistics: Max phase CFL number: 18.5002
+compflowStatistics: Max component CFL number: 4.23658
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30827686.939794105 Pa
+ ( Rflow ) = ( 3.35e-01 ) ; ( Rwell ) = ( 2.73e-12 ) ; ( R ) = ( 3.35e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.37707e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163875 s | Solve Time: 0.0232987 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30810067.186009407 Pa
+ ( Rflow ) = ( 3.94e-01 ) ; ( Rwell ) = ( 4.93e-05 ) ; ( R ) = ( 3.94e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.38e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30818877.062901754 Pa
+ Line search @ 0.469: ( Rflow ) = ( 2.36e-01 ) ; ( Rwell ) = ( 2.54e-05 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.81373e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163879 s | Solve Time: 0.0232527 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30803535.71098413 Pa
+ ( Rflow ) = ( 1.35e-01 ) ; ( Rwell ) = ( 1.21e-05 ) ; ( R ) = ( 1.35e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 1.79619e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163023 s | Solve Time: 0.0235526 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30802765.18546506 Pa
+ ( Rflow ) = ( 2.48e-03 ) ; ( Rwell ) = ( 8.37e-08 ) ; ( R ) = ( 2.48e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 1.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.89993e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158993 s | Solve Time: 0.0217809 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30802728.686540913 Pa
+ ( Rflow ) = ( 4.20e-06 ) ; ( Rwell ) = ( 3.69e-11 ) ; ( R ) = ( 4.20e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30802728.686540913 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 6.90e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0755236 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.18497
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.14467e+07s, dt:2.64229e+06s, Cycle: 20
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93634e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 275965 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 188113, 1.57975e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.25012e+08, 1.53608e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.03517e+08, 3.07253e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.25012e+08, 0 }, { 4.82244e+07, 1.53606e+12 } } kg
+compflowStatistics: Max phase CFL number: 19.6407
+compflowStatistics: Max component CFL number: 4.52325
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30802728.686540913 Pa
+ ( Rflow ) = ( 3.73e-01 ) ; ( Rwell ) = ( 4.03e-11 ) ; ( R ) = ( 3.73e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.26907e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165945 s | Solve Time: 0.0235859 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30785434.444881 Pa
+ ( Rflow ) = ( 3.34e-01 ) ; ( Rwell ) = ( 2.18e-07 ) ; ( R ) = ( 3.34e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.20076e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.015979 s | Solve Time: 0.0230359 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30799111.845224906 Pa
+ ( Rflow ) = ( 1.05e-01 ) ; ( Rwell ) = ( 1.42e-08 ) ; ( R ) = ( 1.05e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.17507e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163282 s | Solve Time: 0.0215981 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30798788.284973606 Pa
+ ( Rflow ) = ( 1.24e-03 ) ; ( Rwell ) = ( 4.84e-09 ) ; ( R ) = ( 1.24e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 5.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 7.37039e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163301 s | Solve Time: 0.0214434 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30798782.46951909 Pa
+ ( Rflow ) = ( 1.36e-07 ) ; ( Rwell ) = ( 8.59e-11 ) ; ( R ) = ( 1.36e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30798782.46951909 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 7.37e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0501971 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.157642
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.4089e+07s, dt:3.0767e+06s, Cycle: 21
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93639e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 262852 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 241416, 1.5797e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.60425e+08, 1.53603e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.30761e+08, 3.07253e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.60425e+08, 0 }, { 5.24451e+07, 1.53601e+12 } } kg
+compflowStatistics: Max phase CFL number: 23.2404
+compflowStatistics: Max component CFL number: 5.29423
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30798782.46951909 Pa
+ ( Rflow ) = ( 4.18e-01 ) ; ( Rwell ) = ( 8.60e-11 ) ; ( R ) = ( 4.18e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.65104e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162445 s | Solve Time: 0.0232408 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30793182.322835915 Pa
+ ( Rflow ) = ( 4.59e-01 ) ; ( Rwell ) = ( 1.80e-07 ) ; ( R ) = ( 4.59e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.65e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30795982.396177504 Pa
+ Line search @ 0.498: ( Rflow ) = ( 2.18e-01 ) ; ( Rwell ) = ( 4.22e-08 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.94162e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160759 s | Solve Time: 0.0232803 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30789781.939822845 Pa
+ ( Rflow ) = ( 1.31e-01 ) ; ( Rwell ) = ( 3.88e-08 ) ; ( R ) = ( 1.31e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.94e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.04619e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156931 s | Solve Time: 0.0214886 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30788821.87970895 Pa
+ ( Rflow ) = ( 3.02e-03 ) ; ( Rwell ) = ( 1.09e-09 ) ; ( R ) = ( 3.02e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 6.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.9706e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01604 s | Solve Time: 0.0264872 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30788817.404225815 Pa
+ ( Rflow ) = ( 2.33e-06 ) ; ( Rwell ) = ( 9.86e-11 ) ; ( R ) = ( 2.33e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30788817.404225815 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 6.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0410407 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.176827
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.71657e+07s, dt:3.33426e+06s, Cycle: 22
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93641e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 262665 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 303752, 1.57964e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.01818e+08, 1.53597e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.61104e+08, 3.07254e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.01818e+08, 0 }, { 5.72032e+07, 1.53595e+12 } } kg
+compflowStatistics: Max phase CFL number: 25.2515
+compflowStatistics: Max component CFL number: 5.73562
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30788817.404225815 Pa
+ ( Rflow ) = ( 4.47e-01 ) ; ( Rwell ) = ( 9.87e-11 ) ; ( R ) = ( 4.47e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.24499e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163951 s | Solve Time: 0.024117 s
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30767220.814443827 Pa
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+ ( Rflow ) = ( 6.29e-01 ) ; ( Rwell ) = ( 1.11e-07 ) ; ( R ) = ( 6.29e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.24e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30778019.109334823 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.48e-01 ) ; ( Rwell ) = ( 1.13e-08 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.37217e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162377 s | Solve Time: 0.0232705 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30769736.643165514 Pa
+ ( Rflow ) = ( 1.20e-01 ) ; ( Rwell ) = ( 3.39e-08 ) ; ( R ) = ( 1.20e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.47346e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161926 s | Solve Time: 0.0232694 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30771900.156155184 Pa
+ ( Rflow ) = ( 4.04e-02 ) ; ( Rwell ) = ( 1.61e-09 ) ; ( R ) = ( 4.04e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.97345e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171806 s | Solve Time: 0.021622 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30771895.7399343 Pa
+ ( Rflow ) = ( 8.12e-03 ) ; ( Rwell ) = ( 7.17e-10 ) ; ( R ) = ( 8.12e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 3.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.92421e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160911 s | Solve Time: 0.0231097 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30771815.582727354 Pa
+ ( Rflow ) = ( 3.87e-02 ) ; ( Rwell ) = ( 1.54e-11 ) ; ( R ) = ( 3.87e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.92e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30771855.661330827 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.24e-02 ) ; ( Rwell ) = ( 3.63e-10 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30771875.700632565 Pa
+ Line search @ 0.250: ( Rflow ) = ( 5.35e-03 ) ; ( Rwell ) = ( 5.40e-10 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.10312e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016483 s | Solve Time: 0.023672 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 6
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30771837.98965706 Pa
+ ( Rflow ) = ( 2.46e-02 ) ; ( Rwell ) = ( 1.06e-11 ) ; ( R ) = ( 2.46e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.10e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30771856.845144812 Pa
+ Line search @ 0.500: ( Rflow ) = ( 9.11e-03 ) ; ( Rwell ) = ( 2.74e-10 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30771866.27288869 Pa
+ Line search @ 0.250: ( Rflow ) = ( 3.24e-03 ) ; ( Rwell ) = ( 4.07e-10 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.69058e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162166 s | Solve Time: 0.0214524 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 7
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30771851.617950622 Pa
+ ( Rflow ) = ( 1.59e-02 ) ; ( Rwell ) = ( 6.26e-11 ) ; ( R ) = ( 1.59e-02 ) ;
+ Last LinSolve(iter,res) = ( 13, 6.69e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30771858.945419654 Pa
+ Line search @ 0.500: ( Rflow ) = ( 7.98e-03 ) ; ( Rwell ) = ( 2.03e-10 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30771862.609154172 Pa
+ Line search @ 0.250: ( Rflow ) = ( 1.85e-03 ) ; ( Rwell ) = ( 3.04e-10 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 2.20021e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163297 s | Solve Time: 0.0216098 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 8
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30771864.44064406 Pa
+ ( Rflow ) = ( 3.14e-05 ) ; ( Rwell ) = ( 1.28e-11 ) ; ( R ) = ( 3.14e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 2.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 1.11382e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162152 s | Solve Time: 0.0215513 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 9
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30771864.419380397 Pa
+ ( Rflow ) = ( 1.15e-10 ) ; ( Rwell ) = ( 5.92e-14 ) ; ( R ) = ( 1.15e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30771864.419380397 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 1.11e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0546922 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.16316
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.04999e+07s, dt:3.80102e+06s, Cycle: 23
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93636e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 256521 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 366955, 1.57957e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.43756e+08, 1.53591e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.90264e+08, 3.07254e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.43756e+08, 0 }, { 6.52784e+07, 1.53588e+12 } } kg
+compflowStatistics: Max phase CFL number: 29.1404
+compflowStatistics: Max component CFL number: 6.48801
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30771864.419380397 Pa
+ ( Rflow ) = ( 4.80e-01 ) ; ( Rwell ) = ( 8.02e-12 ) ; ( R ) = ( 4.80e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 1.81285e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161687 s | Solve Time: 0.0251172 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30760677.000401616 Pa
+ ( Rflow ) = ( 5.37e-01 ) ; ( Rwell ) = ( 2.44e-07 ) ; ( R ) = ( 5.37e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 1.81e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30766270.709891006 Pa
+ Line search @ 0.500: ( Rflow ) = ( 3.05e-01 ) ; ( Rwell ) = ( 6.61e-08 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.92898e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.015706 s | Solve Time: 0.0233802 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30764453.573459852 Pa
+ ( Rflow ) = ( 1.27e-01 ) ; ( Rwell ) = ( 1.27e-07 ) ; ( R ) = ( 1.27e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.46008e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161444 s | Solve Time: 0.0236169 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30764948.580032907 Pa
+ ( Rflow ) = ( 9.03e-03 ) ; ( Rwell ) = ( 4.22e-09 ) ; ( R ) = ( 9.03e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.01259e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156582 s | Solve Time: 0.0217119 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30764913.000096016 Pa
+ ( Rflow ) = ( 7.56e-05 ) ; ( Rwell ) = ( 3.97e-10 ) ; ( R ) = ( 7.56e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 9.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.35037e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162128 s | Solve Time: 0.0218057 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30764912.984570537 Pa
+ ( Rflow ) = ( 1.21e-09 ) ; ( Rwell ) = ( 1.62e-12 ) ; ( R ) = ( 1.21e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30764912.984570537 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 3.35e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0492142 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.137917
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.43009e+07s, dt:4.79287e+06s, Cycle: 24
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93641e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 245061 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 443667, 1.5795e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.94722e+08, 1.53584e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.26804e+08, 3.07254e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.94722e+08, 0 }, { 7.13278e+07, 1.53581e+12 } } kg
+compflowStatistics: Max phase CFL number: 36.7838
+compflowStatistics: Max component CFL number: 8.03574
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30764912.984570537 Pa
+ ( Rflow ) = ( 5.48e-01 ) ; ( Rwell ) = ( 3.31e-12 ) ; ( R ) = ( 5.48e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.8322e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165521 s | Solve Time: 0.0252275 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30746316.723064978 Pa
+ ( Rflow ) = ( 5.85e-01 ) ; ( Rwell ) = ( 1.05e-05 ) ; ( R ) = ( 5.85e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.83e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30755614.853817753 Pa
+ Line search @ 0.473: ( Rflow ) = ( 3.60e-01 ) ; ( Rwell ) = ( 4.04e-06 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.53781e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163393 s | Solve Time: 0.0249254 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30751665.084715243 Pa
+ ( Rflow ) = ( 1.87e-01 ) ; ( Rwell ) = ( 3.05e-07 ) ; ( R ) = ( 1.87e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.31966e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164829 s | Solve Time: 0.0232108 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30749854.982827947 Pa
+ ( Rflow ) = ( 5.96e-03 ) ; ( Rwell ) = ( 8.86e-09 ) ; ( R ) = ( 5.96e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 7.84921e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160877 s | Solve Time: 0.0214916 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30749849.523042172 Pa
+ ( Rflow ) = ( 2.75e-05 ) ; ( Rwell ) = ( 6.33e-10 ) ; ( R ) = ( 2.75e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 7.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.41662e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160413 s | Solve Time: 0.023166 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30749849.469298176 Pa
+ ( Rflow ) = ( 4.82e-10 ) ; ( Rwell ) = ( 9.41e-13 ) ; ( R ) = ( 4.82e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30749849.469298176 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 3.42e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0345367 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.189197
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.90938e+07s, dt:4.97191e+06s, Cycle: 25
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93645e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 247168 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 543354, 1.5794e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.60934e+08, 1.53574e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.7432e+08, 3.07255e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.60934e+08, 0 }, { 7.7009e+07, 1.53571e+12 } } kg
+compflowStatistics: Max phase CFL number: 37.9055
+compflowStatistics: Max component CFL number: 8.10799
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30749849.469298176 Pa
+ ( Rflow ) = ( 5.33e-01 ) ; ( Rwell ) = ( 5.05e-12 ) ; ( R ) = ( 5.33e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.42261e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162098 s | Solve Time: 0.0248967 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30724291.377382502 Pa
+ ( Rflow ) = ( 1.09e+00 ) ; ( Rwell ) = ( 1.70e-06 ) ; ( R ) = ( 1.09e+00 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.42e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30737070.42334034 Pa
+ Line search @ 0.500: ( Rflow ) = ( 3.02e-01 ) ; ( Rwell ) = ( 4.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.01636e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163513 s | Solve Time: 0.0248989 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30727758.674549017 Pa
+ ( Rflow ) = ( 1.73e-01 ) ; ( Rwell ) = ( 4.51e-07 ) ; ( R ) = ( 1.73e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.02e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.33351e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162375 s | Solve Time: 0.0232524 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30727912.47308568 Pa
+ ( Rflow ) = ( 1.03e-02 ) ; ( Rwell ) = ( 2.50e-09 ) ; ( R ) = ( 1.03e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.46701e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016309 s | Solve Time: 0.0211591 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30727874.15753973 Pa
+ ( Rflow ) = ( 1.46e-04 ) ; ( Rwell ) = ( 8.97e-10 ) ; ( R ) = ( 1.46e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 8.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.02843e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162933 s | Solve Time: 0.0195693 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30727874.195546065 Pa
+ ( Rflow ) = ( 2.82e-09 ) ; ( Rwell ) = ( 2.80e-12 ) ; ( R ) = ( 2.82e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30727874.195546065 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 4.03e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0321812 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.161976
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.40657e+07s, dt:5e+06s, Cycle: 26
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93643e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 246688 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 643896, 1.5793e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.27669e+08, 1.53564e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.20868e+08, 3.07255e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.27669e+08, 0 }, { 8.48523e+07, 1.53561e+12 } } kg
+compflowStatistics: Max phase CFL number: 38.3011
+compflowStatistics: Max component CFL number: 7.89903
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30727874.195546065 Pa
+ ( Rflow ) = ( 5.11e-01 ) ; ( Rwell ) = ( 7.53e-12 ) ; ( R ) = ( 5.11e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.65993e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159988 s | Solve Time: 0.024941 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30708098.26101169 Pa
+ ( Rflow ) = ( 9.41e-01 ) ; ( Rwell ) = ( 8.39e-07 ) ; ( R ) = ( 9.41e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.66e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30717986.228278875 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.79e-01 ) ; ( Rwell ) = ( 4.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.28615e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158162 s | Solve Time: 0.0271211 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30712419.66677069 Pa
+ ( Rflow ) = ( 1.15e-01 ) ; ( Rwell ) = ( 6.97e-07 ) ; ( R ) = ( 1.15e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.58067e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167706 s | Solve Time: 0.0233989 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30711920.446289837 Pa
+ ( Rflow ) = ( 2.09e-03 ) ; ( Rwell ) = ( 1.74e-09 ) ; ( R ) = ( 2.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.38003e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163148 s | Solve Time: 0.0179783 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30711921.308597174 Pa
+ ( Rflow ) = ( 1.77e-07 ) ; ( Rwell ) = ( 4.50e-10 ) ; ( R ) = ( 1.77e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30711921.308597174 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 11, 9.38e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0276778 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.143406
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 3.90657e+07s, dt:5e+06s, Cycle: 27
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93645e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 240842 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 747184, 1.57919e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.96264e+08, 1.53555e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.68831e+08, 3.07255e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.96264e+08, 0 }, { 9.12574e+07, 1.53551e+12 } } kg
+compflowStatistics: Max phase CFL number: 37.9993
+compflowStatistics: Max component CFL number: 7.65345
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30711921.308597174 Pa
+ ( Rflow ) = ( 4.86e-01 ) ; ( Rwell ) = ( 4.50e-10 ) ; ( R ) = ( 4.86e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.04879e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161663 s | Solve Time: 0.0248762 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30692762.47598575 Pa
+ ( Rflow ) = ( 3.36e-01 ) ; ( Rwell ) = ( 2.30e-06 ) ; ( R ) = ( 3.36e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 1.98978e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016181 s | Solve Time: 0.0233592 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30693672.690817084 Pa
+ ( Rflow ) = ( 2.60e-02 ) ; ( Rwell ) = ( 2.42e-09 ) ; ( R ) = ( 2.60e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 1.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.18279e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156671 s | Solve Time: 0.0246225 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30693646.96349904 Pa
+ ( Rflow ) = ( 4.91e-03 ) ; ( Rwell ) = ( 7.29e-10 ) ; ( R ) = ( 4.91e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.25427e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0184678 s | Solve Time: 0.0237572 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30693651.808463115 Pa
+ ( Rflow ) = ( 9.27e-04 ) ; ( Rwell ) = ( 3.04e-10 ) ; ( R ) = ( 9.27e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 8.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.4957e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157402 s | Solve Time: 0.0246827 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30693646.880031113 Pa
+ ( Rflow ) = ( 4.89e-03 ) ; ( Rwell ) = ( 2.57e-11 ) ; ( R ) = ( 4.89e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.50e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30693649.344247114 Pa
+ Line search @ 0.500: ( Rflow ) = ( 6.52e-04 ) ; ( Rwell ) = ( 1.46e-10 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.90701e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161597 s | Solve Time: 0.0218459 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 6
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30693649.634016078 Pa
+ ( Rflow ) = ( 2.26e-05 ) ; ( Rwell ) = ( 2.14e-11 ) ; ( R ) = ( 2.26e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 3.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.17354e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162979 s | Solve Time: 0.021657 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 7
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30693649.624682203 Pa
+ ( Rflow ) = ( 1.72e-10 ) ; ( Rwell ) = ( 4.45e-13 ) ; ( R ) = ( 1.72e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30693649.624682203 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 3.17e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0161069 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.143147
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 4.40657e+07s, dt:5e+06s, Cycle: 28
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93644e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 240602 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 849378, 1.57909e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.64108e+08, 1.53545e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.15897e+08, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.64108e+08, 0 }, { 9.8413e+07, 1.53541e+12 } } kg
+compflowStatistics: Max phase CFL number: 38.1042
+compflowStatistics: Max component CFL number: 7.43737
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30693649.624682203 Pa
+ ( Rflow ) = ( 4.60e-01 ) ; ( Rwell ) = ( 5.81e-12 ) ; ( R ) = ( 4.60e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.44025e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164334 s | Solve Time: 0.025676 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30676499.223209735 Pa
+ ( Rflow ) = ( 3.25e-01 ) ; ( Rwell ) = ( 1.71e-06 ) ; ( R ) = ( 3.25e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.44e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.20588e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164672 s | Solve Time: 0.0235161 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30678638.138032153 Pa
+ ( Rflow ) = ( 2.77e-02 ) ; ( Rwell ) = ( 1.32e-08 ) ; ( R ) = ( 2.77e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.21e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.55988e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161122 s | Solve Time: 0.0218151 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30678590.84075196 Pa
+ ( Rflow ) = ( 5.07e-04 ) ; ( Rwell ) = ( 1.23e-09 ) ; ( R ) = ( 5.07e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 6.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.0872e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161018 s | Solve Time: 0.0183595 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30678590.820757307 Pa
+ ( Rflow ) = ( 2.56e-08 ) ; ( Rwell ) = ( 6.81e-11 ) ; ( R ) = ( 2.56e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30678590.820757307 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 11, 8.09e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0170459 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.127007
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 4.90657e+07s, dt:5e+06s, Cycle: 29
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93645e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 238306 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 952280, 1.57899e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.32432e+08, 1.53535e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.6335e+08, 3.07256e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.32432e+08, 0 }, { 1.05089e+08, 1.53531e+12 } } kg
+compflowStatistics: Max phase CFL number: 37.7242
+compflowStatistics: Max component CFL number: 7.24482
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30678590.820757307 Pa
+ ( Rflow ) = ( 4.34e-01 ) ; ( Rwell ) = ( 6.83e-11 ) ; ( R ) = ( 4.34e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.89405e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159566 s | Solve Time: 0.0233827 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30666193.02993531 Pa
+ ( Rflow ) = ( 2.67e-01 ) ; ( Rwell ) = ( 8.76e-07 ) ; ( R ) = ( 2.67e-01 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.18488e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163356 s | Solve Time: 0.0234103 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30666902.207151145 Pa
+ ( Rflow ) = ( 2.09e-02 ) ; ( Rwell ) = ( 5.57e-09 ) ; ( R ) = ( 2.09e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.08803e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162664 s | Solve Time: 0.021503 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30666835.059733313 Pa
+ ( Rflow ) = ( 4.83e-04 ) ; ( Rwell ) = ( 1.07e-09 ) ; ( R ) = ( 4.83e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 9.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.30219e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016078 s | Solve Time: 0.020014 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30666835.06586415 Pa
+ ( Rflow ) = ( 4.72e-08 ) ; ( Rwell ) = ( 4.85e-11 ) ; ( R ) = ( 4.72e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30666835.06586415 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 4.30e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0286678 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.119274
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 5.40657e+07s, dt:5e+06s, Cycle: 30
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93648e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 237363 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.05826e+06, 1.57888e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.02831e+08, 1.53525e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.12743e+08, 3.07257e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.02831e+08, 0 }, { 1.0969e+08, 1.5352e+12 } } kg
+compflowStatistics: Max phase CFL number: 37.7172
+compflowStatistics: Max component CFL number: 7.06876
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30666835.06586415 Pa
+ ( Rflow ) = ( 4.20e-01 ) ; ( Rwell ) = ( 4.87e-11 ) ; ( R ) = ( 4.20e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.43907e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163288 s | Solve Time: 0.0252134 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30650744.26033088 Pa
+ ( Rflow ) = ( 2.82e-01 ) ; ( Rwell ) = ( 1.82e-06 ) ; ( R ) = ( 2.82e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.44e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.19889e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157403 s | Solve Time: 0.0232809 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30650361.95203652 Pa
+ ( Rflow ) = ( 5.24e-02 ) ; ( Rwell ) = ( 1.27e-08 ) ; ( R ) = ( 5.24e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.22161e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160942 s | Solve Time: 0.0213257 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30650321.86081708 Pa
+ ( Rflow ) = ( 7.86e-04 ) ; ( Rwell ) = ( 3.04e-09 ) ; ( R ) = ( 7.86e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.97586e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.015906 s | Solve Time: 0.0213381 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30650321.663775887 Pa
+ ( Rflow ) = ( 1.83e-07 ) ; ( Rwell ) = ( 4.40e-11 ) ; ( R ) = ( 1.83e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30650321.663775887 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 4.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0148571 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.125979
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 5.90657e+07s, dt:5e+06s, Cycle: 31
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93647e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 238881 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.16203e+06, 1.57878e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.71699e+08, 1.53515e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.60049e+08, 3.07257e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.71699e+08, 0 }, { 1.15821e+08, 1.5351e+12 } } kg
+compflowStatistics: Max phase CFL number: 37.7061
+compflowStatistics: Max component CFL number: 6.90983
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30650321.663775887 Pa
+ ( Rflow ) = ( 4.14e-01 ) ; ( Rwell ) = ( 4.43e-11 ) ; ( R ) = ( 4.14e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.11941e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157657 s | Solve Time: 0.0248888 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30632433.35836441 Pa
+ ( Rflow ) = ( 2.19e-01 ) ; ( Rwell ) = ( 1.48e-06 ) ; ( R ) = ( 2.19e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.09939e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158144 s | Solve Time: 0.0233257 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30636680.424208537 Pa
+ ( Rflow ) = ( 3.08e-02 ) ; ( Rwell ) = ( 1.48e-08 ) ; ( R ) = ( 3.08e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.61304e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.015712 s | Solve Time: 0.0215124 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30636623.417866193 Pa
+ ( Rflow ) = ( 6.55e-04 ) ; ( Rwell ) = ( 3.05e-09 ) ; ( R ) = ( 6.55e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 8.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.5681e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160172 s | Solve Time: 0.0182356 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30636623.476448946 Pa
+ ( Rflow ) = ( 3.76e-08 ) ; ( Rwell ) = ( 7.01e-11 ) ; ( R ) = ( 3.76e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30636623.476448946 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 11, 5.57e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0104146 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.111593
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 6.40657e+07s, dt:5e+06s, Cycle: 32
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93646e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 236174 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.26505e+06, 1.57868e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.40081e+08, 1.53505e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.06888e+08, 3.07257e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.40081e+08, 0 }, { 1.22439e+08, 1.535e+12 } } kg
+compflowStatistics: Max phase CFL number: 37.6326
+compflowStatistics: Max component CFL number: 6.77227
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30636623.476448946 Pa
+ ( Rflow ) = ( 4.02e-01 ) ; ( Rwell ) = ( 7.02e-11 ) ; ( R ) = ( 4.02e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.46977e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158204 s | Solve Time: 0.0251137 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30624398.210498586 Pa
+ ( Rflow ) = ( 2.25e-01 ) ; ( Rwell ) = ( 1.13e-06 ) ; ( R ) = ( 2.25e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.28272e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158089 s | Solve Time: 0.0230854 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30626469.433334555 Pa
+ ( Rflow ) = ( 2.67e-02 ) ; ( Rwell ) = ( 7.86e-09 ) ; ( R ) = ( 2.67e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.15306e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161286 s | Solve Time: 0.0232898 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30626365.092397857 Pa
+ ( Rflow ) = ( 6.49e-04 ) ; ( Rwell ) = ( 1.91e-10 ) ; ( R ) = ( 6.49e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.01593e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01628 s | Solve Time: 0.0215598 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30626364.2271108 Pa
+ ( Rflow ) = ( 5.76e-08 ) ; ( Rwell ) = ( 1.31e-10 ) ; ( R ) = ( 5.76e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30626364.2271108 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 8.02e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0173244 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.100579
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 6.90657e+07s, dt:5e+06s, Cycle: 33
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93648e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 234594 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.3697e+06, 1.57857e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.09575e+08, 1.53495e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.55143e+08, 3.07258e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.09575e+08, 0 }, { 1.27945e+08, 1.53489e+12 } } kg
+compflowStatistics: Max phase CFL number: 37.4949
+compflowStatistics: Max component CFL number: 6.65328
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30626364.2271108 Pa
+ ( Rflow ) = ( 3.88e-01 ) ; ( Rwell ) = ( 1.31e-10 ) ; ( R ) = ( 3.88e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.68531e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163054 s | Solve Time: 0.0251405 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30612963.894041188 Pa
+ ( Rflow ) = ( 2.12e-01 ) ; ( Rwell ) = ( 2.29e-07 ) ; ( R ) = ( 2.12e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 1.67149e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016097 s | Solve Time: 0.0251739 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30616901.0991316 Pa
+ ( Rflow ) = ( 4.24e-02 ) ; ( Rwell ) = ( 5.39e-09 ) ; ( R ) = ( 4.24e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 1.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.17886e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162357 s | Solve Time: 0.0232302 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30616731.723421525 Pa
+ ( Rflow ) = ( 3.86e-04 ) ; ( Rwell ) = ( 1.28e-09 ) ; ( R ) = ( 3.86e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.76421e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.015665 s | Solve Time: 0.019981 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30616731.757090114 Pa
+ ( Rflow ) = ( 2.37e-08 ) ; ( Rwell ) = ( 5.53e-11 ) ; ( R ) = ( 2.37e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30616731.757090114 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 5.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0200402 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.107846
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 7.40657e+07s, dt:5e+06s, Cycle: 34
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93649e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 235100 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.47546e+06, 1.57847e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.79811e+08, 1.53484e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.038e+08, 3.07258e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.79811e+08, 0 }, { 1.3271e+08, 1.53479e+12 } } kg
+compflowStatistics: Max phase CFL number: 37.3197
+compflowStatistics: Max component CFL number: 6.5483
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30616731.757090114 Pa
+ ( Rflow ) = ( 3.78e-01 ) ; ( Rwell ) = ( 5.54e-11 ) ; ( R ) = ( 3.78e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.50538e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157239 s | Solve Time: 0.0250703 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30604826.67466109 Pa
+ ( Rflow ) = ( 1.53e-01 ) ; ( Rwell ) = ( 9.79e-07 ) ; ( R ) = ( 1.53e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.51147e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160245 s | Solve Time: 0.0231895 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30605742.959436607 Pa
+ ( Rflow ) = ( 1.31e-02 ) ; ( Rwell ) = ( 4.59e-09 ) ; ( R ) = ( 1.31e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.82265e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161456 s | Solve Time: 0.0233023 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30605666.856093723 Pa
+ ( Rflow ) = ( 1.89e-04 ) ; ( Rwell ) = ( 5.76e-10 ) ; ( R ) = ( 1.89e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 2.71505e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161295 s | Solve Time: 0.0199031 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30605666.875928402 Pa
+ ( Rflow ) = ( 5.00e-09 ) ; ( Rwell ) = ( 1.08e-11 ) ; ( R ) = ( 5.00e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30605666.875928402 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 2.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00999699 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.112537
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 7.90657e+07s, dt:5e+06s, Cycle: 35
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93648e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 235255 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58012e+06, 1.57836e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04928e+09, 1.53474e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.51443e+08, 3.07258e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04928e+09, 0 }, { 1.38241e+08, 1.53469e+12 } } kg
+compflowStatistics: Max phase CFL number: 37.1294
+compflowStatistics: Max component CFL number: 6.45613
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30605666.875928402 Pa
+ ( Rflow ) = ( 3.71e-01 ) ; ( Rwell ) = ( 1.13e-11 ) ; ( R ) = ( 3.71e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.76788e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162064 s | Solve Time: 0.0251746 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30593272.386465974 Pa
+ ( Rflow ) = ( 1.76e-01 ) ; ( Rwell ) = ( 7.99e-07 ) ; ( R ) = ( 1.76e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.69839e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159015 s | Solve Time: 0.0232752 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30597125.73238255 Pa
+ ( Rflow ) = ( 2.04e-02 ) ; ( Rwell ) = ( 1.25e-08 ) ; ( R ) = ( 2.04e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.80636e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016236 s | Solve Time: 0.0233357 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30596988.015096605 Pa
+ ( Rflow ) = ( 3.35e-04 ) ; ( Rwell ) = ( 3.44e-10 ) ; ( R ) = ( 3.35e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.63981e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0155472 s | Solve Time: 0.0181214 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30596988.05234925 Pa
+ ( Rflow ) = ( 1.09e-08 ) ; ( Rwell ) = ( 6.43e-11 ) ; ( R ) = ( 1.09e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30596988.05234925 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 11, 9.64e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0137204 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0989234
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 8.40657e+07s, dt:5e+06s, Cycle: 36
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93649e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 233764 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.68549e+06, 1.57826e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.11924e+09, 1.53464e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.99627e+08, 3.07259e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.11924e+09, 0 }, { 1.43282e+08, 1.53458e+12 } } kg
+compflowStatistics: Max phase CFL number: 36.8999
+compflowStatistics: Max component CFL number: 6.37558
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30596988.05234925 Pa
+ ( Rflow ) = ( 3.64e-01 ) ; ( Rwell ) = ( 6.44e-11 ) ; ( R ) = ( 3.64e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.52925e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161911 s | Solve Time: 0.0249858 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30587904.86040971 Pa
+ ( Rflow ) = ( 1.59e-01 ) ; ( Rwell ) = ( 6.17e-07 ) ; ( R ) = ( 1.59e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.813e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162273 s | Solve Time: 0.0230125 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30588767.93856944 Pa
+ ( Rflow ) = ( 2.25e-02 ) ; ( Rwell ) = ( 6.52e-09 ) ; ( R ) = ( 2.25e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 7.70071e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167233 s | Solve Time: 0.0230447 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30588731.357662223 Pa
+ ( Rflow ) = ( 1.21e-04 ) ; ( Rwell ) = ( 1.24e-09 ) ; ( R ) = ( 1.21e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 7.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.42966e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163456 s | Solve Time: 0.0215036 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30588731.363676697 Pa
+ ( Rflow ) = ( 3.62e-09 ) ; ( Rwell ) = ( 1.19e-12 ) ; ( R ) = ( 3.62e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30588731.363676697 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 3.43e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0108336 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0887609
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 8.90657e+07s, dt:5e+06s, Cycle: 37
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93649e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 233479 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.7907e+06, 1.57815e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.18907e+09, 1.53454e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.47504e+08, 3.07259e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.18907e+09, 0 }, { 1.48449e+08, 1.53448e+12 } } kg
+compflowStatistics: Max phase CFL number: 36.6353
+compflowStatistics: Max component CFL number: 6.30652
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30588731.363676697 Pa
+ ( Rflow ) = ( 3.60e-01 ) ; ( Rwell ) = ( 2.90e-12 ) ; ( R ) = ( 3.60e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.33309e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159127 s | Solve Time: 0.0251191 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30578815.98941393 Pa
+ ( Rflow ) = ( 1.17e-01 ) ; ( Rwell ) = ( 4.84e-07 ) ; ( R ) = ( 1.17e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.38305e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161898 s | Solve Time: 0.0231241 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30578951.90802397 Pa
+ ( Rflow ) = ( 3.02e-03 ) ; ( Rwell ) = ( 1.51e-09 ) ; ( R ) = ( 3.02e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.20357e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158612 s | Solve Time: 0.0248592 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30578932.971638493 Pa
+ ( Rflow ) = ( 9.74e-06 ) ; ( Rwell ) = ( 1.06e-10 ) ; ( R ) = ( 9.74e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30578932.971638493 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 4.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0143351 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0970055
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 9.40657e+07s, dt:5e+06s, Cycle: 38
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93646e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 232599 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.89266e+06, 1.57805e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.2567e+09, 1.53444e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.92995e+08, 3.07259e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.2567e+09, 0 }, { 1.55822e+08, 1.53438e+12 } } kg
+compflowStatistics: Max phase CFL number: 36.8233
+compflowStatistics: Max component CFL number: 6.24604
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30578932.971638493 Pa
+ ( Rflow ) = ( 3.55e-01 ) ; ( Rwell ) = ( 1.06e-10 ) ; ( R ) = ( 3.55e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.2296e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162772 s | Solve Time: 0.0252545 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30569764.43127099 Pa
+ ( Rflow ) = ( 1.18e-01 ) ; ( Rwell ) = ( 3.82e-07 ) ; ( R ) = ( 1.18e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.26652e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161736 s | Solve Time: 0.0250039 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30572932.616893012 Pa
+ ( Rflow ) = ( 1.13e-02 ) ; ( Rwell ) = ( 2.06e-09 ) ; ( R ) = ( 1.13e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.2833e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163674 s | Solve Time: 0.0233807 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30572832.300418373 Pa
+ ( Rflow ) = ( 1.22e-04 ) ; ( Rwell ) = ( 7.71e-10 ) ; ( R ) = ( 1.22e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.70001e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162138 s | Solve Time: 0.0197453 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30572832.32715205 Pa
+ ( Rflow ) = ( 1.48e-09 ) ; ( Rwell ) = ( 2.24e-11 ) ; ( R ) = ( 1.48e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30572832.32715205 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 7.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0146114 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.101182
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 9.90657e+07s, dt:934293s, Cycle: 39
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93646e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 229431 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.99513e+06, 1.57795e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.32473e+09, 1.53434e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.39165e+08, 3.0726e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.32473e+09, 0 }, { 1.62793e+08, 1.53428e+12 } } kg
+compflowStatistics: Max phase CFL number: 6.82157
+compflowStatistics: Max component CFL number: 1.15716
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30572832.32715205 Pa
+ ( Rflow ) = ( 6.47e-02 ) ; ( Rwell ) = ( 2.25e-11 ) ; ( R ) = ( 6.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.18793e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159418 s | Solve Time: 0.0231438 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30574458.07985501 Pa
+ ( Rflow ) = ( 1.41e-03 ) ; ( Rwell ) = ( 1.20e-08 ) ; ( R ) = ( 1.41e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.90633e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159001 s | Solve Time: 0.022976 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30574471.613874495 Pa
+ ( Rflow ) = ( 6.98e-05 ) ; ( Rwell ) = ( 1.08e-11 ) ; ( R ) = ( 6.98e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.50751e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163892 s | Solve Time: 0.0230534 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30574468.075291216 Pa
+ ( Rflow ) = ( 6.29e-09 ) ; ( Rwell ) = ( 1.37e-12 ) ; ( R ) = ( 6.29e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30574468.075291216 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 3.51e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0178219 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.018857
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1e+08s, dt:1.86859e+06s, Cycle: 40
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93649e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 229154 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.01519e+06, 1.57793e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.33811e+09, 1.53433e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.48313e+08, 3.0726e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.33811e+09, 0 }, { 1.63425e+08, 1.53426e+12 } } kg
+compflowStatistics: Max phase CFL number: 13.6521
+compflowStatistics: Max component CFL number: 2.31055
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30574468.075291216 Pa
+ ( Rflow ) = ( 1.29e-01 ) ; ( Rwell ) = ( 3.10e-12 ) ; ( R ) = ( 1.29e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.33306e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162082 s | Solve Time: 0.0232332 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30573022.864127636 Pa
+ ( Rflow ) = ( 5.81e-03 ) ; ( Rwell ) = ( 4.55e-08 ) ; ( R ) = ( 5.81e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.9998e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161993 s | Solve Time: 0.0229613 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30573127.776449308 Pa
+ ( Rflow ) = ( 3.49e-05 ) ; ( Rwell ) = ( 5.27e-11 ) ; ( R ) = ( 3.49e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 1.74632e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162303 s | Solve Time: 0.0215222 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30573127.73724378 Pa
+ ( Rflow ) = ( 1.01e-10 ) ; ( Rwell ) = ( 6.05e-13 ) ; ( R ) = ( 1.01e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30573127.73724378 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 1.75e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00655052 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0367124
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 1.01869e+08s, dt:3.73717e+06s, Cycle: 41
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93651e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 231761 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.05517e+06, 1.57789e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.36467e+09, 1.53429e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 9.66578e+08, 3.0726e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.36467e+09, 0 }, { 1.64895e+08, 1.53422e+12 } } kg
+compflowStatistics: Max phase CFL number: 27.3406
+compflowStatistics: Max component CFL number: 4.60789
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30573127.73724378 Pa
+ ( Rflow ) = ( 2.56e-01 ) ; ( Rwell ) = ( 1.30e-12 ) ; ( R ) = ( 2.56e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.68328e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156816 s | Solve Time: 0.0251184 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30568211.29160918 Pa
+ ( Rflow ) = ( 4.61e-02 ) ; ( Rwell ) = ( 1.58e-07 ) ; ( R ) = ( 4.61e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.68e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.77798e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156059 s | Solve Time: 0.0230558 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30568844.240321267 Pa
+ ( Rflow ) = ( 1.96e-03 ) ; ( Rwell ) = ( 8.83e-10 ) ; ( R ) = ( 1.96e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.91696e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160685 s | Solve Time: 0.0231549 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30568814.07075316 Pa
+ ( Rflow ) = ( 8.04e-06 ) ; ( Rwell ) = ( 1.02e-10 ) ; ( R ) = ( 8.04e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30568814.07075316 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 4.92e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0121007 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0700663
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.05606e+08s, dt:5e+06s, Cycle: 42
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93651e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 232444 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.13465e+06, 1.57781e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.41743e+09, 1.53421e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.00318e+09, 3.0726e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.41743e+09, 0 }, { 1.68189e+08, 1.53414e+12 } } kg
+compflowStatistics: Max phase CFL number: 36.2003
+compflowStatistics: Max component CFL number: 6.1318
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30568814.07075316 Pa
+ ( Rflow ) = ( 3.35e-01 ) ; ( Rwell ) = ( 1.02e-10 ) ; ( R ) = ( 3.35e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.67326e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161789 s | Solve Time: 0.025021 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30562611.225911107 Pa
+ ( Rflow ) = ( 1.67e-01 ) ; ( Rwell ) = ( 6.71e-07 ) ; ( R ) = ( 1.67e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.43131e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162775 s | Solve Time: 0.0250741 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30564372.538664058 Pa
+ ( Rflow ) = ( 2.73e-02 ) ; ( Rwell ) = ( 4.37e-09 ) ; ( R ) = ( 2.73e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.32247e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161196 s | Solve Time: 0.0233069 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30564299.862198297 Pa
+ ( Rflow ) = ( 1.64e-04 ) ; ( Rwell ) = ( 1.78e-10 ) ; ( R ) = ( 1.64e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.3615e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159876 s | Solve Time: 0.0196109 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30564299.82766554 Pa
+ ( Rflow ) = ( 5.54e-09 ) ; ( Rwell ) = ( 2.24e-11 ) ; ( R ) = ( 5.54e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30564299.82766554 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 8.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0145748 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.085602
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.10606e+08s, dt:5e+06s, Cycle: 43
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 231923 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.24216e+06, 1.5777e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.48882e+09, 1.53411e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.05307e+09, 3.07261e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.48882e+09, 0 }, { 1.71802e+08, 1.53404e+12 } } kg
+compflowStatistics: Max phase CFL number: 36.3221
+compflowStatistics: Max component CFL number: 6.09049
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30564299.82766554 Pa
+ ( Rflow ) = ( 3.28e-01 ) ; ( Rwell ) = ( 2.24e-11 ) ; ( R ) = ( 3.28e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 1.9776e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160914 s | Solve Time: 0.0266117 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30557319.26158557 Pa
+ ( Rflow ) = ( 1.02e-01 ) ; ( Rwell ) = ( 2.65e-07 ) ; ( R ) = ( 1.02e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 1.98e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.36236e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0155946 s | Solve Time: 0.0250067 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30558186.047953717 Pa
+ ( Rflow ) = ( 8.91e-03 ) ; ( Rwell ) = ( 1.21e-09 ) ; ( R ) = ( 8.91e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.4988e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159233 s | Solve Time: 0.0232354 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30558129.39429621 Pa
+ ( Rflow ) = ( 1.02e-04 ) ; ( Rwell ) = ( 5.69e-10 ) ; ( R ) = ( 1.02e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.11433e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160063 s | Solve Time: 0.0254449 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30558129.416616485 Pa
+ ( Rflow ) = ( 7.10e-10 ) ; ( Rwell ) = ( 6.58e-12 ) ; ( R ) = ( 7.10e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30558129.416616485 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 4.11e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00753077 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0785369
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.15606e+08s, dt:5e+06s, Cycle: 44
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93652e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 232289 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.34847e+06, 1.57759e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.55937e+09, 1.534e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.10184e+09, 3.07261e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.55937e+09, 0 }, { 1.76253e+08, 1.53393e+12 } } kg
+compflowStatistics: Max phase CFL number: 36.4498
+compflowStatistics: Max component CFL number: 6.0515
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30558129.416616485 Pa
+ ( Rflow ) = ( 3.24e-01 ) ; ( Rwell ) = ( 6.87e-12 ) ; ( R ) = ( 3.24e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.23836e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161337 s | Solve Time: 0.0251005 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30550574.950808626 Pa
+ ( Rflow ) = ( 1.10e-01 ) ; ( Rwell ) = ( 2.56e-07 ) ; ( R ) = ( 1.10e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.06505e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160851 s | Solve Time: 0.0247472 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30552302.260189075 Pa
+ ( Rflow ) = ( 1.12e-02 ) ; ( Rwell ) = ( 2.11e-09 ) ; ( R ) = ( 1.12e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.13028e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157191 s | Solve Time: 0.0230324 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30552252.81852656 Pa
+ ( Rflow ) = ( 1.33e-04 ) ; ( Rwell ) = ( 4.01e-10 ) ; ( R ) = ( 1.33e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.0416e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158304 s | Solve Time: 0.0197363 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30552252.832822684 Pa
+ ( Rflow ) = ( 1.62e-09 ) ; ( Rwell ) = ( 1.51e-11 ) ; ( R ) = ( 1.62e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30552252.832822684 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 5.04e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00947684 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0901598
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.20606e+08s, dt:5e+06s, Cycle: 45
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93651e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 231065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.45371e+06, 1.57749e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.6292e+09, 1.5339e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.14967e+09, 3.07261e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.6292e+09, 0 }, { 1.8142e+08, 1.53383e+12 } } kg
+compflowStatistics: Max phase CFL number: 36.0825
+compflowStatistics: Max component CFL number: 6.01606
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30552252.832822684 Pa
+ ( Rflow ) = ( 3.22e-01 ) ; ( Rwell ) = ( 1.52e-11 ) ; ( R ) = ( 3.22e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.09587e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156532 s | Solve Time: 0.0248233 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30544982.04853365 Pa
+ ( Rflow ) = ( 1.23e-01 ) ; ( Rwell ) = ( 2.06e-07 ) ; ( R ) = ( 1.23e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.83133e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158415 s | Solve Time: 0.0246793 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30546868.930619475 Pa
+ ( Rflow ) = ( 1.49e-02 ) ; ( Rwell ) = ( 4.52e-09 ) ; ( R ) = ( 1.49e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.40177e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.015907 s | Solve Time: 0.0231273 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30546815.55185087 Pa
+ ( Rflow ) = ( 9.87e-05 ) ; ( Rwell ) = ( 2.97e-10 ) ; ( R ) = ( 9.87e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.51505e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.015863 s | Solve Time: 0.0196122 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30546815.567580733 Pa
+ ( Rflow ) = ( 1.33e-09 ) ; ( Rwell ) = ( 1.09e-11 ) ; ( R ) = ( 1.33e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30546815.567580733 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 8.52e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00667917 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0929319
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.25606e+08s, dt:5e+06s, Cycle: 46
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9365e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 229763 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.55839e+06, 1.57738e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.69867e+09, 1.5338e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.19693e+09, 3.07261e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.69867e+09, 0 }, { 1.86956e+08, 1.53372e+12 } } kg
+compflowStatistics: Max phase CFL number: 36.1939
+compflowStatistics: Max component CFL number: 5.98235
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30546815.567580733 Pa
+ ( Rflow ) = ( 3.21e-01 ) ; ( Rwell ) = ( 1.10e-11 ) ; ( R ) = ( 3.21e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.95978e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157188 s | Solve Time: 0.0247757 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30540016.01509946 Pa
+ ( Rflow ) = ( 8.40e-02 ) ; ( Rwell ) = ( 1.91e-07 ) ; ( R ) = ( 8.40e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.90853e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160556 s | Solve Time: 0.0246451 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30541498.544616412 Pa
+ ( Rflow ) = ( 8.53e-03 ) ; ( Rwell ) = ( 2.01e-09 ) ; ( R ) = ( 8.53e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.59879e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159182 s | Solve Time: 0.0230095 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30541452.436354537 Pa
+ ( Rflow ) = ( 5.04e-05 ) ; ( Rwell ) = ( 2.15e-10 ) ; ( R ) = ( 5.04e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.36217e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161227 s | Solve Time: 0.021292 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30541452.450168557 Pa
+ ( Rflow ) = ( 2.54e-10 ) ; ( Rwell ) = ( 2.34e-12 ) ; ( R ) = ( 2.54e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30541452.450168557 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 3.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00628047 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0861289
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.30606e+08s, dt:5e+06s, Cycle: 47
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93649e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 228740 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.66187e+06, 1.57728e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.76732e+09, 1.5337e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.24349e+09, 3.07262e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.76732e+09, 0 }, { 1.93298e+08, 1.53362e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.8115
+compflowStatistics: Max component CFL number: 5.95128
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30541452.450168557 Pa
+ ( Rflow ) = ( 3.16e-01 ) ; ( Rwell ) = ( 2.91e-12 ) ; ( R ) = ( 3.16e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.48075e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158061 s | Solve Time: 0.0246981 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30536797.744299915 Pa
+ ( Rflow ) = ( 7.58e-02 ) ; ( Rwell ) = ( 1.61e-07 ) ; ( R ) = ( 7.58e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.09646e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160824 s | Solve Time: 0.0231279 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30537248.762501393 Pa
+ ( Rflow ) = ( 5.37e-03 ) ; ( Rwell ) = ( 2.26e-09 ) ; ( R ) = ( 5.37e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.70435e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161749 s | Solve Time: 0.0231108 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30537313.94031346 Pa
+ ( Rflow ) = ( 5.53e-06 ) ; ( Rwell ) = ( 2.51e-10 ) ; ( R ) = ( 5.53e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30537313.94031346 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 6.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0123322 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0725961
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.35606e+08s, dt:5e+06s, Cycle: 48
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93649e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 227509 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.76534e+06, 1.57718e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.836e+09, 1.5336e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.2902e+09, 3.07262e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.836e+09, 0 }, { 1.99621e+08, 1.53352e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.9039
+compflowStatistics: Max component CFL number: 5.92312
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30537313.94031346 Pa
+ ( Rflow ) = ( 3.10e-01 ) ; ( Rwell ) = ( 2.51e-10 ) ; ( R ) = ( 3.10e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.7311e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161453 s | Solve Time: 0.0252332 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30534143.956123907 Pa
+ ( Rflow ) = ( 7.60e-02 ) ; ( Rwell ) = ( 1.39e-07 ) ; ( R ) = ( 7.60e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.22542e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161625 s | Solve Time: 0.0250439 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30535041.269170083 Pa
+ ( Rflow ) = ( 4.50e-03 ) ; ( Rwell ) = ( 1.47e-09 ) ; ( R ) = ( 4.50e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.0934e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159234 s | Solve Time: 0.0232397 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30535002.29152707 Pa
+ ( Rflow ) = ( 2.76e-05 ) ; ( Rwell ) = ( 2.67e-10 ) ; ( R ) = ( 2.76e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.81636e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159577 s | Solve Time: 0.0197741 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30535002.30719102 Pa
+ ( Rflow ) = ( 1.74e-10 ) ; ( Rwell ) = ( 2.39e-12 ) ; ( R ) = ( 1.74e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30535002.30719102 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 7.82e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.017375 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0692802
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.40606e+08s, dt:5e+06s, Cycle: 49
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93651e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 227164 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.87132e+06, 1.57707e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.9064e+09, 1.5335e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.33874e+09, 3.07262e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.9064e+09, 0 }, { 2.04219e+08, 1.53342e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.9837
+compflowStatistics: Max component CFL number: 5.89755
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30535002.30719102 Pa
+ ( Rflow ) = ( 3.03e-01 ) ; ( Rwell ) = ( 2.51e-12 ) ; ( R ) = ( 3.03e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.95559e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016103 s | Solve Time: 0.0248937 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30531337.72309822 Pa
+ ( Rflow ) = ( 1.83e-01 ) ; ( Rwell ) = ( 1.18e-07 ) ; ( R ) = ( 1.83e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.98648e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159937 s | Solve Time: 0.0230791 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30532147.297296237 Pa
+ ( Rflow ) = ( 1.11e-02 ) ; ( Rwell ) = ( 6.72e-09 ) ; ( R ) = ( 1.11e-02 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.13296e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161057 s | Solve Time: 0.023337 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30532136.017026387 Pa
+ ( Rflow ) = ( 1.75e-04 ) ; ( Rwell ) = ( 1.27e-10 ) ; ( R ) = ( 1.75e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 2.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.21358e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161488 s | Solve Time: 0.0198193 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30532136.010725625 Pa
+ ( Rflow ) = ( 4.52e-08 ) ; ( Rwell ) = ( 1.63e-11 ) ; ( R ) = ( 4.52e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30532136.010725625 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 6.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0166764 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0783973
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.45606e+08s, dt:5e+06s, Cycle: 50
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 228370 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 2.9782e+06, 1.57696e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.97738e+09, 1.5334e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.38784e+09, 3.07263e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.97738e+09, 0 }, { 2.08241e+08, 1.53331e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.5697
+compflowStatistics: Max component CFL number: 5.87392
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30532136.010725625 Pa
+ ( Rflow ) = ( 3.00e-01 ) ; ( Rwell ) = ( 1.63e-11 ) ; ( R ) = ( 3.00e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.69549e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159523 s | Solve Time: 0.0265799 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30528512.79016193 Pa
+ ( Rflow ) = ( 9.07e-02 ) ; ( Rwell ) = ( 1.09e-07 ) ; ( R ) = ( 9.07e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 1.97945e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159214 s | Solve Time: 0.0267807 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30529084.4895827 Pa
+ ( Rflow ) = ( 7.22e-03 ) ; ( Rwell ) = ( 4.43e-10 ) ; ( R ) = ( 7.22e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 1.98e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.00146e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158248 s | Solve Time: 0.0251189 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30529062.86994984 Pa
+ ( Rflow ) = ( 4.49e-05 ) ; ( Rwell ) = ( 7.84e-11 ) ; ( R ) = ( 4.49e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.15194e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161567 s | Solve Time: 0.0197582 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30529062.875637002 Pa
+ ( Rflow ) = ( 3.34e-10 ) ; ( Rwell ) = ( 3.88e-12 ) ; ( R ) = ( 3.34e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30529062.875637002 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 6.15e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00990656 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0837092
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.50606e+08s, dt:5e+06s, Cycle: 51
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93654e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 228825 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.08557e+06, 1.57686e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.04866e+09, 1.53329e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.43703e+09, 3.07263e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.04866e+09, 0 }, { 2.1196e+08, 1.53321e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.6453
+compflowStatistics: Max component CFL number: 5.85081
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30529062.875637002 Pa
+ ( Rflow ) = ( 2.99e-01 ) ; ( Rwell ) = ( 4.00e-12 ) ; ( R ) = ( 2.99e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.82265e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161357 s | Solve Time: 0.0249686 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30524259.73117918 Pa
+ ( Rflow ) = ( 7.02e-02 ) ; ( Rwell ) = ( 1.09e-07 ) ; ( R ) = ( 7.02e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.14478e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016023 s | Solve Time: 0.0249332 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30524895.44496477 Pa
+ ( Rflow ) = ( 2.76e-03 ) ; ( Rwell ) = ( 1.79e-09 ) ; ( R ) = ( 2.76e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.25219e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160662 s | Solve Time: 0.0249461 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30524878.318785407 Pa
+ ( Rflow ) = ( 9.44e-06 ) ; ( Rwell ) = ( 1.90e-11 ) ; ( R ) = ( 9.44e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30524878.318785407 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.25e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00576197 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0818359
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.55606e+08s, dt:5e+06s, Cycle: 52
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 229010 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.19175e+06, 1.57675e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.1191e+09, 1.53319e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.48523e+09, 3.07263e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.1191e+09, 0 }, { 2.16515e+08, 1.5331e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.7233
+compflowStatistics: Max component CFL number: 5.82892
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30524878.318785407 Pa
+ ( Rflow ) = ( 2.97e-01 ) ; ( Rwell ) = ( 1.90e-11 ) ; ( R ) = ( 2.97e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.05022e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158476 s | Solve Time: 0.0268772 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30519627.34024699 Pa
+ ( Rflow ) = ( 3.50e-01 ) ; ( Rwell ) = ( 9.91e-08 ) ; ( R ) = ( 3.50e-01 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.05e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30522252.8295162 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.48e-01 ) ; ( Rwell ) = ( 2.50e-08 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.1238e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160479 s | Solve Time: 0.0266813 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30519826.851000916 Pa
+ ( Rflow ) = ( 1.99e-02 ) ; ( Rwell ) = ( 2.40e-08 ) ; ( R ) = ( 1.99e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.09235e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160171 s | Solve Time: 0.0250214 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30519859.157890204 Pa
+ ( Rflow ) = ( 1.63e-04 ) ; ( Rwell ) = ( 3.76e-10 ) ; ( R ) = ( 1.63e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.21516e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161142 s | Solve Time: 0.0249089 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30519857.144520357 Pa
+ ( Rflow ) = ( 5.04e-08 ) ; ( Rwell ) = ( 3.75e-12 ) ; ( R ) = ( 5.04e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30519857.144520357 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.22e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00921364 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0734611
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.60606e+08s, dt:5e+06s, Cycle: 53
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9365e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 227999 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.29555e+06, 1.57665e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.18793e+09, 1.53309e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.53167e+09, 3.07264e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.18793e+09, 0 }, { 2.2269e+08, 1.533e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.8006
+compflowStatistics: Max component CFL number: 5.80829
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30519857.144520357 Pa
+ ( Rflow ) = ( 2.93e-01 ) ; ( Rwell ) = ( 4.09e-12 ) ; ( R ) = ( 2.93e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.71139e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161183 s | Solve Time: 0.0250853 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30514363.538150657 Pa
+ ( Rflow ) = ( 4.47e-01 ) ; ( Rwell ) = ( 8.82e-08 ) ; ( R ) = ( 4.47e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.71e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30517110.341335505 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.26e-01 ) ; ( Rwell ) = ( 2.29e-08 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.24588e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161007 s | Solve Time: 0.0251641 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30516169.063630637 Pa
+ ( Rflow ) = ( 2.56e-02 ) ; ( Rwell ) = ( 1.97e-08 ) ; ( R ) = ( 2.56e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.27299e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159388 s | Solve Time: 0.0257632 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30516444.148096535 Pa
+ ( Rflow ) = ( 3.60e-04 ) ; ( Rwell ) = ( 3.32e-10 ) ; ( R ) = ( 3.60e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.45193e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157366 s | Solve Time: 0.0254152 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30516438.69981784 Pa
+ ( Rflow ) = ( 1.79e-07 ) ; ( Rwell ) = ( 5.11e-12 ) ; ( R ) = ( 1.79e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30516438.69981784 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.45e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0119445 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0669201
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.65606e+08s, dt:5e+06s, Cycle: 54
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9365e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 226031 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.39913e+06, 1.57654e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.25667e+09, 1.53299e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.57817e+09, 3.07264e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.25667e+09, 0 }, { 2.28953e+08, 1.5329e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.3739
+compflowStatistics: Max component CFL number: 5.78941
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30516438.69981784 Pa
+ ( Rflow ) = ( 2.88e-01 ) ; ( Rwell ) = ( 5.23e-12 ) ; ( R ) = ( 2.88e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.30828e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158481 s | Solve Time: 0.0265836 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30513219.914132092 Pa
+ ( Rflow ) = ( 6.65e-02 ) ; ( Rwell ) = ( 7.13e-08 ) ; ( R ) = ( 6.65e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.32393e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164537 s | Solve Time: 0.0248559 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30514268.260973364 Pa
+ ( Rflow ) = ( 1.41e-03 ) ; ( Rwell ) = ( 1.77e-09 ) ; ( R ) = ( 1.41e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.9799e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162883 s | Solve Time: 0.0231238 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30514256.962965272 Pa
+ ( Rflow ) = ( 1.63e-06 ) ; ( Rwell ) = ( 1.22e-10 ) ; ( R ) = ( 1.63e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30514256.962965272 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 6.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0140279 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0585896
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.70606e+08s, dt:5e+06s, Cycle: 55
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93651e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 225389 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.50378e+06, 1.57644e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.32615e+09, 1.53289e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.62554e+09, 3.07264e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.32615e+09, 0 }, { 2.34465e+08, 1.53279e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.4329
+compflowStatistics: Max component CFL number: 5.77194
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30514256.962965272 Pa
+ ( Rflow ) = ( 2.83e-01 ) ; ( Rwell ) = ( 1.22e-10 ) ; ( R ) = ( 2.83e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.26828e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161186 s | Solve Time: 0.0249901 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30511614.149964504 Pa
+ ( Rflow ) = ( 8.31e-02 ) ; ( Rwell ) = ( 6.60e-08 ) ; ( R ) = ( 8.31e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.6643e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161938 s | Solve Time: 0.0247438 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30512696.138975184 Pa
+ ( Rflow ) = ( 7.23e-03 ) ; ( Rwell ) = ( 4.91e-09 ) ; ( R ) = ( 7.23e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.63952e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158914 s | Solve Time: 0.0229626 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30512656.959886666 Pa
+ ( Rflow ) = ( 6.90e-05 ) ; ( Rwell ) = ( 4.13e-10 ) ; ( R ) = ( 6.90e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.00235e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160074 s | Solve Time: 0.0196634 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30512656.96389469 Pa
+ ( Rflow ) = ( 4.86e-10 ) ; ( Rwell ) = ( 1.82e-12 ) ; ( R ) = ( 4.86e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30512656.96389469 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 3.00e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.013245 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0660746
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.75606e+08s, dt:5e+06s, Cycle: 56
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 225795 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.61034e+06, 1.57633e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.39694e+09, 1.53279e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.67427e+09, 3.07265e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.39694e+09, 0 }, { 2.38682e+08, 1.53269e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.4875
+compflowStatistics: Max component CFL number: 5.75549
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30512656.96389469 Pa
+ ( Rflow ) = ( 2.81e-01 ) ; ( Rwell ) = ( 1.89e-12 ) ; ( R ) = ( 2.81e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.75033e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159483 s | Solve Time: 0.0265565 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30509134.795787152 Pa
+ ( Rflow ) = ( 6.57e-02 ) ; ( Rwell ) = ( 6.54e-08 ) ; ( R ) = ( 6.57e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.53976e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161652 s | Solve Time: 0.0247862 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30509995.985417373 Pa
+ ( Rflow ) = ( 1.57e-03 ) ; ( Rwell ) = ( 4.24e-10 ) ; ( R ) = ( 1.57e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.12328e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163309 s | Solve Time: 0.0230896 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30509977.949894365 Pa
+ ( Rflow ) = ( 4.28e-06 ) ; ( Rwell ) = ( 1.14e-10 ) ; ( R ) = ( 4.28e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30509977.949894365 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 7.12e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00649641 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0720797
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.80606e+08s, dt:5e+06s, Cycle: 57
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 226766 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.71671e+06, 1.57622e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.46754e+09, 1.53268e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.72273e+09, 3.07265e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.46754e+09, 0 }, { 2.43079e+08, 1.53259e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.5451
+compflowStatistics: Max component CFL number: 5.73967
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30509977.949894365 Pa
+ ( Rflow ) = ( 2.79e-01 ) ; ( Rwell ) = ( 1.14e-10 ) ; ( R ) = ( 2.79e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.02985e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162425 s | Solve Time: 0.0247004 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30506571.854622878 Pa
+ ( Rflow ) = ( 4.85e-02 ) ; ( Rwell ) = ( 6.62e-08 ) ; ( R ) = ( 4.85e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.83248e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160983 s | Solve Time: 0.0230899 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30506909.616706137 Pa
+ ( Rflow ) = ( 3.68e-03 ) ; ( Rwell ) = ( 1.74e-09 ) ; ( R ) = ( 3.68e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.03465e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0157564 s | Solve Time: 0.0229555 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30506891.011063073 Pa
+ ( Rflow ) = ( 2.56e-05 ) ; ( Rwell ) = ( 2.21e-10 ) ; ( R ) = ( 2.56e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 1.63127e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158645 s | Solve Time: 0.019722 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30506891.01823981 Pa
+ ( Rflow ) = ( 1.71e-10 ) ; ( Rwell ) = ( 1.92e-13 ) ; ( R ) = ( 1.71e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30506891.01823981 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 1.63e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00799222 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0727825
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.85606e+08s, dt:5e+06s, Cycle: 58
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 226655 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.82258e+06, 1.57612e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.53779e+09, 1.53258e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.77059e+09, 3.07265e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.53779e+09, 0 }, { 2.47826e+08, 1.53248e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.1063
+compflowStatistics: Max component CFL number: 5.72419
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30506891.01823981 Pa
+ ( Rflow ) = ( 2.77e-01 ) ; ( Rwell ) = ( 1.01e-12 ) ; ( R ) = ( 2.77e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.61183e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160965 s | Solve Time: 0.0250259 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30503271.173770495 Pa
+ ( Rflow ) = ( 4.06e-02 ) ; ( Rwell ) = ( 5.88e-08 ) ; ( R ) = ( 4.06e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.78573e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161479 s | Solve Time: 0.0260503 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30503652.805391308 Pa
+ ( Rflow ) = ( 1.04e-03 ) ; ( Rwell ) = ( 8.48e-10 ) ; ( R ) = ( 1.04e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.47586e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162369 s | Solve Time: 0.0232654 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30503643.56314978 Pa
+ ( Rflow ) = ( 1.34e-06 ) ; ( Rwell ) = ( 6.97e-11 ) ; ( R ) = ( 1.34e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30503643.56314978 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 8.48e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00529512 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0697947
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.90606e+08s, dt:5e+06s, Cycle: 59
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93652e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 226099 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 3.92765e+06, 1.57601e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.6075e+09, 1.53248e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.81798e+09, 3.07266e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.6075e+09, 0 }, { 2.53121e+08, 1.53238e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.1647
+compflowStatistics: Max component CFL number: 5.7091
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30503643.56314978 Pa
+ ( Rflow ) = ( 2.74e-01 ) ; ( Rwell ) = ( 6.97e-11 ) ; ( R ) = ( 2.74e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.42326e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160991 s | Solve Time: 0.0260702 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30499984.813319527 Pa
+ ( Rflow ) = ( 5.17e-02 ) ; ( Rwell ) = ( 1.09e-07 ) ; ( R ) = ( 5.17e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.42e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.89274e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159581 s | Solve Time: 0.0249245 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30500553.989904977 Pa
+ ( Rflow ) = ( 9.85e-04 ) ; ( Rwell ) = ( 3.06e-09 ) ; ( R ) = ( 9.85e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.28035e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163603 s | Solve Time: 0.0232504 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30500549.406421028 Pa
+ ( Rflow ) = ( 1.67e-06 ) ; ( Rwell ) = ( 7.26e-11 ) ; ( R ) = ( 1.67e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30500549.406421028 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 7.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00506817 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0624251
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 1.95606e+08s, dt:4.39424e+06s, Cycle: 60
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93652e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 225326 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.03219e+06, 1.57591e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.67685e+09, 1.53238e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.86502e+09, 3.07266e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.67685e+09, 0 }, { 2.58763e+08, 1.53227e+12 } } kg
+compflowStatistics: Max phase CFL number: 30.9553
+compflowStatistics: Max component CFL number: 5.00451
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30500549.406421028 Pa
+ ( Rflow ) = ( 2.38e-01 ) ; ( Rwell ) = ( 7.26e-11 ) ; ( R ) = ( 2.38e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.76619e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160122 s | Solve Time: 0.0268581 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30498181.48998824 Pa
+ ( Rflow ) = ( 6.04e-02 ) ; ( Rwell ) = ( 4.90e-08 ) ; ( R ) = ( 6.04e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.80007e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161637 s | Solve Time: 0.0245843 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30499350.465875417 Pa
+ ( Rflow ) = ( 3.84e-03 ) ; ( Rwell ) = ( 2.10e-09 ) ; ( R ) = ( 3.84e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.72193e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164002 s | Solve Time: 0.0230913 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30499325.5747115 Pa
+ ( Rflow ) = ( 2.13e-05 ) ; ( Rwell ) = ( 1.78e-10 ) ; ( R ) = ( 2.13e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 3.93754e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163805 s | Solve Time: 0.0197242 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30499325.582892645 Pa
+ ( Rflow ) = ( 1.51e-10 ) ; ( Rwell ) = ( 8.01e-13 ) ; ( R ) = ( 1.51e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30499325.582892645 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 3.94e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0121693 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0505832
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2e+08s, dt:5e+06s, Cycle: 61
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93654e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 224667 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.12589e+06, 1.57582e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.7391e+09, 1.53229e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.90768e+09, 3.07266e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.7391e+09, 0 }, { 2.62427e+08, 1.53218e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.267
+compflowStatistics: Max component CFL number: 5.68251
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30499325.582892645 Pa
+ ( Rflow ) = ( 2.67e-01 ) ; ( Rwell ) = ( 9.18e-13 ) ; ( R ) = ( 2.67e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.11379e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158544 s | Solve Time: 0.0246979 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30496413.557782352 Pa
+ ( Rflow ) = ( 1.42e-01 ) ; ( Rwell ) = ( 5.43e-08 ) ; ( R ) = ( 1.42e-01 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.95169e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160185 s | Solve Time: 0.0230937 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30497115.44960884 Pa
+ ( Rflow ) = ( 3.28e-03 ) ; ( Rwell ) = ( 6.98e-09 ) ; ( R ) = ( 3.28e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.93439e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.015953 s | Solve Time: 0.0230913 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30497093.831256 Pa
+ ( Rflow ) = ( 1.69e-05 ) ; ( Rwell ) = ( 1.38e-10 ) ; ( R ) = ( 1.69e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.27727e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160356 s | Solve Time: 0.0197796 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30497093.83646962 Pa
+ ( Rflow ) = ( 1.72e-10 ) ; ( Rwell ) = ( 2.69e-12 ) ; ( R ) = ( 1.72e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30497093.83646962 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 9.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0157237 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0572223
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.05e+08s, dt:5e+06s, Cycle: 62
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93655e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 225565 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.23286e+06, 1.57571e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.81012e+09, 1.53219e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 1.95661e+09, 3.07267e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.81012e+09, 0 }, { 2.66406e+08, 1.53208e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.8182
+compflowStatistics: Max component CFL number: 5.6696
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30497093.83646962 Pa
+ ( Rflow ) = ( 2.64e-01 ) ; ( Rwell ) = ( 2.79e-12 ) ; ( R ) = ( 2.64e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.98992e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161279 s | Solve Time: 0.0249314 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30493465.23895435 Pa
+ ( Rflow ) = ( 4.47e-02 ) ; ( Rwell ) = ( 5.94e-08 ) ; ( R ) = ( 4.47e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.30999e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164848 s | Solve Time: 0.0249342 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30493757.687570147 Pa
+ ( Rflow ) = ( 7.01e-04 ) ; ( Rwell ) = ( 8.93e-10 ) ; ( R ) = ( 7.01e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.9398e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164152 s | Solve Time: 0.0248643 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30493748.311720546 Pa
+ ( Rflow ) = ( 1.14e-06 ) ; ( Rwell ) = ( 1.73e-11 ) ; ( R ) = ( 1.14e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30493748.311720546 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.94e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00642945 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0546394
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.1e+08s, dt:5e+06s, Cycle: 63
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93654e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 225660 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.33865e+06, 1.5756e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.88029e+09, 1.53208e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.00456e+09, 3.07267e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.88029e+09, 0 }, { 2.71238e+08, 1.53197e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.8736
+compflowStatistics: Max component CFL number: 5.65646
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30493748.311720546 Pa
+ ( Rflow ) = ( 2.62e-01 ) ; ( Rwell ) = ( 1.74e-11 ) ; ( R ) = ( 2.62e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.43129e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156806 s | Solve Time: 0.0266513 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30490566.924503356 Pa
+ ( Rflow ) = ( 4.64e-02 ) ; ( Rwell ) = ( 6.38e-08 ) ; ( R ) = ( 4.64e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.98664e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016037 s | Solve Time: 0.0231351 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30490849.618810058 Pa
+ ( Rflow ) = ( 1.17e-03 ) ; ( Rwell ) = ( 2.07e-09 ) ; ( R ) = ( 1.17e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.07184e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161861 s | Solve Time: 0.0255393 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30490844.18440534 Pa
+ ( Rflow ) = ( 3.07e-06 ) ; ( Rwell ) = ( 2.10e-11 ) ; ( R ) = ( 3.07e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30490844.18440534 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 4.07e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00955727 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0562374
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.15e+08s, dt:5e+06s, Cycle: 64
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 224732 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.44397e+06, 1.5755e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 2.95017e+09, 1.53198e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.05212e+09, 3.07267e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 2.95017e+09, 0 }, { 2.76356e+08, 1.53187e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.9298
+compflowStatistics: Max component CFL number: 5.64306
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30490844.18440534 Pa
+ ( Rflow ) = ( 2.61e-01 ) ; ( Rwell ) = ( 2.11e-11 ) ; ( R ) = ( 2.61e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.69765e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016241 s | Solve Time: 0.0286945 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30487278.47568627 Pa
+ ( Rflow ) = ( 6.07e-02 ) ; ( Rwell ) = ( 5.75e-08 ) ; ( R ) = ( 6.07e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.04739e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0193926 s | Solve Time: 0.0256015 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30488464.100053426 Pa
+ ( Rflow ) = ( 2.00e-03 ) ; ( Rwell ) = ( 2.00e-09 ) ; ( R ) = ( 2.00e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.48312e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165649 s | Solve Time: 0.0251165 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30488441.26290164 Pa
+ ( Rflow ) = ( 6.12e-06 ) ; ( Rwell ) = ( 3.43e-11 ) ; ( R ) = ( 6.12e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30488441.26290164 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.48e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00623353 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0619021
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.2e+08s, dt:5e+06s, Cycle: 65
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93654e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 224251 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.5496e+06, 1.57539e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.02028e+09, 1.53188e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.09985e+09, 3.07267e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.02028e+09, 0 }, { 2.81244e+08, 1.53177e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.9838
+compflowStatistics: Max component CFL number: 5.62979
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30488441.26290164 Pa
+ ( Rflow ) = ( 2.60e-01 ) ; ( Rwell ) = ( 3.44e-11 ) ; ( R ) = ( 2.60e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.71053e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159413 s | Solve Time: 0.0251192 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30485664.525812577 Pa
+ ( Rflow ) = ( 3.49e-02 ) ; ( Rwell ) = ( 1.43e-06 ) ; ( R ) = ( 3.49e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.40804e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016021 s | Solve Time: 0.0260936 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30485830.60654063 Pa
+ ( Rflow ) = ( 1.28e-03 ) ; ( Rwell ) = ( 4.48e-10 ) ; ( R ) = ( 1.28e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.81318e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161034 s | Solve Time: 0.0230804 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30485823.354955636 Pa
+ ( Rflow ) = ( 4.25e-06 ) ; ( Rwell ) = ( 7.57e-11 ) ; ( R ) = ( 4.25e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30485823.354955636 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 8.81e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0100966 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0643083
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.25e+08s, dt:5e+06s, Cycle: 66
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93654e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 224275 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.65504e+06, 1.57529e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.09025e+09, 1.53178e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.14745e+09, 3.07268e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.09025e+09, 0 }, { 2.86278e+08, 1.53166e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.0327
+compflowStatistics: Max component CFL number: 5.61696
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30485823.354955636 Pa
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+ ( Rflow ) = ( 2.59e-01 ) ; ( Rwell ) = ( 7.57e-11 ) ; ( R ) = ( 2.59e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.98607e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163652 s | Solve Time: 0.0267832 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30482191.95909048 Pa
+ ( Rflow ) = ( 6.23e-02 ) ; ( Rwell ) = ( 3.87e-08 ) ; ( R ) = ( 6.23e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.25716e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163387 s | Solve Time: 0.0249142 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30483590.95226757 Pa
+ ( Rflow ) = ( 4.13e-03 ) ; ( Rwell ) = ( 2.98e-09 ) ; ( R ) = ( 4.13e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.49786e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164038 s | Solve Time: 0.0232408 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30483563.33990981 Pa
+ ( Rflow ) = ( 2.41e-05 ) ; ( Rwell ) = ( 1.58e-10 ) ; ( R ) = ( 2.41e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.71147e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163853 s | Solve Time: 0.0198126 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30483563.345741972 Pa
+ ( Rflow ) = ( 1.76e-10 ) ; ( Rwell ) = ( 1.59e-12 ) ; ( R ) = ( 1.76e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30483563.345741972 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 6.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00815989 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0633724
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.3e+08s, dt:5e+06s, Cycle: 67
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 223892 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.76017e+06, 1.57518e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.16e+09, 1.53168e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.1949e+09, 3.07268e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.16e+09, 0 }, { 2.91527e+08, 1.53156e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.5636
+compflowStatistics: Max component CFL number: 5.60448
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30483563.345741972 Pa
+ ( Rflow ) = ( 2.56e-01 ) ; ( Rwell ) = ( 1.75e-12 ) ; ( R ) = ( 2.56e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.45827e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161388 s | Solve Time: 0.0248528 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30481125.404465083 Pa
+ ( Rflow ) = ( 3.86e-02 ) ; ( Rwell ) = ( 3.65e-08 ) ; ( R ) = ( 3.86e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.46444e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156937 s | Solve Time: 0.0247146 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30481252.43608417 Pa
+ ( Rflow ) = ( 1.13e-03 ) ; ( Rwell ) = ( 6.69e-10 ) ; ( R ) = ( 1.13e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.26964e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160545 s | Solve Time: 0.0230236 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30481247.061848905 Pa
+ ( Rflow ) = ( 3.33e-06 ) ; ( Rwell ) = ( 3.03e-11 ) ; ( R ) = ( 3.33e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30481247.061848905 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 7.27e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00568965 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0587199
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.35e+08s, dt:5e+06s, Cycle: 68
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 223388 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.86497e+06, 1.57508e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.22953e+09, 1.53158e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.24207e+09, 3.07268e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.22953e+09, 0 }, { 2.97e+08, 1.53146e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.6001
+compflowStatistics: Max component CFL number: 5.59296
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30481247.061848905 Pa
+ ( Rflow ) = ( 2.54e-01 ) ; ( Rwell ) = ( 3.03e-11 ) ; ( R ) = ( 2.54e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.46736e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161911 s | Solve Time: 0.0249421 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30478071.60564519 Pa
+ ( Rflow ) = ( 6.40e-02 ) ; ( Rwell ) = ( 4.12e-08 ) ; ( R ) = ( 6.40e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.52412e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161976 s | Solve Time: 0.024879 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30479432.03578803 Pa
+ ( Rflow ) = ( 3.64e-03 ) ; ( Rwell ) = ( 5.64e-09 ) ; ( R ) = ( 3.64e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.70901e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016328 s | Solve Time: 0.0232503 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30479409.318093862 Pa
+ ( Rflow ) = ( 2.02e-05 ) ; ( Rwell ) = ( 1.48e-10 ) ; ( R ) = ( 2.02e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.50935e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162361 s | Solve Time: 0.0196955 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30479409.32345418 Pa
+ ( Rflow ) = ( 1.70e-10 ) ; ( Rwell ) = ( 1.32e-12 ) ; ( R ) = ( 1.70e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30479409.32345418 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 4.51e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00787554 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0516829
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.4e+08s, dt:5e+06s, Cycle: 69
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 222865 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 4.97003e+06, 1.57497e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.29926e+09, 1.53148e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.28953e+09, 3.07269e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.29926e+09, 0 }, { 3.02265e+08, 1.53135e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.6346
+compflowStatistics: Max component CFL number: 5.58243
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30479409.32345418 Pa
+ ( Rflow ) = ( 2.50e-01 ) ; ( Rwell ) = ( 1.45e-12 ) ; ( R ) = ( 2.50e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.6357e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161761 s | Solve Time: 0.0248789 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30477026.853525214 Pa
+ ( Rflow ) = ( 5.18e-02 ) ; ( Rwell ) = ( 3.69e-08 ) ; ( R ) = ( 5.18e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.72777e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0158066 s | Solve Time: 0.0246847 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30478014.83303314 Pa
+ ( Rflow ) = ( 3.10e-03 ) ; ( Rwell ) = ( 2.91e-09 ) ; ( R ) = ( 3.10e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.00903e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162325 s | Solve Time: 0.0232471 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30477993.970466487 Pa
+ ( Rflow ) = ( 1.55e-05 ) ; ( Rwell ) = ( 2.08e-10 ) ; ( R ) = ( 1.55e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 2.24825e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161225 s | Solve Time: 0.0216044 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30477993.974428218 Pa
+ ( Rflow ) = ( 1.72e-10 ) ; ( Rwell ) = ( 2.87e-13 ) ; ( R ) = ( 1.72e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30477993.974428218 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 2.25e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0160378 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0510152
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.45e+08s, dt:5e+06s, Cycle: 70
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93655e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 222797 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.07604e+06, 1.57487e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.36965e+09, 1.53137e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.33772e+09, 3.07269e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.36965e+09, 0 }, { 3.06877e+08, 1.53125e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.6679
+compflowStatistics: Max component CFL number: 5.57257
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30477993.974428218 Pa
+ ( Rflow ) = ( 2.47e-01 ) ; ( Rwell ) = ( 5.39e-13 ) ; ( R ) = ( 2.47e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.7807e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159942 s | Solve Time: 0.0249166 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30476236.88947774 Pa
+ ( Rflow ) = ( 3.31e-02 ) ; ( Rwell ) = ( 3.44e-08 ) ; ( R ) = ( 3.31e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.46406e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165071 s | Solve Time: 0.025001 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30476894.728371304 Pa
+ ( Rflow ) = ( 9.43e-04 ) ; ( Rwell ) = ( 1.04e-09 ) ; ( R ) = ( 9.43e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.71482e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161904 s | Solve Time: 0.02507 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30476884.84104025 Pa
+ ( Rflow ) = ( 1.88e-06 ) ; ( Rwell ) = ( 8.81e-12 ) ; ( R ) = ( 1.88e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30476884.84104025 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0118049 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0523095
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.5e+08s, dt:5e+06s, Cycle: 71
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93656e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 223100 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.18326e+06, 1.57476e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.44085e+09, 1.53127e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.38677e+09, 3.07269e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.44085e+09, 0 }, { 3.10675e+08, 1.53114e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.7002
+compflowStatistics: Max component CFL number: 5.56297
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30476884.84104025 Pa
+ ( Rflow ) = ( 2.46e-01 ) ; ( Rwell ) = ( 8.82e-12 ) ; ( R ) = ( 2.46e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.09028e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016096 s | Solve Time: 0.0250607 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30474896.759809535 Pa
+ ( Rflow ) = ( 3.11e-02 ) ; ( Rwell ) = ( 3.49e-08 ) ; ( R ) = ( 3.11e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.73151e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164392 s | Solve Time: 0.0249745 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30475140.038858876 Pa
+ ( Rflow ) = ( 3.44e-03 ) ; ( Rwell ) = ( 4.79e-10 ) ; ( R ) = ( 3.44e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.12872e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01629 s | Solve Time: 0.0232919 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30475127.259257704 Pa
+ ( Rflow ) = ( 2.32e-05 ) ; ( Rwell ) = ( 7.32e-11 ) ; ( R ) = ( 2.32e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.53589e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163425 s | Solve Time: 0.0196628 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30475127.26234914 Pa
+ ( Rflow ) = ( 1.70e-10 ) ; ( Rwell ) = ( 2.06e-12 ) ; ( R ) = ( 1.70e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30475127.26234914 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 4.54e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0126499 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0537895
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.55e+08s, dt:5e+06s, Cycle: 72
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93657e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 223680 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.2905e+06, 1.57465e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.51203e+09, 1.53117e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.4358e+09, 3.0727e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.51203e+09, 0 }, { 3.14501e+08, 1.53104e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.7353
+compflowStatistics: Max component CFL number: 5.55343
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30475127.26234914 Pa
+ ( Rflow ) = ( 2.45e-01 ) ; ( Rwell ) = ( 2.14e-12 ) ; ( R ) = ( 2.45e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.42645e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166894 s | Solve Time: 0.0249483 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30472183.339953147 Pa
+ ( Rflow ) = ( 4.58e-02 ) ; ( Rwell ) = ( 3.35e-08 ) ; ( R ) = ( 4.58e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.40751e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016296 s | Solve Time: 0.0251068 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30473012.506603964 Pa
+ ( Rflow ) = ( 1.58e-03 ) ; ( Rwell ) = ( 2.92e-09 ) ; ( R ) = ( 1.58e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.86179e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01623 s | Solve Time: 0.0248587 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30472992.491019882 Pa
+ ( Rflow ) = ( 4.54e-06 ) ; ( Rwell ) = ( 7.72e-11 ) ; ( R ) = ( 4.54e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30472992.491019882 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 5.86e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00559549 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0524098
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.6e+08s, dt:5e+06s, Cycle: 73
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93656e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 223612 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.39732e+06, 1.57454e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.58289e+09, 1.53106e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.48438e+09, 3.0727e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.58289e+09, 0 }, { 3.18632e+08, 1.53093e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.7713
+compflowStatistics: Max component CFL number: 5.54387
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30472992.491019882 Pa
+ ( Rflow ) = ( 2.44e-01 ) ; ( Rwell ) = ( 7.72e-11 ) ; ( R ) = ( 2.44e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.32073e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160193 s | Solve Time: 0.025059 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30470973.230750214 Pa
+ ( Rflow ) = ( 2.32e-02 ) ; ( Rwell ) = ( 3.44e-08 ) ; ( R ) = ( 2.32e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.85752e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161485 s | Solve Time: 0.0251167 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30470817.389020495 Pa
+ ( Rflow ) = ( 1.26e-04 ) ; ( Rwell ) = ( 7.90e-10 ) ; ( R ) = ( 1.26e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.86e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.68328e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163303 s | Solve Time: 0.0248983 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30470817.288866162 Pa
+ ( Rflow ) = ( 8.41e-09 ) ; ( Rwell ) = ( 3.21e-12 ) ; ( R ) = ( 8.41e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30470817.288866162 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 6.68e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00714854 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0500049
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 2.65e+08s, dt:5e+06s, Cycle: 74
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93656e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 223184 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.50376e+06, 1.57444e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.65351e+09, 1.53096e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.53255e+09, 3.0727e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.65351e+09, 0 }, { 3.23015e+08, 1.53083e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.2988
+compflowStatistics: Max component CFL number: 5.5345
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30470817.288866162 Pa
+ ( Rflow ) = ( 2.43e-01 ) ; ( Rwell ) = ( 3.29e-12 ) ; ( R ) = ( 2.43e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.33535e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016327 s | Solve Time: 0.0247139 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30467694.642422836 Pa
+ ( Rflow ) = ( 3.99e-02 ) ; ( Rwell ) = ( 3.53e-08 ) ; ( R ) = ( 3.99e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.34e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.18682e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163324 s | Solve Time: 0.0248972 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30468102.151616976 Pa
+ ( Rflow ) = ( 5.54e-03 ) ; ( Rwell ) = ( 1.41e-09 ) ; ( R ) = ( 5.54e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.58046e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.015991 s | Solve Time: 0.0229418 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30468107.946687397 Pa
+ ( Rflow ) = ( 1.30e-04 ) ; ( Rwell ) = ( 2.94e-10 ) ; ( R ) = ( 1.30e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.96919e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162023 s | Solve Time: 0.019621 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30468107.94343793 Pa
+ ( Rflow ) = ( 2.31e-10 ) ; ( Rwell ) = ( 1.10e-11 ) ; ( R ) = ( 2.31e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30468107.94343793 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 12, 4.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00552576 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0491448
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 2.7e+08s, dt:5e+06s, Cycle: 75
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93655e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 222720 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.60881e+06, 1.57433e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.72316e+09, 1.53086e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.57975e+09, 3.07271e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.72316e+09, 0 }, { 3.28369e+08, 1.53072e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.3353
+compflowStatistics: Max component CFL number: 5.52546
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30468107.94343793 Pa
+ ( Rflow ) = ( 2.42e-01 ) ; ( Rwell ) = ( 1.10e-11 ) ; ( R ) = ( 2.42e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.12169e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161268 s | Solve Time: 0.0248225 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30465992.6777899 Pa
+ ( Rflow ) = ( 2.76e-02 ) ; ( Rwell ) = ( 3.23e-08 ) ; ( R ) = ( 2.76e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.38388e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162169 s | Solve Time: 0.024668 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30465872.602196842 Pa
+ ( Rflow ) = ( 9.75e-05 ) ; ( Rwell ) = ( 4.61e-10 ) ; ( R ) = ( 9.75e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.78161e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164272 s | Solve Time: 0.0247375 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30465872.42955501 Pa
+ ( Rflow ) = ( 8.55e-09 ) ; ( Rwell ) = ( 2.40e-12 ) ; ( R ) = ( 8.55e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30465872.42955501 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.78e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00668008 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0499164
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 2.75e+08s, dt:5e+06s, Cycle: 76
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93654e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 221728 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.71347e+06, 1.57423e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.79259e+09, 1.53076e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.62661e+09, 3.07271e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.79259e+09, 0 }, { 3.3394e+08, 1.53062e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.3697
+compflowStatistics: Max component CFL number: 5.51714
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30465872.42955501 Pa
+ ( Rflow ) = ( 2.40e-01 ) ; ( Rwell ) = ( 2.50e-12 ) ; ( R ) = ( 2.40e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.8891e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164783 s | Solve Time: 0.0249085 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30462791.094355255 Pa
+ ( Rflow ) = ( 3.88e-02 ) ; ( Rwell ) = ( 3.32e-08 ) ; ( R ) = ( 3.88e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.38603e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166348 s | Solve Time: 0.0248261 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30463288.350110546 Pa
+ ( Rflow ) = ( 4.69e-04 ) ; ( Rwell ) = ( 1.67e-09 ) ; ( R ) = ( 4.69e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.35608e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162412 s | Solve Time: 0.0250956 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30463280.10170709 Pa
+ ( Rflow ) = ( 3.40e-07 ) ; ( Rwell ) = ( 9.47e-12 ) ; ( R ) = ( 3.40e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30463280.10170709 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 6.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0059521 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0490896
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 2.8e+08s, dt:5e+06s, Cycle: 77
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 221147 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.81693e+06, 1.57412e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.86118e+09, 1.53066e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.67263e+09, 3.07271e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.86118e+09, 0 }, { 3.40344e+08, 1.53052e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.4056
+compflowStatistics: Max component CFL number: 5.50885
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30463280.10170709 Pa
+ ( Rflow ) = ( 2.39e-01 ) ; ( Rwell ) = ( 9.51e-12 ) ; ( R ) = ( 2.39e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.48333e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160543 s | Solve Time: 0.0251759 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30460843.138329677 Pa
+ ( Rflow ) = ( 4.56e-02 ) ; ( Rwell ) = ( 3.07e-08 ) ; ( R ) = ( 4.56e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.33393e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163282 s | Solve Time: 0.024923 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30461626.23806124 Pa
+ ( Rflow ) = ( 2.29e-03 ) ; ( Rwell ) = ( 1.78e-09 ) ; ( R ) = ( 2.29e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.10745e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016644 s | Solve Time: 0.0233859 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30461611.854810767 Pa
+ ( Rflow ) = ( 9.21e-06 ) ; ( Rwell ) = ( 5.77e-11 ) ; ( R ) = ( 9.21e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30461611.854810767 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 5.11e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00838545 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0466257
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 2.85e+08s, dt:5e+06s, Cycle: 78
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93653e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 220190 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 5.92092e+06, 1.57402e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 3.93019e+09, 1.53056e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.71917e+09, 3.07272e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 3.93019e+09, 0 }, { 3.46335e+08, 1.53042e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.4392
+compflowStatistics: Max component CFL number: 5.50068
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30461611.854810767 Pa
+ ( Rflow ) = ( 2.37e-01 ) ; ( Rwell ) = ( 5.77e-11 ) ; ( R ) = ( 2.37e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.84296e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165789 s | Solve Time: 0.0252837 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30459814.18250527 Pa
+ ( Rflow ) = ( 3.88e-02 ) ; ( Rwell ) = ( 2.91e-08 ) ; ( R ) = ( 3.88e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.60318e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163975 s | Solve Time: 0.0252287 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30460824.865020797 Pa
+ ( Rflow ) = ( 1.95e-03 ) ; ( Rwell ) = ( 2.56e-09 ) ; ( R ) = ( 1.95e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.66542e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162294 s | Solve Time: 0.0249353 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30460812.432685267 Pa
+ ( Rflow ) = ( 6.69e-06 ) ; ( Rwell ) = ( 4.84e-11 ) ; ( R ) = ( 6.69e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30460812.432685267 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.67e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0144627 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0469021
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 2.9e+08s, dt:5e+06s, Cycle: 79
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93655e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 220111 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.02643e+06, 1.57392e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.00027e+09, 1.53046e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.76699e+09, 3.07272e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.00027e+09, 0 }, { 3.51253e+08, 1.53031e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.4682
+compflowStatistics: Max component CFL number: 5.4936
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30460812.432685267 Pa
+ ( Rflow ) = ( 2.34e-01 ) ; ( Rwell ) = ( 4.84e-11 ) ; ( R ) = ( 2.34e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.13526e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160667 s | Solve Time: 0.0248375 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30459142.349800155 Pa
+ ( Rflow ) = ( 4.82e-02 ) ; ( Rwell ) = ( 2.76e-08 ) ; ( R ) = ( 4.82e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.32127e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016259 s | Solve Time: 0.0249446 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30460092.07021699 Pa
+ ( Rflow ) = ( 2.81e-03 ) ; ( Rwell ) = ( 1.95e-09 ) ; ( R ) = ( 2.81e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.7622e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162942 s | Solve Time: 0.0249194 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30460068.729539268 Pa
+ ( Rflow ) = ( 1.15e-05 ) ; ( Rwell ) = ( 4.79e-11 ) ; ( R ) = ( 1.15e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 2.82693e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163065 s | Solve Time: 0.0216635 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30460068.73593705 Pa
+ ( Rflow ) = ( 1.70e-10 ) ; ( Rwell ) = ( 1.19e-13 ) ; ( R ) = ( 1.70e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30460068.73593705 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 2.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.012774 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0480657
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 2.95e+08s, dt:5e+06s, Cycle: 80
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93657e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 220769 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.13328e+06, 1.57381e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.07124e+09, 1.53035e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.81571e+09, 3.07272e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.07124e+09, 0 }, { 3.55288e+08, 1.53021e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.4963
+compflowStatistics: Max component CFL number: 5.48661
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30460068.73593705 Pa
+ ( Rflow ) = ( 2.32e-01 ) ; ( Rwell ) = ( 2.68e-13 ) ; ( R ) = ( 2.32e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.61046e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164426 s | Solve Time: 0.0250068 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30458611.685596116 Pa
+ ( Rflow ) = ( 3.07e-02 ) ; ( Rwell ) = ( 2.54e-08 ) ; ( R ) = ( 3.07e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.62453e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164338 s | Solve Time: 0.024768 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30458912.81030414 Pa
+ ( Rflow ) = ( 9.74e-04 ) ; ( Rwell ) = ( 6.09e-10 ) ; ( R ) = ( 9.74e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.13521e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161104 s | Solve Time: 0.0248668 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30458898.607109275 Pa
+ ( Rflow ) = ( 2.09e-06 ) ; ( Rwell ) = ( 2.27e-11 ) ; ( R ) = ( 2.09e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30458898.607109275 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00835766 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0481389
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3e+08s, dt:5e+06s, Cycle: 81
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93658e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 221418 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.24055e+06, 1.5737e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.14245e+09, 1.53025e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.86468e+09, 3.07273e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.14245e+09, 0 }, { 3.59075e+08, 1.5301e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.0122
+compflowStatistics: Max component CFL number: 5.47988
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30458898.607109275 Pa
+ ( Rflow ) = ( 2.31e-01 ) ; ( Rwell ) = ( 2.27e-11 ) ; ( R ) = ( 2.31e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.76913e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016469 s | Solve Time: 0.0247855 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30456905.54816289 Pa
+ ( Rflow ) = ( 3.14e-02 ) ; ( Rwell ) = ( 2.53e-08 ) ; ( R ) = ( 3.14e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.49389e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163619 s | Solve Time: 0.0248422 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30457016.944586556 Pa
+ ( Rflow ) = ( 4.36e-04 ) ; ( Rwell ) = ( 1.30e-09 ) ; ( R ) = ( 4.36e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.49e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.16644e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164034 s | Solve Time: 0.024942 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30457010.5752419 Pa
+ ( Rflow ) = ( 5.17e-07 ) ; ( Rwell ) = ( 1.90e-11 ) ; ( R ) = ( 5.17e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30457010.5752419 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.17e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00313397 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0462655
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.05e+08s, dt:5e+06s, Cycle: 82
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93657e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 221615 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.34693e+06, 1.57359e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.21301e+09, 1.53015e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.91297e+09, 3.07273e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.21301e+09, 0 }, { 3.63519e+08, 1.53e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.0404
+compflowStatistics: Max component CFL number: 5.47332
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30457010.5752419 Pa
+ ( Rflow ) = ( 2.30e-01 ) ; ( Rwell ) = ( 1.90e-11 ) ; ( R ) = ( 2.30e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.61957e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164442 s | Solve Time: 0.0249392 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30454521.200541228 Pa
+ ( Rflow ) = ( 3.61e-02 ) ; ( Rwell ) = ( 3.08e-08 ) ; ( R ) = ( 3.61e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.39313e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166759 s | Solve Time: 0.0252168 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30455151.054678593 Pa
+ ( Rflow ) = ( 1.32e-03 ) ; ( Rwell ) = ( 1.78e-09 ) ; ( R ) = ( 1.32e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.81801e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165515 s | Solve Time: 0.0231378 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30455139.895431425 Pa
+ ( Rflow ) = ( 3.28e-06 ) ; ( Rwell ) = ( 1.09e-10 ) ; ( R ) = ( 3.28e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30455139.895431425 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 8.82e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00644496 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0459772
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.1e+08s, dt:5e+06s, Cycle: 83
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93657e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 221088 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.45286e+06, 1.57349e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.28327e+09, 1.53005e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 2.96083e+09, 3.07273e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.28327e+09, 0 }, { 3.68256e+08, 1.52989e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.0693
+compflowStatistics: Max component CFL number: 5.46681
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30455139.895431425 Pa
+ ( Rflow ) = ( 2.29e-01 ) ; ( Rwell ) = ( 1.09e-10 ) ; ( R ) = ( 2.29e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.42921e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167543 s | Solve Time: 0.0250381 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30453175.86146412 Pa
+ ( Rflow ) = ( 8.33e-02 ) ; ( Rwell ) = ( 2.62e-08 ) ; ( R ) = ( 8.33e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.72726e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166326 s | Solve Time: 0.0253183 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30454080.144350436 Pa
+ ( Rflow ) = ( 1.86e-03 ) ; ( Rwell ) = ( 1.38e-09 ) ; ( R ) = ( 1.86e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.87187e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168026 s | Solve Time: 0.0252618 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30454067.154755242 Pa
+ ( Rflow ) = ( 5.60e-06 ) ; ( Rwell ) = ( 2.64e-11 ) ; ( R ) = ( 5.60e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30454067.154755242 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.87e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00862249 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0469844
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.15e+08s, dt:5e+06s, Cycle: 84
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93658e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 220554 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.55979e+06, 1.57338e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.35426e+09, 1.52994e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.00945e+09, 3.07273e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.35426e+09, 0 }, { 3.72269e+08, 1.52979e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.0943
+compflowStatistics: Max component CFL number: 5.4609
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30454067.154755242 Pa
+ ( Rflow ) = ( 2.27e-01 ) ; ( Rwell ) = ( 2.64e-11 ) ; ( R ) = ( 2.27e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.71939e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166069 s | Solve Time: 0.0251329 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30452428.61364498 Pa
+ ( Rflow ) = ( 4.75e-02 ) ; ( Rwell ) = ( 2.80e-07 ) ; ( R ) = ( 4.75e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.34976e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167026 s | Solve Time: 0.0251924 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30452852.70168468 Pa
+ ( Rflow ) = ( 1.64e-03 ) ; ( Rwell ) = ( 1.01e-09 ) ; ( R ) = ( 1.64e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.82007e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016096 s | Solve Time: 0.0230501 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30452845.378304265 Pa
+ ( Rflow ) = ( 5.33e-06 ) ; ( Rwell ) = ( 1.32e-10 ) ; ( R ) = ( 5.33e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30452845.378304265 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 8.82e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00630457 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0465168
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.2e+08s, dt:5e+06s, Cycle: 85
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93659e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 220747 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.66722e+06, 1.57327e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.42556e+09, 1.52984e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.05842e+09, 3.07274e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.42556e+09, 0 }, { 3.75969e+08, 1.52968e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.1192
+compflowStatistics: Max component CFL number: 5.45539
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30452845.378304265 Pa
+ ( Rflow ) = ( 2.26e-01 ) ; ( Rwell ) = ( 1.32e-10 ) ; ( R ) = ( 2.26e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.04619e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159399 s | Solve Time: 0.0245536 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30450773.133808475 Pa
+ ( Rflow ) = ( 3.26e-02 ) ; ( Rwell ) = ( 2.44e-08 ) ; ( R ) = ( 3.26e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.67751e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164279 s | Solve Time: 0.0247142 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30451151.258047592 Pa
+ ( Rflow ) = ( 5.32e-04 ) ; ( Rwell ) = ( 1.06e-09 ) ; ( R ) = ( 5.32e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.68e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.35558e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164962 s | Solve Time: 0.0245992 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30451142.22259751 Pa
+ ( Rflow ) = ( 6.00e-07 ) ; ( Rwell ) = ( 2.48e-11 ) ; ( R ) = ( 6.00e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30451142.22259751 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 7.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00398702 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.045033
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.25e+08s, dt:5e+06s, Cycle: 86
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93658e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 220779 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.77418e+06, 1.57317e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.49651e+09, 1.52973e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.10695e+09, 3.07274e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.49651e+09, 0 }, { 3.80017e+08, 1.52958e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.1475
+compflowStatistics: Max component CFL number: 5.4501
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30451142.22259751 Pa
+ ( Rflow ) = ( 2.26e-01 ) ; ( Rwell ) = ( 2.48e-11 ) ; ( R ) = ( 2.26e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.78652e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165723 s | Solve Time: 0.0266916 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30449025.72442124 Pa
+ ( Rflow ) = ( 8.46e-02 ) ; ( Rwell ) = ( 2.02e-08 ) ; ( R ) = ( 8.46e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.12409e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0178216 s | Solve Time: 0.0232535 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30449127.734958794 Pa
+ ( Rflow ) = ( 2.96e-04 ) ; ( Rwell ) = ( 3.59e-09 ) ; ( R ) = ( 2.96e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.51936e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163737 s | Solve Time: 0.0250875 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30449125.28615137 Pa
+ ( Rflow ) = ( 2.76e-07 ) ; ( Rwell ) = ( 5.78e-12 ) ; ( R ) = ( 2.76e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30449125.28615137 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.52e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0042436 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.045039
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.3e+08s, dt:5e+06s, Cycle: 87
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93657e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 220406 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.88021e+06, 1.57306e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.56681e+09, 1.52963e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.15475e+09, 3.07274e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.56681e+09, 0 }, { 3.84713e+08, 1.52947e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.1765
+compflowStatistics: Max component CFL number: 5.44475
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30449125.28615137 Pa
+ ( Rflow ) = ( 2.25e-01 ) ; ( Rwell ) = ( 5.82e-12 ) ; ( R ) = ( 2.25e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.68324e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164777 s | Solve Time: 0.024749 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30446664.03961791 Pa
+ ( Rflow ) = ( 5.44e-02 ) ; ( Rwell ) = ( 2.59e-08 ) ; ( R ) = ( 5.44e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.68e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.40307e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161319 s | Solve Time: 0.0245919 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30447453.203232955 Pa
+ ( Rflow ) = ( 2.94e-03 ) ; ( Rwell ) = ( 2.01e-09 ) ; ( R ) = ( 2.94e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.07233e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0176457 s | Solve Time: 0.0230449 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30447432.393638447 Pa
+ ( Rflow ) = ( 1.35e-05 ) ; ( Rwell ) = ( 1.88e-10 ) ; ( R ) = ( 1.35e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 1.96917e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172786 s | Solve Time: 0.0224896 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30447432.399075888 Pa
+ ( Rflow ) = ( 1.71e-10 ) ; ( Rwell ) = ( 2.30e-13 ) ; ( R ) = ( 1.71e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30447432.399075888 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 1.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0120905 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0439134
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.35e+08s, dt:5e+06s, Cycle: 88
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93657e+07, 3.22629e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 219704 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 6.98602e+06, 1.57296e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.637e+09, 1.52953e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.20244e+09, 3.07275e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.637e+09, 0 }, { 3.8953e+08, 1.52937e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.2038
+compflowStatistics: Max component CFL number: 5.43946
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30447432.399075888 Pa
+ ( Rflow ) = ( 2.24e-01 ) ; ( Rwell ) = ( 5.93e-13 ) ; ( R ) = ( 2.24e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.0176e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171351 s | Solve Time: 0.0251789 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30444927.040129304 Pa
+ ( Rflow ) = ( 3.66e-02 ) ; ( Rwell ) = ( 2.52e-08 ) ; ( R ) = ( 3.66e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.02e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.19586e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165634 s | Solve Time: 0.0264221 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30445468.31497986 Pa
+ ( Rflow ) = ( 1.96e-03 ) ; ( Rwell ) = ( 2.04e-09 ) ; ( R ) = ( 1.96e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.35518e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160958 s | Solve Time: 0.0247648 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30445456.44707785 Pa
+ ( Rflow ) = ( 8.25e-06 ) ; ( Rwell ) = ( 3.16e-11 ) ; ( R ) = ( 8.25e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30445456.44707785 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00672737 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0440841
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.4e+08s, dt:5e+06s, Cycle: 89
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93656e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 219308 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.091e+06, 1.57285e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.70661e+09, 1.52943e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.24957e+09, 3.07275e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.70661e+09, 0 }, { 3.94916e+08, 1.52927e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.2313
+compflowStatistics: Max component CFL number: 5.4341
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30445456.44707785 Pa
+ ( Rflow ) = ( 2.23e-01 ) ; ( Rwell ) = ( 3.16e-11 ) ; ( R ) = ( 2.23e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.70916e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161325 s | Solve Time: 0.0247176 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30443055.557044007 Pa
+ ( Rflow ) = ( 4.33e-02 ) ; ( Rwell ) = ( 2.33e-08 ) ; ( R ) = ( 4.33e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.19481e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166105 s | Solve Time: 0.0250889 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30443737.927783147 Pa
+ ( Rflow ) = ( 1.50e-03 ) ; ( Rwell ) = ( 1.38e-09 ) ; ( R ) = ( 1.50e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.00048e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016379 s | Solve Time: 0.0249986 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30443725.603526782 Pa
+ ( Rflow ) = ( 4.19e-06 ) ; ( Rwell ) = ( 2.71e-11 ) ; ( R ) = ( 4.19e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30443725.603526782 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.00e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0067502 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0445366
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.45e+08s, dt:5e+06s, Cycle: 90
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93656e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 218646 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.19593e+06, 1.57275e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.77621e+09, 1.52933e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.29661e+09, 3.07275e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.77621e+09, 0 }, { 4.00314e+08, 1.52916e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.7425
+compflowStatistics: Max component CFL number: 5.42892
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30443725.603526782 Pa
+ ( Rflow ) = ( 2.22e-01 ) ; ( Rwell ) = ( 2.71e-11 ) ; ( R ) = ( 2.22e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.82436e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0176226 s | Solve Time: 0.0249747 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30441764.98633762 Pa
+ ( Rflow ) = ( 3.00e-02 ) ; ( Rwell ) = ( 2.24e-08 ) ; ( R ) = ( 3.00e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.70225e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165065 s | Solve Time: 0.0247247 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30442268.261590514 Pa
+ ( Rflow ) = ( 2.14e-03 ) ; ( Rwell ) = ( 1.14e-09 ) ; ( R ) = ( 2.14e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.89133e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162552 s | Solve Time: 0.0246682 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30442245.3265578 Pa
+ ( Rflow ) = ( 7.17e-06 ) ; ( Rwell ) = ( 3.71e-11 ) ; ( R ) = ( 7.17e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30442245.3265578 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.89e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00907778 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0445485
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.5e+08s, dt:5e+06s, Cycle: 91
+Rank 29: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000029.hdf5
+Rank 28: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000028.hdf5
+Rank 30: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000030.hdf5
+Rank 24: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000024.hdf5
+Rank 31: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000031.hdf5
+Rank 0: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000000.hdf5
+Rank 1: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000001.hdf5
+Rank 2: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000002.hdf5
+Rank 3: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000003.hdf5
+Rank 4: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000004.hdf5
+Rank 5: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000005.hdf5
+Rank 6: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000006.hdf5
+Rank 7: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000007.hdf5
+Rank 8: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000008.hdf5
+Rank 9: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000009.hdf5
+Rank 10: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000010.hdf5
+Rank 25: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000025.hdf5
+Rank 11: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000011.hdf5
+Rank 26: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000026.hdf5
+Rank 12: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000012.hdf5
+Rank 27: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000027.hdf5
+Rank 13: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000013.hdf5
+Rank 14: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000014.hdf5
+Rank 15: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000015.hdf5
+Rank 16: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000016.hdf5
+Rank 17: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000017.hdf5
+Rank 18: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000018.hdf5
+Rank 19: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000019.hdf5
+Rank 20: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000020.hdf5
+Rank 22: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000022.hdf5
+Rank 23: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000023.hdf5
+Rank 21: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000091/rank_0000021.hdf5
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93657e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 218227 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.30088e+06, 1.57264e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.84585e+09, 1.52923e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.34366e+09, 3.07276e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.84585e+09, 0 }, { 4.05679e+08, 1.52906e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.7681
+compflowStatistics: Max component CFL number: 5.42384
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30442245.3265578 Pa
+ ( Rflow ) = ( 2.21e-01 ) ; ( Rwell ) = ( 3.71e-11 ) ; ( R ) = ( 2.21e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.7073e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171807 s | Solve Time: 0.0248844 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30439935.93957808 Pa
+ ( Rflow ) = ( 3.60e-02 ) ; ( Rwell ) = ( 2.29e-08 ) ; ( R ) = ( 3.60e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.27592e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168539 s | Solve Time: 0.0249223 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30440557.53552172 Pa
+ ( Rflow ) = ( 1.71e-04 ) ; ( Rwell ) = ( 7.65e-10 ) ; ( R ) = ( 1.71e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.79466e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159873 s | Solve Time: 0.0249344 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30440554.60471176 Pa
+ ( Rflow ) = ( 3.34e-08 ) ; ( Rwell ) = ( 9.11e-12 ) ; ( R ) = ( 3.34e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30440554.60471176 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.79e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00429147 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0427925
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.55e+08s, dt:5e+06s, Cycle: 92
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93656e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 218044 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.40534e+06, 1.57254e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.91513e+09, 1.52913e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.39043e+09, 3.07276e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.91513e+09, 0 }, { 4.11397e+08, 1.52896e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.7946
+compflowStatistics: Max component CFL number: 5.41863
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30440554.60471176 Pa
+ ( Rflow ) = ( 2.20e-01 ) ; ( Rwell ) = ( 9.13e-12 ) ; ( R ) = ( 2.20e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.35953e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162429 s | Solve Time: 0.0250537 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30439097.13781076 Pa
+ ( Rflow ) = ( 3.73e-02 ) ; ( Rwell ) = ( 2.26e-08 ) ; ( R ) = ( 3.73e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 8.70999e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164969 s | Solve Time: 0.0269796 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30439101.09806913 Pa
+ ( Rflow ) = ( 5.00e-04 ) ; ( Rwell ) = ( 3.03e-09 ) ; ( R ) = ( 5.00e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 8.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 2.99102e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165497 s | Solve Time: 0.0286741 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30439097.854350567 Pa
+ ( Rflow ) = ( 7.84e-07 ) ; ( Rwell ) = ( 9.60e-12 ) ; ( R ) = ( 7.84e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30439097.854350567 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 17, 2.99e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00741727 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0428719
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.6e+08s, dt:5e+06s, Cycle: 93
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93657e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 217667 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.51024e+06, 1.57243e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 4.98473e+09, 1.52902e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.43756e+09, 3.07276e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 4.98473e+09, 0 }, { 4.16794e+08, 1.52885e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.8199
+compflowStatistics: Max component CFL number: 5.41361
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30439097.854350567 Pa
+ ( Rflow ) = ( 2.19e-01 ) ; ( Rwell ) = ( 9.62e-12 ) ; ( R ) = ( 2.19e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 4.36987e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170266 s | Solve Time: 0.0289344 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30436707.015145727 Pa
+ ( Rflow ) = ( 4.54e-02 ) ; ( Rwell ) = ( 2.30e-08 ) ; ( R ) = ( 4.54e-02 ) ;
+ Last LinSolve(iter,res) = ( 17, 4.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.38783e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163948 s | Solve Time: 0.0265828 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30437754.945700847 Pa
+ ( Rflow ) = ( 2.25e-03 ) ; ( Rwell ) = ( 1.05e-09 ) ; ( R ) = ( 2.25e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.39e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.8801e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016181 s | Solve Time: 0.0248435 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30437737.17091119 Pa
+ ( Rflow ) = ( 8.27e-06 ) ; ( Rwell ) = ( 8.64e-11 ) ; ( R ) = ( 8.27e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30437737.17091119 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.88e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00925374 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0438847
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.65e+08s, dt:5e+06s, Cycle: 94
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93657e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197207, 217519 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.61547e+06, 1.57233e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.05456e+09, 1.52892e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.48502e+09, 3.07277e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.05456e+09, 0 }, { 4.21966e+08, 1.52875e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.8456
+compflowStatistics: Max component CFL number: 5.40852
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30437737.17091119 Pa
+ ( Rflow ) = ( 2.17e-01 ) ; ( Rwell ) = ( 8.64e-11 ) ; ( R ) = ( 2.17e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.07793e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165795 s | Solve Time: 0.0248518 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30436111.836640824 Pa
+ ( Rflow ) = ( 3.18e-02 ) ; ( Rwell ) = ( 2.64e-08 ) ; ( R ) = ( 3.18e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.08e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.46802e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016304 s | Solve Time: 0.0252133 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30436783.900243435 Pa
+ ( Rflow ) = ( 8.06e-04 ) ; ( Rwell ) = ( 2.15e-09 ) ; ( R ) = ( 8.06e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.62447e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162505 s | Solve Time: 0.0250616 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30436770.8971362 Pa
+ ( Rflow ) = ( 1.50e-06 ) ; ( Rwell ) = ( 1.75e-11 ) ; ( R ) = ( 1.50e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30436770.8971362 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.62e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00637271 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0436862
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.7e+08s, dt:5e+06s, Cycle: 95
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93658e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 217463 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.72149e+06, 1.57222e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.12495e+09, 1.52882e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.53308e+09, 3.07277e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.12495e+09, 0 }, { 4.26572e+08, 1.52865e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.8704
+compflowStatistics: Max component CFL number: 5.4035
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30436770.8971362 Pa
+ ( Rflow ) = ( 2.16e-01 ) ; ( Rwell ) = ( 1.75e-11 ) ; ( R ) = ( 2.16e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.53863e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170593 s | Solve Time: 0.0269537 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30435051.964941345 Pa
+ ( Rflow ) = ( 3.60e-02 ) ; ( Rwell ) = ( 2.11e-08 ) ; ( R ) = ( 3.60e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.83815e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164009 s | Solve Time: 0.0247949 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30435631.481138013 Pa
+ ( Rflow ) = ( 2.02e-03 ) ; ( Rwell ) = ( 2.37e-09 ) ; ( R ) = ( 2.02e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.96382e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162812 s | Solve Time: 0.024658 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30435614.89398731 Pa
+ ( Rflow ) = ( 7.22e-06 ) ; ( Rwell ) = ( 4.94e-11 ) ; ( R ) = ( 7.22e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30435614.89398731 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0102994 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.042321
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.75e+08s, dt:5e+06s, Cycle: 96
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93659e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 217783 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.82827e+06, 1.57211e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.19583e+09, 1.52872e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.58167e+09, 3.07277e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.19583e+09, 0 }, { 4.30698e+08, 1.52854e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.8952
+compflowStatistics: Max component CFL number: 5.39867
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30435614.89398731 Pa
+ ( Rflow ) = ( 2.15e-01 ) ; ( Rwell ) = ( 4.94e-11 ) ; ( R ) = ( 2.15e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.96697e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167587 s | Solve Time: 0.0264663 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30433622.636071526 Pa
+ ( Rflow ) = ( 3.19e-02 ) ; ( Rwell ) = ( 2.07e-08 ) ; ( R ) = ( 3.19e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.03178e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160373 s | Solve Time: 0.0246862 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30434431.995369103 Pa
+ ( Rflow ) = ( 1.32e-03 ) ; ( Rwell ) = ( 1.52e-09 ) ; ( R ) = ( 1.32e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.13395e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01609 s | Solve Time: 0.0265702 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30434425.130246963 Pa
+ ( Rflow ) = ( 3.98e-06 ) ; ( Rwell ) = ( 1.91e-11 ) ; ( R ) = ( 3.98e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30434425.130246963 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.13e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00833183 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0424654
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.8e+08s, dt:5e+06s, Cycle: 97
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9366e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 217896 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 7.93535e+06, 1.57201e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.2669e+09, 1.52861e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.63051e+09, 3.07278e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.2669e+09, 0 }, { 4.34623e+08, 1.52844e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.9202
+compflowStatistics: Max component CFL number: 5.39381
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30434425.130246963 Pa
+ ( Rflow ) = ( 2.14e-01 ) ; ( Rwell ) = ( 1.91e-11 ) ; ( R ) = ( 2.14e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.4824e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166849 s | Solve Time: 0.0249677 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30432887.038058028 Pa
+ ( Rflow ) = ( 2.03e-02 ) ; ( Rwell ) = ( 2.04e-08 ) ; ( R ) = ( 2.03e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.79677e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164116 s | Solve Time: 0.0250712 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30433036.59598427 Pa
+ ( Rflow ) = ( 4.77e-04 ) ; ( Rwell ) = ( 6.54e-10 ) ; ( R ) = ( 4.77e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.40053e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163105 s | Solve Time: 0.0250611 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30433033.52316656 Pa
+ ( Rflow ) = ( 7.04e-07 ) ; ( Rwell ) = ( 1.48e-11 ) ; ( R ) = ( 7.04e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30433033.52316656 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.40e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00862877 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0433419
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.85e+08s, dt:5e+06s, Cycle: 98
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9366e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 217964 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.04245e+06, 1.5719e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.33796e+09, 1.52851e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.67935e+09, 3.07278e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.33796e+09, 0 }, { 4.38566e+08, 1.52833e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.9458
+compflowStatistics: Max component CFL number: 5.38886
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30433033.52316656 Pa
+ ( Rflow ) = ( 2.12e-01 ) ; ( Rwell ) = ( 1.48e-11 ) ; ( R ) = ( 2.12e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.48063e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162161 s | Solve Time: 0.026689 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30431334.06658475 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 2.28e-08 ) ; ( R ) = ( 2.80e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.80884e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162311 s | Solve Time: 0.0245161 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30431521.96254157 Pa
+ ( Rflow ) = ( 3.26e-04 ) ; ( Rwell ) = ( 2.22e-10 ) ; ( R ) = ( 3.26e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.34741e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164711 s | Solve Time: 0.0247655 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30431518.82969855 Pa
+ ( Rflow ) = ( 3.41e-07 ) ; ( Rwell ) = ( 3.38e-12 ) ; ( R ) = ( 3.41e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30431518.82969855 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.35e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0110598 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0426708
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.9e+08s, dt:5e+06s, Cycle: 99
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9366e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 217835 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.14934e+06, 1.57179e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.40887e+09, 1.52841e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.72789e+09, 3.07278e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.40887e+09, 0 }, { 4.42654e+08, 1.52823e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.4529
+compflowStatistics: Max component CFL number: 5.384
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30431518.82969855 Pa
+ ( Rflow ) = ( 2.11e-01 ) ; ( Rwell ) = ( 3.42e-12 ) ; ( R ) = ( 2.11e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.2154e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167533 s | Solve Time: 0.0247406 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30429586.457989924 Pa
+ ( Rflow ) = ( 1.45e-02 ) ; ( Rwell ) = ( 2.27e-08 ) ; ( R ) = ( 1.45e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.06899e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165305 s | Solve Time: 0.0248232 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30429544.04814119 Pa
+ ( Rflow ) = ( 3.29e-05 ) ; ( Rwell ) = ( 8.22e-11 ) ; ( R ) = ( 3.29e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.98427e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166969 s | Solve Time: 0.023184 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30429544.055139262 Pa
+ ( Rflow ) = ( 4.82e-10 ) ; ( Rwell ) = ( 2.79e-12 ) ; ( R ) = ( 4.82e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30429544.055139262 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 8.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00389309 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0407145
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 3.95e+08s, dt:5e+06s, Cycle: 100
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93659e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 217581 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.25515e+06, 1.57169e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.47901e+09, 1.52831e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.77565e+09, 3.07278e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.47901e+09, 0 }, { 4.47517e+08, 1.52812e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.4793
+compflowStatistics: Max component CFL number: 5.37932
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30429544.055139262 Pa
+ ( Rflow ) = ( 2.10e-01 ) ; ( Rwell ) = ( 2.86e-12 ) ; ( R ) = ( 2.10e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.05368e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161725 s | Solve Time: 0.0249377 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30427189.53230796 Pa
+ ( Rflow ) = ( 3.75e-02 ) ; ( Rwell ) = ( 2.10e-08 ) ; ( R ) = ( 3.75e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 1.73159e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165248 s | Solve Time: 0.0248549 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30427513.32264103 Pa
+ ( Rflow ) = ( 1.23e-03 ) ; ( Rwell ) = ( 1.38e-10 ) ; ( R ) = ( 1.23e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 1.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.55749e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164683 s | Solve Time: 0.0231838 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30427509.046359353 Pa
+ ( Rflow ) = ( 3.56e-06 ) ; ( Rwell ) = ( 1.21e-11 ) ; ( R ) = ( 3.56e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30427509.046359353 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 3.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00433648 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0400328
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4e+08s, dt:5e+06s, Cycle: 101
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93658e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 216867 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.36003e+06, 1.57158e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.54853e+09, 1.5282e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.82273e+09, 3.07279e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.54853e+09, 0 }, { 4.52998e+08, 1.52802e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.5056
+compflowStatistics: Max component CFL number: 5.37479
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30427509.046359353 Pa
+ ( Rflow ) = ( 2.09e-01 ) ; ( Rwell ) = ( 1.21e-11 ) ; ( R ) = ( 2.09e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.69735e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170242 s | Solve Time: 0.0249307 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30425678.26941557 Pa
+ ( Rflow ) = ( 2.92e-02 ) ; ( Rwell ) = ( 2.08e-08 ) ; ( R ) = ( 2.92e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.64846e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165563 s | Solve Time: 0.0249645 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30425993.450175475 Pa
+ ( Rflow ) = ( 1.35e-03 ) ; ( Rwell ) = ( 1.26e-09 ) ; ( R ) = ( 1.35e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.12818e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167143 s | Solve Time: 0.0249507 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30425987.923121534 Pa
+ ( Rflow ) = ( 4.66e-06 ) ; ( Rwell ) = ( 1.24e-11 ) ; ( R ) = ( 4.66e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30425987.923121534 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.13e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00706749 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0406103
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.05e+08s, dt:5e+06s, Cycle: 102
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93658e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 216096 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.46493e+06, 1.57148e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.61811e+09, 1.5281e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.86994e+09, 3.07279e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.61811e+09, 0 }, { 4.58419e+08, 1.52792e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.5308
+compflowStatistics: Max component CFL number: 5.37026
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30425987.923121534 Pa
+ ( Rflow ) = ( 2.08e-01 ) ; ( Rwell ) = ( 1.24e-11 ) ; ( R ) = ( 2.08e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.59594e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162673 s | Solve Time: 0.0249561 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30424008.56392208 Pa
+ ( Rflow ) = ( 4.76e-02 ) ; ( Rwell ) = ( 2.23e-08 ) ; ( R ) = ( 4.76e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.179e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159142 s | Solve Time: 0.0250861 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30425108.23336722 Pa
+ ( Rflow ) = ( 2.09e-03 ) ; ( Rwell ) = ( 1.53e-09 ) ; ( R ) = ( 2.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.34258e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164377 s | Solve Time: 0.0232927 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30425089.28495618 Pa
+ ( Rflow ) = ( 6.07e-06 ) ; ( Rwell ) = ( 8.98e-11 ) ; ( R ) = ( 6.07e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30425089.28495618 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 7.34e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0117222 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0417774
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.1e+08s, dt:5e+06s, Cycle: 103
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93659e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 215826 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.57119e+06, 1.57137e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.68868e+09, 1.528e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.91811e+09, 3.07279e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.68868e+09, 0 }, { 4.62852e+08, 1.52781e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.5532
+compflowStatistics: Max component CFL number: 5.36589
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30425089.28495618 Pa
+ ( Rflow ) = ( 2.06e-01 ) ; ( Rwell ) = ( 8.98e-11 ) ; ( R ) = ( 2.06e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.86167e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166408 s | Solve Time: 0.0250435 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30423876.335544888 Pa
+ ( Rflow ) = ( 2.72e-02 ) ; ( Rwell ) = ( 2.12e-08 ) ; ( R ) = ( 2.72e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.86e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.42612e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016659 s | Solve Time: 0.0247507 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30424072.968796078 Pa
+ ( Rflow ) = ( 7.54e-04 ) ; ( Rwell ) = ( 3.50e-10 ) ; ( R ) = ( 7.54e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.13695e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166271 s | Solve Time: 0.0249835 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30424067.016826294 Pa
+ ( Rflow ) = ( 1.75e-06 ) ; ( Rwell ) = ( 9.23e-12 ) ; ( R ) = ( 1.75e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30424067.016826294 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00658656 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0419303
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.15e+08s, dt:5e+06s, Cycle: 104
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 216149 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.67818e+06, 1.57126e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.7597e+09, 1.5279e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 3.96668e+09, 3.0728e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.7597e+09, 0 }, { 4.66829e+08, 1.52771e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.5758
+compflowStatistics: Max component CFL number: 5.36152
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30424067.016826294 Pa
+ ( Rflow ) = ( 2.06e-01 ) ; ( Rwell ) = ( 9.24e-12 ) ; ( R ) = ( 2.06e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.78832e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161472 s | Solve Time: 0.0245603 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30422280.120527305 Pa
+ ( Rflow ) = ( 2.79e-02 ) ; ( Rwell ) = ( 1.61e-07 ) ; ( R ) = ( 2.79e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.27465e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164915 s | Solve Time: 0.0249876 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30422453.525329698 Pa
+ ( Rflow ) = ( 2.07e-04 ) ; ( Rwell ) = ( 2.62e-10 ) ; ( R ) = ( 2.07e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.37961e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161629 s | Solve Time: 0.0248343 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30422451.245784547 Pa
+ ( Rflow ) = ( 1.23e-07 ) ; ( Rwell ) = ( 1.23e-12 ) ; ( R ) = ( 1.23e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30422451.245784547 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.38e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0029871 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0410288
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.2e+08s, dt:5e+06s, Cycle: 105
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9366e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 216347 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.78468e+06, 1.57116e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.83033e+09, 1.52779e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.01483e+09, 3.0728e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.83033e+09, 0 }, { 4.71198e+08, 1.5276e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.6005
+compflowStatistics: Max component CFL number: 5.35712
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30422451.245784547 Pa
+ ( Rflow ) = ( 2.06e-01 ) ; ( Rwell ) = ( 1.35e-12 ) ; ( R ) = ( 2.06e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.28239e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0174371 s | Solve Time: 0.0247779 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30420611.587634396 Pa
+ ( Rflow ) = ( 3.25e-02 ) ; ( Rwell ) = ( 2.72e-08 ) ; ( R ) = ( 3.25e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.62048e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0256445 s | Solve Time: 0.0237864 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30420692.700774364 Pa
+ ( Rflow ) = ( 1.90e-04 ) ; ( Rwell ) = ( 1.12e-09 ) ; ( R ) = ( 1.90e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 2.68124e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169632 s | Solve Time: 0.0233079 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30420692.66751343 Pa
+ ( Rflow ) = ( 2.27e-09 ) ; ( Rwell ) = ( 3.68e-12 ) ; ( R ) = ( 2.27e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30420692.66751343 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 2.68e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00457799 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0399174
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.25e+08s, dt:5e+06s, Cycle: 106
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9366e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 215987 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.89074e+06, 1.57105e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.90067e+09, 1.52769e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.06267e+09, 3.0728e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.90067e+09, 0 }, { 4.75864e+08, 1.5275e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.6288
+compflowStatistics: Max component CFL number: 5.35291
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30420692.66751343 Pa
+ ( Rflow ) = ( 2.05e-01 ) ; ( Rwell ) = ( 3.73e-12 ) ; ( R ) = ( 2.05e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.5143e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168128 s | Solve Time: 0.0249121 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418400.895691782 Pa
+ ( Rflow ) = ( 4.17e-02 ) ; ( Rwell ) = ( 2.59e-08 ) ; ( R ) = ( 4.17e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.03952e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167168 s | Solve Time: 0.024867 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418961.553881798 Pa
+ ( Rflow ) = ( 1.23e-03 ) ; ( Rwell ) = ( 6.37e-10 ) ; ( R ) = ( 1.23e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.04e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.45907e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160924 s | Solve Time: 0.0232268 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418952.176924597 Pa
+ ( Rflow ) = ( 2.62e-06 ) ; ( Rwell ) = ( 6.33e-11 ) ; ( R ) = ( 2.62e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30418952.176924597 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 7.46e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00509494 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0401589
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.3e+08s, dt:5e+06s, Cycle: 107
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93659e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 215593 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 8.99653e+06, 1.57095e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 5.97082e+09, 1.52759e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.11028e+09, 3.07281e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 5.97082e+09, 0 }, { 4.80706e+08, 1.52739e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.1353
+compflowStatistics: Max component CFL number: 5.34872
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30418952.176924597 Pa
+ ( Rflow ) = ( 2.04e-01 ) ; ( Rwell ) = ( 6.33e-11 ) ; ( R ) = ( 2.04e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.40573e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168517 s | Solve Time: 0.025125 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417033.963197604 Pa
+ ( Rflow ) = ( 1.99e-02 ) ; ( Rwell ) = ( 2.46e-08 ) ; ( R ) = ( 1.99e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.17741e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169085 s | Solve Time: 0.0248412 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417123.457926784 Pa
+ ( Rflow ) = ( 6.26e-04 ) ; ( Rwell ) = ( 2.28e-10 ) ; ( R ) = ( 6.26e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.69261e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168086 s | Solve Time: 0.023309 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417119.307077125 Pa
+ ( Rflow ) = ( 1.23e-06 ) ; ( Rwell ) = ( 1.55e-11 ) ; ( R ) = ( 1.23e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30417119.307077125 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 9.69e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.010639 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0397157
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.35e+08s, dt:5e+06s, Cycle: 108
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93659e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 215185 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.10174e+06, 1.57084e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.04058e+09, 1.52749e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.15748e+09, 3.07281e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.04058e+09, 0 }, { 4.8595e+08, 1.52729e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.1632
+compflowStatistics: Max component CFL number: 5.34457
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30417119.307077125 Pa
+ ( Rflow ) = ( 2.04e-01 ) ; ( Rwell ) = ( 1.55e-11 ) ; ( R ) = ( 2.04e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.59906e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167478 s | Solve Time: 0.0249079 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30415102.985672593 Pa
+ ( Rflow ) = ( 3.03e-02 ) ; ( Rwell ) = ( 2.40e-08 ) ; ( R ) = ( 3.03e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.61534e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160891 s | Solve Time: 0.0247549 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30415734.60657708 Pa
+ ( Rflow ) = ( 7.47e-04 ) ; ( Rwell ) = ( 1.16e-09 ) ; ( R ) = ( 7.47e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.19063e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165025 s | Solve Time: 0.0250741 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30415726.00346748 Pa
+ ( Rflow ) = ( 9.77e-07 ) ; ( Rwell ) = ( 1.11e-11 ) ; ( R ) = ( 9.77e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30415726.00346748 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00851861 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0401006
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.4e+08s, dt:5e+06s, Cycle: 109
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93659e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 214659 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.2072e+06, 1.57073e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.11056e+09, 1.52739e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.20494e+09, 3.07281e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.11056e+09, 0 }, { 4.90972e+08, 1.52719e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.1895
+compflowStatistics: Max component CFL number: 5.3405
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30415726.00346748 Pa
+ ( Rflow ) = ( 2.03e-01 ) ; ( Rwell ) = ( 1.11e-11 ) ; ( R ) = ( 2.03e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.44587e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170575 s | Solve Time: 0.025066 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30413954.653843716 Pa
+ ( Rflow ) = ( 2.71e-02 ) ; ( Rwell ) = ( 2.31e-08 ) ; ( R ) = ( 2.71e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.45e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.4188e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167979 s | Solve Time: 0.0249895 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30414443.525894236 Pa
+ ( Rflow ) = ( 1.58e-03 ) ; ( Rwell ) = ( 1.05e-09 ) ; ( R ) = ( 1.58e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.42e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.41528e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170277 s | Solve Time: 0.025074 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30414431.023876213 Pa
+ ( Rflow ) = ( 4.87e-06 ) ; ( Rwell ) = ( 1.74e-11 ) ; ( R ) = ( 4.87e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30414431.023876213 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.42e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0113883 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.039398
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.45e+08s, dt:5e+06s, Cycle: 110
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.9366e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 214529 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.31316e+06, 1.57063e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.18087e+09, 1.52729e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.25269e+09, 3.07282e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.18087e+09, 0 }, { 4.9566e+08, 1.52708e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.22
+compflowStatistics: Max component CFL number: 5.33649
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30414431.023876213 Pa
+ ( Rflow ) = ( 2.02e-01 ) ; ( Rwell ) = ( 1.74e-11 ) ; ( R ) = ( 2.02e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.27786e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167538 s | Solve Time: 0.0249526 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30412971.57689396 Pa
+ ( Rflow ) = ( 3.59e-02 ) ; ( Rwell ) = ( 2.19e-08 ) ; ( R ) = ( 3.59e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.62044e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165269 s | Solve Time: 0.0246826 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30413365.400521055 Pa
+ ( Rflow ) = ( 1.23e-03 ) ; ( Rwell ) = ( 4.29e-10 ) ; ( R ) = ( 1.23e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.28323e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016592 s | Solve Time: 0.0230476 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30413358.70285147 Pa
+ ( Rflow ) = ( 3.28e-06 ) ; ( Rwell ) = ( 5.44e-11 ) ; ( R ) = ( 3.28e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30413358.70285147 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 9.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00877465 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0375352
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.5e+08s, dt:5e+06s, Cycle: 111
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 214467 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.41983e+06, 1.57052e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.25167e+09, 1.52718e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.30106e+09, 3.07282e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.25167e+09, 0 }, { 4.99861e+08, 1.52698e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.5532
+compflowStatistics: Max component CFL number: 5.33255
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30413358.70285147 Pa
+ ( Rflow ) = ( 2.01e-01 ) ; ( Rwell ) = ( 5.44e-11 ) ; ( R ) = ( 2.01e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.78037e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165919 s | Solve Time: 0.0247398 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30411805.476834286 Pa
+ ( Rflow ) = ( 2.59e-02 ) ; ( Rwell ) = ( 2.12e-08 ) ; ( R ) = ( 2.59e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.90089e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169621 s | Solve Time: 0.0253247 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30412112.692296147 Pa
+ ( Rflow ) = ( 7.67e-04 ) ; ( Rwell ) = ( 9.84e-11 ) ; ( R ) = ( 7.67e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.17236e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167908 s | Solve Time: 0.0232448 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30412103.435959794 Pa
+ ( Rflow ) = ( 1.39e-06 ) ; ( Rwell ) = ( 6.14e-11 ) ; ( R ) = ( 1.39e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30412103.435959794 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 9.17e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00608919 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0370268
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.55e+08s, dt:5e+06s, Cycle: 112
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 214594 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.52673e+06, 1.57042e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.3226e+09, 1.52708e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.34956e+09, 3.07282e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.3226e+09, 0 }, { 5.03934e+08, 1.52687e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.5304
+compflowStatistics: Max component CFL number: 5.32867
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30412103.435959794 Pa
+ ( Rflow ) = ( 2.00e-01 ) ; ( Rwell ) = ( 6.14e-11 ) ; ( R ) = ( 2.00e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.75302e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0174381 s | Solve Time: 0.0250012 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30410508.574944746 Pa
+ ( Rflow ) = ( 2.39e-02 ) ; ( Rwell ) = ( 2.09e-08 ) ; ( R ) = ( 2.39e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.13606e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168351 s | Solve Time: 0.025062 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30410622.545097258 Pa
+ ( Rflow ) = ( 1.81e-04 ) ; ( Rwell ) = ( 5.62e-11 ) ; ( R ) = ( 1.81e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.40055e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162991 s | Solve Time: 0.0232748 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30410621.716411583 Pa
+ ( Rflow ) = ( 9.58e-08 ) ; ( Rwell ) = ( 3.69e-12 ) ; ( R ) = ( 9.58e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30410621.716411583 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 5.40e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00470723 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0387268
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.6e+08s, dt:5e+06s, Cycle: 113
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 214517 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.63317e+06, 1.57031e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.39319e+09, 1.52698e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.39764e+09, 3.07282e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.39319e+09, 0 }, { 5.08342e+08, 1.52677e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.8628
+compflowStatistics: Max component CFL number: 5.32493
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30410621.716411583 Pa
+ ( Rflow ) = ( 2.00e-01 ) ; ( Rwell ) = ( 3.72e-12 ) ; ( R ) = ( 2.00e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.80099e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164196 s | Solve Time: 0.0250183 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30408878.862133663 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 1.98e-08 ) ; ( R ) = ( 3.46e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.88885e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166573 s | Solve Time: 0.0247707 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30409395.617985763 Pa
+ ( Rflow ) = ( 8.92e-04 ) ; ( Rwell ) = ( 6.53e-10 ) ; ( R ) = ( 8.92e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.9461e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169384 s | Solve Time: 0.0229674 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30409391.691574574 Pa
+ ( Rflow ) = ( 1.70e-06 ) ; ( Rwell ) = ( 3.09e-11 ) ; ( R ) = ( 1.70e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30409391.691574574 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 6.95e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00622053 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0394766
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.65e+08s, dt:5e+06s, Cycle: 114
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93662e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 214186 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.73995e+06, 1.5702e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.46403e+09, 1.52687e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.44592e+09, 3.07283e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.46403e+09, 0 }, { 5.12496e+08, 1.52666e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.194
+compflowStatistics: Max component CFL number: 5.32129
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30409391.691574574 Pa
+ ( Rflow ) = ( 1.99e-01 ) ; ( Rwell ) = ( 3.09e-11 ) ; ( R ) = ( 1.99e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.75673e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171443 s | Solve Time: 0.025476 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30407744.760894276 Pa
+ ( Rflow ) = ( 1.97e-02 ) ; ( Rwell ) = ( 1.89e-08 ) ; ( R ) = ( 1.97e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.57729e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016965 s | Solve Time: 0.0247883 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30407937.03095473 Pa
+ ( Rflow ) = ( 3.50e-04 ) ; ( Rwell ) = ( 3.07e-10 ) ; ( R ) = ( 3.50e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.19269e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163196 s | Solve Time: 0.0245433 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30407931.982990585 Pa
+ ( Rflow ) = ( 2.47e-07 ) ; ( Rwell ) = ( 3.44e-12 ) ; ( R ) = ( 2.47e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30407931.982990585 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00323768 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0393436
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.7e+08s, dt:5e+06s, Cycle: 115
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 214073 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.84628e+06, 1.5701e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.53454e+09, 1.52677e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.49388e+09, 3.07283e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.53454e+09, 0 }, { 5.16986e+08, 1.52656e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.5236
+compflowStatistics: Max component CFL number: 5.31761
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30407931.982990585 Pa
+ ( Rflow ) = ( 1.99e-01 ) ; ( Rwell ) = ( 3.47e-12 ) ; ( R ) = ( 1.99e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.76673e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164 s | Solve Time: 0.0247353 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30406259.98587272 Pa
+ ( Rflow ) = ( 2.28e-02 ) ; ( Rwell ) = ( 1.87e-08 ) ; ( R ) = ( 2.28e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.76618e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168813 s | Solve Time: 0.0252209 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30406763.735841606 Pa
+ ( Rflow ) = ( 2.07e-03 ) ; ( Rwell ) = ( 5.70e-10 ) ; ( R ) = ( 2.07e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.73569e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169466 s | Solve Time: 0.0234214 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30406748.88508877 Pa
+ ( Rflow ) = ( 1.42e-06 ) ; ( Rwell ) = ( 6.27e-11 ) ; ( R ) = ( 1.42e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30406748.88508877 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 5.74e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00884161 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0383692
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.75e+08s, dt:5e+06s, Cycle: 116
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 213721 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 9.95283e+06, 1.56999e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.60523e+09, 1.52667e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.54197e+09, 3.07283e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.60523e+09, 0 }, { 5.21299e+08, 1.52645e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.4975
+compflowStatistics: Max component CFL number: 5.31403
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30406748.88508877 Pa
+ ( Rflow ) = ( 1.99e-01 ) ; ( Rwell ) = ( 6.27e-11 ) ; ( R ) = ( 1.99e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.78142e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169966 s | Solve Time: 0.0254724 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30405170.117414933 Pa
+ ( Rflow ) = ( 1.22e-02 ) ; ( Rwell ) = ( 1.83e-08 ) ; ( R ) = ( 1.22e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.3524e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170687 s | Solve Time: 0.0254393 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30405139.37178885 Pa
+ ( Rflow ) = ( 3.08e-05 ) ; ( Rwell ) = ( 9.85e-11 ) ; ( R ) = ( 3.08e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.78299e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168543 s | Solve Time: 0.021654 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30405139.372773774 Pa
+ ( Rflow ) = ( 4.27e-10 ) ; ( Rwell ) = ( 5.98e-12 ) ; ( R ) = ( 4.27e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30405139.372773774 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 13, 9.78e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00554783 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0388306
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.8e+08s, dt:5e+06s, Cycle: 117
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 213615 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.00585e+07, 1.56988e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.67529e+09, 1.52657e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.58937e+09, 3.07284e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.67529e+09, 0 }, { 5.26237e+08, 1.52635e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.8222
+compflowStatistics: Max component CFL number: 5.31037
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30405139.372773774 Pa
+ ( Rflow ) = ( 1.98e-01 ) ; ( Rwell ) = ( 6.00e-12 ) ; ( R ) = ( 1.98e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.99169e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167579 s | Solve Time: 0.0251091 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30403530.816591006 Pa
+ ( Rflow ) = ( 1.86e-02 ) ; ( Rwell ) = ( 1.75e-08 ) ; ( R ) = ( 1.86e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.0045e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161451 s | Solve Time: 0.0248967 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30403810.69079546 Pa
+ ( Rflow ) = ( 3.90e-04 ) ; ( Rwell ) = ( 1.23e-10 ) ; ( R ) = ( 3.90e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.54998e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167558 s | Solve Time: 0.0248184 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30403804.19409806 Pa
+ ( Rflow ) = ( 3.15e-07 ) ; ( Rwell ) = ( 6.82e-12 ) ; ( R ) = ( 3.15e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30403804.19409806 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.55e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.010722 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.038824
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.85e+08s, dt:5e+06s, Cycle: 118
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 213080 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.01641e+07, 1.56978e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.74534e+09, 1.52646e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.63686e+09, 3.07284e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.74534e+09, 0 }, { 5.31193e+08, 1.52625e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.8753
+compflowStatistics: Max component CFL number: 5.30683
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30403804.19409806 Pa
+ ( Rflow ) = ( 1.97e-01 ) ; ( Rwell ) = ( 6.84e-12 ) ; ( R ) = ( 1.97e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.48222e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167016 s | Solve Time: 0.0246526 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30402309.013293453 Pa
+ ( Rflow ) = ( 2.65e-02 ) ; ( Rwell ) = ( 1.70e-08 ) ; ( R ) = ( 2.65e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.14343e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167475 s | Solve Time: 0.0267498 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30402691.115699705 Pa
+ ( Rflow ) = ( 1.43e-03 ) ; ( Rwell ) = ( 3.09e-10 ) ; ( R ) = ( 1.43e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.19838e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167521 s | Solve Time: 0.0250476 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30402680.88319907 Pa
+ ( Rflow ) = ( 4.07e-06 ) ; ( Rwell ) = ( 8.76e-12 ) ; ( R ) = ( 4.07e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30402680.88319907 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0124614 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0377846
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.9e+08s, dt:5e+06s, Cycle: 119
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 212796 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.027e+07, 1.56967e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.81559e+09, 1.52636e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.68459e+09, 3.07284e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.81559e+09, 0 }, { 5.35942e+08, 1.52614e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.8964
+compflowStatistics: Max component CFL number: 5.3034
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30402680.88319907 Pa
+ ( Rflow ) = ( 1.96e-01 ) ; ( Rwell ) = ( 8.77e-12 ) ; ( R ) = ( 1.96e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.36568e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163819 s | Solve Time: 0.0250142 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30401018.98169934 Pa
+ ( Rflow ) = ( 3.60e-02 ) ; ( Rwell ) = ( 1.64e-08 ) ; ( R ) = ( 3.60e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.91719e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166066 s | Solve Time: 0.0249033 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30401436.52337679 Pa
+ ( Rflow ) = ( 1.26e-03 ) ; ( Rwell ) = ( 2.19e-09 ) ; ( R ) = ( 1.26e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.39861e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165594 s | Solve Time: 0.0247707 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30401430.440194733 Pa
+ ( Rflow ) = ( 3.59e-06 ) ; ( Rwell ) = ( 2.51e-11 ) ; ( R ) = ( 3.59e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30401430.440194733 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.40e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00441208 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0358632
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 4.95e+08s, dt:5e+06s, Cycle: 120
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 212694 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.03757e+07, 1.56957e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.88569e+09, 1.52626e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.73217e+09, 3.07285e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.88569e+09, 0 }, { 5.40843e+08, 1.52604e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.9174
+compflowStatistics: Max component CFL number: 5.30002
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30401430.440194733 Pa
+ ( Rflow ) = ( 1.95e-01 ) ; ( Rwell ) = ( 2.51e-11 ) ; ( R ) = ( 1.95e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.71261e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163168 s | Solve Time: 0.0247214 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30399818.997299187 Pa
+ ( Rflow ) = ( 3.56e-02 ) ; ( Rwell ) = ( 1.57e-08 ) ; ( R ) = ( 3.56e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.81325e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164286 s | Solve Time: 0.0249845 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30400426.629867338 Pa
+ ( Rflow ) = ( 1.16e-03 ) ; ( Rwell ) = ( 1.23e-09 ) ; ( R ) = ( 1.16e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.51498e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162891 s | Solve Time: 0.0247554 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30400417.379931774 Pa
+ ( Rflow ) = ( 2.62e-06 ) ; ( Rwell ) = ( 1.88e-11 ) ; ( R ) = ( 2.62e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30400417.379931774 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.51e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0082742 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0363531
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5e+08s, dt:5e+06s, Cycle: 121
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93662e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 212449 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.04819e+07, 1.56946e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 6.95614e+09, 1.52616e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.78011e+09, 3.07285e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 6.95614e+09, 0 }, { 5.45393e+08, 1.52593e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.9367
+compflowStatistics: Max component CFL number: 5.29674
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30400417.379931774 Pa
+ ( Rflow ) = ( 1.94e-01 ) ; ( Rwell ) = ( 1.88e-11 ) ; ( R ) = ( 1.94e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.04513e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166807 s | Solve Time: 0.0247987 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30399276.228361454 Pa
+ ( Rflow ) = ( 1.18e-02 ) ; ( Rwell ) = ( 3.23e-08 ) ; ( R ) = ( 1.18e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.17457e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162995 s | Solve Time: 0.024968 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30399221.222814865 Pa
+ ( Rflow ) = ( 3.24e-05 ) ; ( Rwell ) = ( 3.34e-10 ) ; ( R ) = ( 3.24e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.90993e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169948 s | Solve Time: 0.0231595 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30399221.22729216 Pa
+ ( Rflow ) = ( 2.49e-10 ) ; ( Rwell ) = ( 1.92e-12 ) ; ( R ) = ( 2.49e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30399221.22729216 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 4.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00521149 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0358648
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.05e+08s, dt:5e+06s, Cycle: 122
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93662e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 212420 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.05879e+07, 1.56935e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.02648e+09, 1.52605e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.82796e+09, 3.07285e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.02648e+09, 0 }, { 5.50051e+08, 1.52583e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.9559
+compflowStatistics: Max component CFL number: 5.29351
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30399221.22729216 Pa
+ ( Rflow ) = ( 1.94e-01 ) ; ( Rwell ) = ( 1.96e-12 ) ; ( R ) = ( 1.94e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.52131e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016825 s | Solve Time: 0.0248467 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30397576.42243831 Pa
+ ( Rflow ) = ( 5.14e-02 ) ; ( Rwell ) = ( 1.56e-08 ) ; ( R ) = ( 5.14e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.84821e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166435 s | Solve Time: 0.0247957 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398154.66598291 Pa
+ ( Rflow ) = ( 1.14e-02 ) ; ( Rwell ) = ( 2.35e-09 ) ; ( R ) = ( 1.14e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.68519e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166995 s | Solve Time: 0.0263964 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398236.443327643 Pa
+ ( Rflow ) = ( 2.94e-02 ) ; ( Rwell ) = ( 1.29e-10 ) ; ( R ) = ( 2.94e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.69e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398195.554655276 Pa
+ Line search @ 0.500: ( Rflow ) = ( 5.67e-03 ) ; ( Rwell ) = ( 1.19e-09 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.70903e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161739 s | Solve Time: 0.0264806 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398236.446291566 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 3.98e-11 ) ; ( R ) = ( 2.93e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.71e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398216.00047342 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.83e-03 ) ; ( Rwell ) = ( 6.08e-10 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.72772e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163918 s | Solve Time: 0.0264522 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398236.51406955 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 1.53e-11 ) ; ( R ) = ( 2.93e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.73e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398226.257271487 Pa
+ Line search @ 0.500: ( Rflow ) = ( 7.39e-03 ) ; ( Rwell ) = ( 3.09e-10 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398221.128872454 Pa
+ Line search @ 0.250: ( Rflow ) = ( 1.69e-03 ) ; ( Rwell ) = ( 4.58e-10 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.2673e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172162 s | Solve Time: 0.0248152 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 6
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398221.759397916 Pa
+ ( Rflow ) = ( 9.79e-04 ) ; ( Rwell ) = ( 8.00e-12 ) ; ( R ) = ( 9.79e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.62847e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168901 s | Solve Time: 0.0230985 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 7
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398221.073543068 Pa
+ ( Rflow ) = ( 6.20e-05 ) ; ( Rwell ) = ( 3.25e-11 ) ; ( R ) = ( 6.20e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.62647e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171258 s | Solve Time: 0.0229347 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 8
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398221.022528585 Pa
+ ( Rflow ) = ( 2.63e-10 ) ; ( Rwell ) = ( 2.43e-12 ) ; ( R ) = ( 2.63e-10 ) ;
+wellControls: BHP (at the specified reference elevation): 30398221.022528585 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 6.63e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0112925 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0368013
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.1e+08s, dt:5e+06s, Cycle: 123
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93662e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 212202 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.06945e+07, 1.56925e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.09723e+09, 1.52595e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.87614e+09, 3.07286e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.09723e+09, 0 }, { 5.54304e+08, 1.52572e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.9746
+compflowStatistics: Max component CFL number: 5.29024
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30398221.022528585 Pa
+ ( Rflow ) = ( 1.93e-01 ) ; ( Rwell ) = ( 2.45e-12 ) ; ( R ) = ( 1.93e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.69347e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169068 s | Solve Time: 0.0248301 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30397055.420471188 Pa
+ ( Rflow ) = ( 1.67e-02 ) ; ( Rwell ) = ( 1.61e-08 ) ; ( R ) = ( 1.67e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.88423e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162866 s | Solve Time: 0.0247901 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30397273.259635888 Pa
+ ( Rflow ) = ( 6.03e-04 ) ; ( Rwell ) = ( 1.07e-10 ) ; ( R ) = ( 6.03e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.88e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.30201e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165352 s | Solve Time: 0.0248176 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30397269.484430913 Pa
+ ( Rflow ) = ( 1.10e-06 ) ; ( Rwell ) = ( 5.97e-12 ) ; ( R ) = ( 1.10e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30397269.484430913 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.30e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00691113 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0377353
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.15e+08s, dt:5e+06s, Cycle: 124
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 212183 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.08016e+07, 1.56914e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.16829e+09, 1.52585e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.92459e+09, 3.07286e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.16829e+09, 0 }, { 5.5824e+08, 1.52562e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.9928
+compflowStatistics: Max component CFL number: 5.28699
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30397269.484430913 Pa
+ ( Rflow ) = ( 1.92e-01 ) ; ( Rwell ) = ( 5.98e-12 ) ; ( R ) = ( 1.92e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.73863e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168467 s | Solve Time: 0.0250684 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30395888.642988354 Pa
+ ( Rflow ) = ( 1.81e-02 ) ; ( Rwell ) = ( 1.62e-08 ) ; ( R ) = ( 1.81e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.74e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.07446e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165748 s | Solve Time: 0.0250226 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30396158.66557646 Pa
+ ( Rflow ) = ( 3.29e-04 ) ; ( Rwell ) = ( 1.93e-10 ) ; ( R ) = ( 3.29e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.67936e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168075 s | Solve Time: 0.0249106 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30396150.81517398 Pa
+ ( Rflow ) = ( 1.26e-07 ) ; ( Rwell ) = ( 2.84e-12 ) ; ( R ) = ( 1.26e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30396150.81517398 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 5.68e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00546092 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0378599
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.2e+08s, dt:5e+06s, Cycle: 125
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 212208 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.09085e+07, 1.56903e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.2392e+09, 1.52574e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 4.97285e+09, 3.07286e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.2392e+09, 0 }, { 5.62336e+08, 1.52551e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.0118
+compflowStatistics: Max component CFL number: 5.28399
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30396150.81517398 Pa
+ ( Rflow ) = ( 1.92e-01 ) ; ( Rwell ) = ( 2.87e-12 ) ; ( R ) = ( 1.92e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.96765e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168336 s | Solve Time: 0.0251533 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30394845.067202106 Pa
+ ( Rflow ) = ( 1.24e-02 ) ; ( Rwell ) = ( 4.73e-08 ) ; ( R ) = ( 1.24e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.07252e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163158 s | Solve Time: 0.0248738 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30394767.270701423 Pa
+ ( Rflow ) = ( 3.98e-05 ) ; ( Rwell ) = ( 1.04e-10 ) ; ( R ) = ( 3.98e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.16958e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168593 s | Solve Time: 0.0250402 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30394767.253400926 Pa
+ ( Rflow ) = ( 1.66e-09 ) ; ( Rwell ) = ( 3.92e-13 ) ; ( R ) = ( 1.66e-09 ) ;
+wellControls: BHP (at the specified reference elevation): 30394767.253400926 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.17e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00396616 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0371855
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.25e+08s, dt:5e+06s, Cycle: 126
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93662e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 212048 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.10148e+07, 1.56893e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.30964e+09, 1.52564e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.02058e+09, 3.07286e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.30964e+09, 0 }, { 5.6689e+08, 1.52541e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.0315
+compflowStatistics: Max component CFL number: 5.28102
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30394767.253400926 Pa
+ ( Rflow ) = ( 1.92e-01 ) ; ( Rwell ) = ( 5.96e-13 ) ; ( R ) = ( 1.92e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.11481e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164467 s | Solve Time: 0.0249999 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30392851.12801764 Pa
+ ( Rflow ) = ( 3.10e-02 ) ; ( Rwell ) = ( 1.89e-08 ) ; ( R ) = ( 3.10e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.57516e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165875 s | Solve Time: 0.02488 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30393201.45147292 Pa
+ ( Rflow ) = ( 8.50e-04 ) ; ( Rwell ) = ( 2.48e-10 ) ; ( R ) = ( 8.50e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.28431e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165657 s | Solve Time: 0.0247139 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30393195.079787254 Pa
+ ( Rflow ) = ( 1.47e-06 ) ; ( Rwell ) = ( 3.72e-12 ) ; ( R ) = ( 1.47e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30393195.079787254 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00395414 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0369281
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.3e+08s, dt:5e+06s, Cycle: 127
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93662e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 211623 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.11204e+07, 1.56882e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.37965e+09, 1.52554e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.06785e+09, 3.07287e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.37965e+09, 0 }, { 5.71882e+08, 1.52531e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.5249
+compflowStatistics: Max component CFL number: 5.27803
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30393195.079787254 Pa
+ ( Rflow ) = ( 1.91e-01 ) ; ( Rwell ) = ( 3.77e-12 ) ; ( R ) = ( 1.91e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.41167e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171194 s | Solve Time: 0.0247792 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30391328.126712464 Pa
+ ( Rflow ) = ( 2.21e-02 ) ; ( Rwell ) = ( 1.87e-08 ) ; ( R ) = ( 2.21e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.71247e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168035 s | Solve Time: 0.0249515 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30391685.321898498 Pa
+ ( Rflow ) = ( 8.52e-04 ) ; ( Rwell ) = ( 3.87e-10 ) ; ( R ) = ( 8.52e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.94841e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016225 s | Solve Time: 0.024962 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30391678.382859115 Pa
+ ( Rflow ) = ( 2.04e-06 ) ; ( Rwell ) = ( 3.68e-12 ) ; ( R ) = ( 2.04e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30391678.382859115 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.95e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00723602 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0366057
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.35e+08s, dt:5e+06s, Cycle: 128
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93661e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 211103 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.12257e+07, 1.56872e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.44945e+09, 1.52544e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.11491e+09, 3.07287e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.44945e+09, 0 }, { 5.77088e+08, 1.5252e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.5468
+compflowStatistics: Max component CFL number: 5.27501
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30391678.382859115 Pa
+ ( Rflow ) = ( 1.90e-01 ) ; ( Rwell ) = ( 3.72e-12 ) ; ( R ) = ( 1.90e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.55426e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161461 s | Solve Time: 0.0248236 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30390296.5035314 Pa
+ ( Rflow ) = ( 2.73e-02 ) ; ( Rwell ) = ( 1.76e-08 ) ; ( R ) = ( 2.73e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.52571e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016773 s | Solve Time: 0.0249313 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30390592.963058636 Pa
+ ( Rflow ) = ( 1.93e-03 ) ; ( Rwell ) = ( 2.64e-10 ) ; ( R ) = ( 1.93e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.03627e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168334 s | Solve Time: 0.023213 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30390585.050377574 Pa
+ ( Rflow ) = ( 7.86e-06 ) ; ( Rwell ) = ( 5.65e-11 ) ; ( R ) = ( 7.86e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30390585.050377574 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 6.04e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0127133 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0357453
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.4e+08s, dt:5e+06s, Cycle: 129
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93662e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 210622 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.13316e+07, 1.56861e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.51973e+09, 1.52534e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.1625e+09, 3.07287e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.51973e+09, 0 }, { 5.81798e+08, 1.5251e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.5673
+compflowStatistics: Max component CFL number: 5.27206
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30390585.050377574 Pa
+ ( Rflow ) = ( 1.89e-01 ) ; ( Rwell ) = ( 5.65e-11 ) ; ( R ) = ( 1.89e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.37186e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016856 s | Solve Time: 0.0249902 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30389304.049887065 Pa
+ ( Rflow ) = ( 2.00e-02 ) ; ( Rwell ) = ( 1.70e-08 ) ; ( R ) = ( 2.00e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.21539e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168813 s | Solve Time: 0.0248711 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30389556.892535605 Pa
+ ( Rflow ) = ( 5.43e-04 ) ; ( Rwell ) = ( 2.48e-10 ) ; ( R ) = ( 5.43e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.65261e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163645 s | Solve Time: 0.0248163 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30389549.816028975 Pa
+ ( Rflow ) = ( 3.53e-07 ) ; ( Rwell ) = ( 4.82e-12 ) ; ( R ) = ( 3.53e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30389549.816028975 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.65e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00951952 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0356211
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.45e+08s, dt:5e+06s, Cycle: 130
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 210532 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.14377e+07, 1.5685e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.59013e+09, 1.52523e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.21034e+09, 3.07288e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.59013e+09, 0 }, { 5.86405e+08, 1.52499e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.5872
+compflowStatistics: Max component CFL number: 5.2691
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30389549.816028975 Pa
+ ( Rflow ) = ( 1.88e-01 ) ; ( Rwell ) = ( 4.84e-12 ) ; ( R ) = ( 1.88e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.83513e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163534 s | Solve Time: 0.0248133 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30388077.895504966 Pa
+ ( Rflow ) = ( 2.94e-02 ) ; ( Rwell ) = ( 1.66e-08 ) ; ( R ) = ( 2.94e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.65451e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166178 s | Solve Time: 0.0250165 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30388504.928738873 Pa
+ ( Rflow ) = ( 1.58e-03 ) ; ( Rwell ) = ( 7.90e-10 ) ; ( R ) = ( 1.58e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.2902e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167221 s | Solve Time: 0.0233914 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30388498.30696474 Pa
+ ( Rflow ) = ( 5.24e-06 ) ; ( Rwell ) = ( 6.05e-11 ) ; ( R ) = ( 5.24e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30388498.30696474 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 6.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0103344 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0345716
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.5e+08s, dt:5e+06s, Cycle: 131
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 210481 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.15439e+07, 1.5684e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.66057e+09, 1.52513e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.25824e+09, 3.07288e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.66057e+09, 0 }, { 5.9096e+08, 1.52489e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.6069
+compflowStatistics: Max component CFL number: 5.26623
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30388498.30696474 Pa
+ ( Rflow ) = ( 1.87e-01 ) ; ( Rwell ) = ( 6.05e-11 ) ; ( R ) = ( 1.87e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.64122e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165903 s | Solve Time: 0.0256612 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30387074.72241598 Pa
+ ( Rflow ) = ( 2.27e-02 ) ; ( Rwell ) = ( 1.57e-08 ) ; ( R ) = ( 2.27e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.37404e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166029 s | Solve Time: 0.0250748 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30387357.471964233 Pa
+ ( Rflow ) = ( 2.27e-04 ) ; ( Rwell ) = ( 4.50e-10 ) ; ( R ) = ( 2.27e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.55924e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162377 s | Solve Time: 0.0249355 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30387355.1269152 Pa
+ ( Rflow ) = ( 1.11e-07 ) ; ( Rwell ) = ( 3.68e-12 ) ; ( R ) = ( 1.11e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30387355.1269152 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0059137 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0326945
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.55e+08s, dt:5e+06s, Cycle: 132
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 210391 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.16502e+07, 1.56829e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.73111e+09, 1.52503e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.30621e+09, 3.07288e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.73111e+09, 0 }, { 5.95424e+08, 1.52479e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.6264
+compflowStatistics: Max component CFL number: 5.26336
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30387355.1269152 Pa
+ ( Rflow ) = ( 1.86e-01 ) ; ( Rwell ) = ( 3.70e-12 ) ; ( R ) = ( 1.86e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.10754e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166616 s | Solve Time: 0.0249516 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30386128.678390753 Pa
+ ( Rflow ) = ( 1.69e-02 ) ; ( Rwell ) = ( 1.53e-08 ) ; ( R ) = ( 1.69e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.95748e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162606 s | Solve Time: 0.0251112 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30386348.109414645 Pa
+ ( Rflow ) = ( 1.30e-04 ) ; ( Rwell ) = ( 3.41e-10 ) ; ( R ) = ( 1.30e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.22515e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165509 s | Solve Time: 0.024892 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30386345.019201435 Pa
+ ( Rflow ) = ( 2.67e-08 ) ; ( Rwell ) = ( 2.82e-12 ) ; ( R ) = ( 2.67e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30386345.019201435 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 9.23e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.005204 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0326194
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.6e+08s, dt:5e+06s, Cycle: 133
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 210193 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.17569e+07, 1.56819e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.80184e+09, 1.52493e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.35437e+09, 3.07289e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.80184e+09, 0 }, { 5.99695e+08, 1.52468e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.645
+compflowStatistics: Max component CFL number: 5.26054
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30386345.019201435 Pa
+ ( Rflow ) = ( 1.85e-01 ) ; ( Rwell ) = ( 2.84e-12 ) ; ( R ) = ( 1.85e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.29952e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166298 s | Solve Time: 0.0248769 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30384969.069332726 Pa
+ ( Rflow ) = ( 2.83e-02 ) ; ( Rwell ) = ( 1.47e-08 ) ; ( R ) = ( 2.83e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.10841e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168567 s | Solve Time: 0.0250536 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30385165.399543885 Pa
+ ( Rflow ) = ( 9.43e-04 ) ; ( Rwell ) = ( 4.10e-10 ) ; ( R ) = ( 9.43e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.08545e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171938 s | Solve Time: 0.0249942 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30385159.392014444 Pa
+ ( Rflow ) = ( 2.02e-06 ) ; ( Rwell ) = ( 1.30e-11 ) ; ( R ) = ( 2.02e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30385159.392014444 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.09e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0048349 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0344339
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.65e+08s, dt:5e+06s, Cycle: 134
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 210106 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.18632e+07, 1.56808e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.87233e+09, 1.52482e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.40223e+09, 3.07289e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.87233e+09, 0 }, { 6.04201e+08, 1.52458e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.6637
+compflowStatistics: Max component CFL number: 5.25776
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30385159.392014444 Pa
+ ( Rflow ) = ( 1.85e-01 ) ; ( Rwell ) = ( 1.30e-11 ) ; ( R ) = ( 1.85e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.70094e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164931 s | Solve Time: 0.025054 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30383566.519184086 Pa
+ ( Rflow ) = ( 3.14e-02 ) ; ( Rwell ) = ( 1.44e-08 ) ; ( R ) = ( 3.14e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.79738e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162408 s | Solve Time: 0.0247973 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30383906.395796288 Pa
+ ( Rflow ) = ( 1.00e-03 ) ; ( Rwell ) = ( 5.79e-10 ) ; ( R ) = ( 1.00e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.46821e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166807 s | Solve Time: 0.0231822 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30383900.096869864 Pa
+ ( Rflow ) = ( 2.65e-06 ) ; ( Rwell ) = ( 2.43e-11 ) ; ( R ) = ( 2.65e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30383900.096869864 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 6.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00251446 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0355364
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.7e+08s, dt:5e+06s, Cycle: 135
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 209829 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.19691e+07, 1.56797e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 7.9426e+09, 1.52472e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.44984e+09, 3.07289e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 7.9426e+09, 0 }, { 6.08935e+08, 1.52447e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.6825
+compflowStatistics: Max component CFL number: 5.25493
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30383900.096869864 Pa
+ ( Rflow ) = ( 1.85e-01 ) ; ( Rwell ) = ( 2.43e-11 ) ; ( R ) = ( 1.85e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.41729e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164077 s | Solve Time: 0.0248228 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30382581.111363422 Pa
+ ( Rflow ) = ( 2.28e-02 ) ; ( Rwell ) = ( 1.40e-08 ) ; ( R ) = ( 2.28e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.42e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.87315e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165178 s | Solve Time: 0.0247216 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30382980.829701807 Pa
+ ( Rflow ) = ( 1.16e-03 ) ; ( Rwell ) = ( 4.39e-10 ) ; ( R ) = ( 1.16e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.60203e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164777 s | Solve Time: 0.0248875 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30382972.66726787 Pa
+ ( Rflow ) = ( 2.77e-06 ) ; ( Rwell ) = ( 7.89e-12 ) ; ( R ) = ( 2.77e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30382972.66726787 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.60e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00929044 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0357415
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.75e+08s, dt:5e+06s, Cycle: 136
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 209471 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.20757e+07, 1.56787e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.01332e+09, 1.52462e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.49794e+09, 3.0729e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.01332e+09, 0 }, { 6.13214e+08, 1.52437e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.7007
+compflowStatistics: Max component CFL number: 5.25209
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30382972.66726787 Pa
+ ( Rflow ) = ( 1.84e-01 ) ; ( Rwell ) = ( 7.90e-12 ) ; ( R ) = ( 1.84e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.20354e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163281 s | Solve Time: 0.0250015 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30381706.400776535 Pa
+ ( Rflow ) = ( 1.74e-02 ) ; ( Rwell ) = ( 1.41e-08 ) ; ( R ) = ( 1.74e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.00314e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164895 s | Solve Time: 0.024777 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30381838.168113347 Pa
+ ( Rflow ) = ( 2.41e-04 ) ; ( Rwell ) = ( 3.03e-10 ) ; ( R ) = ( 2.41e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.61864e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163593 s | Solve Time: 0.0249505 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30381834.3612947 Pa
+ ( Rflow ) = ( 1.67e-07 ) ; ( Rwell ) = ( 4.66e-12 ) ; ( R ) = ( 1.67e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30381834.3612947 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 6.62e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00277943 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0352596
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.8e+08s, dt:5e+06s, Cycle: 137
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 209428 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.21818e+07, 1.56776e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.08363e+09, 1.52452e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.54561e+09, 3.0729e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.08363e+09, 0 }, { 6.17903e+08, 1.52426e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.719
+compflowStatistics: Max component CFL number: 5.24928
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30381834.3612947 Pa
+ ( Rflow ) = ( 1.84e-01 ) ; ( Rwell ) = ( 4.68e-12 ) ; ( R ) = ( 1.84e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.94721e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167017 s | Solve Time: 0.0248788 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30380279.50861371 Pa
+ ( Rflow ) = ( 1.91e-02 ) ; ( Rwell ) = ( 1.33e-08 ) ; ( R ) = ( 1.91e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.27896e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165438 s | Solve Time: 0.0247353 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30380472.43849924 Pa
+ ( Rflow ) = ( 6.14e-04 ) ; ( Rwell ) = ( 7.16e-10 ) ; ( R ) = ( 6.14e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.63026e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166481 s | Solve Time: 0.0251028 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30380467.61016473 Pa
+ ( Rflow ) = ( 9.96e-07 ) ; ( Rwell ) = ( 1.67e-11 ) ; ( R ) = ( 9.96e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30380467.61016473 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.63e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00386118 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0347886
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.85e+08s, dt:5e+06s, Cycle: 138
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 209163 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.22871e+07, 1.56766e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.15341e+09, 1.52441e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.59281e+09, 3.0729e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.15341e+09, 0 }, { 6.23121e+08, 1.52416e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.2055
+compflowStatistics: Max component CFL number: 5.2465
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30380467.61016473 Pa
+ ( Rflow ) = ( 1.84e-01 ) ; ( Rwell ) = ( 1.67e-11 ) ; ( R ) = ( 1.84e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.00215e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162004 s | Solve Time: 0.0248523 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30378955.37830228 Pa
+ ( Rflow ) = ( 1.76e-02 ) ; ( Rwell ) = ( 1.29e-08 ) ; ( R ) = ( 1.76e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.65577e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166 s | Solve Time: 0.0246254 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30379288.5398511 Pa
+ ( Rflow ) = ( 2.75e-04 ) ; ( Rwell ) = ( 5.92e-10 ) ; ( R ) = ( 2.75e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.30607e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162807 s | Solve Time: 0.0247586 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30379285.286701206 Pa
+ ( Rflow ) = ( 1.86e-07 ) ; ( Rwell ) = ( 4.48e-12 ) ; ( R ) = ( 1.86e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30379285.286701206 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 5.31e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00303485 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0344763
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.9e+08s, dt:5e+06s, Cycle: 139
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93662e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 208661 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.23919e+07, 1.56755e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.2229e+09, 1.52431e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.63972e+09, 3.0729e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.2229e+09, 0 }, { 6.28639e+08, 1.52406e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.2229
+compflowStatistics: Max component CFL number: 5.24388
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30379285.286701206 Pa
+ ( Rflow ) = ( 1.83e-01 ) ; ( Rwell ) = ( 4.50e-12 ) ; ( R ) = ( 1.83e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.60868e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016643 s | Solve Time: 0.0248949 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30378015.487704992 Pa
+ ( Rflow ) = ( 1.94e-02 ) ; ( Rwell ) = ( 1.19e-08 ) ; ( R ) = ( 1.94e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.71632e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168329 s | Solve Time: 0.0248561 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30378281.19768609 Pa
+ ( Rflow ) = ( 3.61e-04 ) ; ( Rwell ) = ( 6.43e-10 ) ; ( R ) = ( 3.61e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.13858e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165014 s | Solve Time: 0.0248736 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30378276.201182604 Pa
+ ( Rflow ) = ( 2.95e-07 ) ; ( Rwell ) = ( 1.21e-11 ) ; ( R ) = ( 2.95e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30378276.201182604 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 7.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00958102 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0340595
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 5.95e+08s, dt:5e+06s, Cycle: 140
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93662e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 208314 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.24968e+07, 1.56745e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.29246e+09, 1.52421e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.68678e+09, 3.07291e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.29246e+09, 0 }, { 6.34072e+08, 1.52395e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.2395
+compflowStatistics: Max component CFL number: 5.24126
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30378276.201182604 Pa
+ ( Rflow ) = ( 1.82e-01 ) ; ( Rwell ) = ( 1.21e-11 ) ; ( R ) = ( 1.82e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.28377e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166796 s | Solve Time: 0.0248869 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30377208.700518914 Pa
+ ( Rflow ) = ( 2.95e-02 ) ; ( Rwell ) = ( 1.17e-08 ) ; ( R ) = ( 2.95e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.05091e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163043 s | Solve Time: 0.024527 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30377476.978468012 Pa
+ ( Rflow ) = ( 1.02e-03 ) ; ( Rwell ) = ( 7.31e-10 ) ; ( R ) = ( 1.02e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.73663e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016528 s | Solve Time: 0.024662 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30377471.58591456 Pa
+ ( Rflow ) = ( 2.56e-06 ) ; ( Rwell ) = ( 1.61e-11 ) ; ( R ) = ( 2.56e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30377471.58591456 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.74e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0115996 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0329683
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6e+08s, dt:5e+06s, Cycle: 141
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 208120 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.26023e+07, 1.56734e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.36247e+09, 1.52411e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.73442e+09, 3.07291e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.36247e+09, 0 }, { 6.39068e+08, 1.52385e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.255
+compflowStatistics: Max component CFL number: 5.23869
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30377471.58591456 Pa
+ ( Rflow ) = ( 1.81e-01 ) ; ( Rwell ) = ( 1.61e-11 ) ; ( R ) = ( 1.81e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.78411e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167848 s | Solve Time: 0.0246022 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30376137.584830325 Pa
+ ( Rflow ) = ( 2.55e-02 ) ; ( Rwell ) = ( 1.14e-08 ) ; ( R ) = ( 2.55e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.79421e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016753 s | Solve Time: 0.0247449 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30376332.80025178 Pa
+ ( Rflow ) = ( 4.60e-03 ) ; ( Rwell ) = ( 2.88e-10 ) ; ( R ) = ( 4.60e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.39994e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168131 s | Solve Time: 0.0230499 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30376326.444148757 Pa
+ ( Rflow ) = ( 4.06e-06 ) ; ( Rwell ) = ( 7.42e-11 ) ; ( R ) = ( 4.06e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30376326.444148757 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 3.40e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00267287 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0326259
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.05e+08s, dt:5e+06s, Cycle: 142
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93662e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 208109 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.27071e+07, 1.56724e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.43193e+09, 1.52401e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.7816e+09, 3.07291e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.43193e+09, 0 }, { 6.4461e+08, 1.52375e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.2714
+compflowStatistics: Max component CFL number: 5.23608
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30376326.444148757 Pa
+ ( Rflow ) = ( 1.80e-01 ) ; ( Rwell ) = ( 7.42e-11 ) ; ( R ) = ( 1.80e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.96143e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161129 s | Solve Time: 0.0246888 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30375123.12829571 Pa
+ ( Rflow ) = ( 3.66e-02 ) ; ( Rwell ) = ( 1.10e-08 ) ; ( R ) = ( 3.66e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.3705e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166611 s | Solve Time: 0.024597 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30375527.526512712 Pa
+ ( Rflow ) = ( 1.73e-03 ) ; ( Rwell ) = ( 4.79e-10 ) ; ( R ) = ( 1.73e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.29237e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164937 s | Solve Time: 0.0229018 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30375521.43684894 Pa
+ ( Rflow ) = ( 6.26e-06 ) ; ( Rwell ) = ( 1.73e-10 ) ; ( R ) = ( 6.26e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30375521.43684894 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 9.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0081793 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.032437
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.1e+08s, dt:5e+06s, Cycle: 143
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93663e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 207753 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.28125e+07, 1.56713e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.50186e+09, 1.52391e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.82929e+09, 3.07292e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.50186e+09, 0 }, { 6.4968e+08, 1.52364e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.2866
+compflowStatistics: Max component CFL number: 5.2335
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30375521.43684894 Pa
+ ( Rflow ) = ( 1.79e-01 ) ; ( Rwell ) = ( 1.73e-10 ) ; ( R ) = ( 1.79e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.47335e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166312 s | Solve Time: 0.0246581 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30374675.9180282 Pa
+ ( Rflow ) = ( 4.35e-02 ) ; ( Rwell ) = ( 1.05e-08 ) ; ( R ) = ( 4.35e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.59645e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169593 s | Solve Time: 0.0246477 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30374837.9794482 Pa
+ ( Rflow ) = ( 4.67e-04 ) ; ( Rwell ) = ( 2.17e-10 ) ; ( R ) = ( 4.67e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.60272e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0425498 s | Solve Time: 0.055714 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30374833.488965277 Pa
+ ( Rflow ) = ( 6.42e-07 ) ; ( Rwell ) = ( 5.69e-12 ) ; ( R ) = ( 6.42e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30374833.488965277 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.60e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0128917 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0316433
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.15e+08s, dt:5e+06s, Cycle: 144
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 207716 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.29186e+07, 1.56702e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.57231e+09, 1.52381e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.87759e+09, 3.07292e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.57231e+09, 0 }, { 6.54223e+08, 1.52354e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.3012
+compflowStatistics: Max component CFL number: 5.23106
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30374833.488965277 Pa
+ ( Rflow ) = ( 1.78e-01 ) ; ( Rwell ) = ( 5.70e-12 ) ; ( R ) = ( 1.78e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.73392e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0321825 s | Solve Time: 0.0355271 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30373961.45972206 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 9.84e-09 ) ; ( R ) = ( 2.81e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.70008e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166008 s | Solve Time: 0.0249589 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30374283.91595853 Pa
+ ( Rflow ) = ( 8.69e-04 ) ; ( Rwell ) = ( 3.98e-10 ) ; ( R ) = ( 8.69e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.30508e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0201717 s | Solve Time: 0.0305771 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30374277.082204312 Pa
+ ( Rflow ) = ( 1.83e-06 ) ; ( Rwell ) = ( 1.83e-11 ) ; ( R ) = ( 1.83e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30374277.082204312 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.31e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00782634 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.031915
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.2e+08s, dt:5e+06s, Cycle: 145
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 207768 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.30257e+07, 1.56692e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.6434e+09, 1.5237e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.92652e+09, 3.07292e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.6434e+09, 0 }, { 6.58135e+08, 1.52343e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.3146
+compflowStatistics: Max component CFL number: 5.22868
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30374277.082204312 Pa
+ ( Rflow ) = ( 1.77e-01 ) ; ( Rwell ) = ( 1.83e-11 ) ; ( R ) = ( 1.77e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.28415e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173967 s | Solve Time: 0.0249794 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30373263.160168927 Pa
+ ( Rflow ) = ( 1.18e-02 ) ; ( Rwell ) = ( 1.03e-08 ) ; ( R ) = ( 1.18e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.31178e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169917 s | Solve Time: 0.0251501 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30373374.257597495 Pa
+ ( Rflow ) = ( 3.93e-04 ) ; ( Rwell ) = ( 1.03e-10 ) ; ( R ) = ( 3.93e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.0938e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168143 s | Solve Time: 0.025127 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30373370.012015887 Pa
+ ( Rflow ) = ( 4.88e-07 ) ; ( Rwell ) = ( 3.21e-12 ) ; ( R ) = ( 4.88e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30373370.012015887 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.09e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0070121 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0327535
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.25e+08s, dt:5e+06s, Cycle: 146
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 207930 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.31325e+07, 1.56681e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.71425e+09, 1.5236e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 5.97526e+09, 3.07293e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.71425e+09, 0 }, { 6.62291e+08, 1.52333e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.4944
+compflowStatistics: Max component CFL number: 5.22635
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30373370.012015887 Pa
+ ( Rflow ) = ( 1.77e-01 ) ; ( Rwell ) = ( 3.23e-12 ) ; ( R ) = ( 1.77e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.0932e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165299 s | Solve Time: 0.0256979 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30372198.70204096 Pa
+ ( Rflow ) = ( 3.43e-02 ) ; ( Rwell ) = ( 9.50e-09 ) ; ( R ) = ( 3.43e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.75536e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164973 s | Solve Time: 0.0265103 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30372412.852766387 Pa
+ ( Rflow ) = ( 1.75e-04 ) ; ( Rwell ) = ( 3.99e-10 ) ; ( R ) = ( 1.75e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.73967e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165495 s | Solve Time: 0.0247924 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30372410.239234127 Pa
+ ( Rflow ) = ( 4.77e-08 ) ; ( Rwell ) = ( 4.87e-12 ) ; ( R ) = ( 4.77e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30372410.239234127 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 8.74e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00229428 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0335421
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.3e+08s, dt:5e+06s, Cycle: 147
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 207731 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.32389e+07, 1.5667e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.78479e+09, 1.5235e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.02364e+09, 3.07293e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.78479e+09, 0 }, { 6.66753e+08, 1.52322e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.8486
+compflowStatistics: Max component CFL number: 5.22399
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30372410.239234127 Pa
+ ( Rflow ) = ( 1.77e-01 ) ; ( Rwell ) = ( 4.88e-12 ) ; ( R ) = ( 1.77e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.51462e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165111 s | Solve Time: 0.0248187 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30371268.727132197 Pa
+ ( Rflow ) = ( 9.61e-02 ) ; ( Rwell ) = ( 9.10e-09 ) ; ( R ) = ( 9.61e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.37506e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168456 s | Solve Time: 0.0214983 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30371267.697689354 Pa
+ ( Rflow ) = ( 2.10e-04 ) ; ( Rwell ) = ( 6.63e-09 ) ; ( R ) = ( 2.10e-04 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.03995e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167681 s | Solve Time: 0.0248329 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30371264.813441236 Pa
+ ( Rflow ) = ( 4.04e-08 ) ; ( Rwell ) = ( 1.71e-12 ) ; ( R ) = ( 4.04e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30371264.813441236 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.04e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00704823 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0337285
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.35e+08s, dt:5e+06s, Cycle: 148
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 207470 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.33448e+07, 1.5666e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.85492e+09, 1.52339e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.07156e+09, 3.07293e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.85492e+09, 0 }, { 6.71615e+08, 1.52312e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.8392
+compflowStatistics: Max component CFL number: 5.22159
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30371264.813441236 Pa
+ ( Rflow ) = ( 1.77e-01 ) ; ( Rwell ) = ( 1.75e-12 ) ; ( R ) = ( 1.77e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.71611e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164618 s | Solve Time: 0.026366 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30369815.542333744 Pa
+ ( Rflow ) = ( 3.61e-02 ) ; ( Rwell ) = ( 9.12e-09 ) ; ( R ) = ( 3.61e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.42861e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160623 s | Solve Time: 0.0265253 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30370210.846837737 Pa
+ ( Rflow ) = ( 9.55e-04 ) ; ( Rwell ) = ( 1.99e-10 ) ; ( R ) = ( 9.55e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.07188e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167339 s | Solve Time: 0.0261854 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30370206.307187546 Pa
+ ( Rflow ) = ( 2.24e-06 ) ; ( Rwell ) = ( 1.17e-11 ) ; ( R ) = ( 2.24e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30370206.307187546 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.07e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00333215 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0339635
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.4e+08s, dt:5e+06s, Cycle: 149
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 207023 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.34503e+07, 1.56649e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.9249e+09, 1.52329e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.1193e+09, 3.07294e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.9249e+09, 0 }, { 6.76638e+08, 1.52301e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.1934
+compflowStatistics: Max component CFL number: 5.21905
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30370206.307187546 Pa
+ ( Rflow ) = ( 1.77e-01 ) ; ( Rwell ) = ( 1.17e-11 ) ; ( R ) = ( 1.77e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.09585e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167335 s | Solve Time: 0.0253215 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30369045.84022328 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 1.12e-08 ) ; ( R ) = ( 3.09e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.7727e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166119 s | Solve Time: 0.0267952 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30369658.554215815 Pa
+ ( Rflow ) = ( 1.01e-03 ) ; ( Rwell ) = ( 1.41e-09 ) ; ( R ) = ( 1.01e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.94672e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166242 s | Solve Time: 0.0248288 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30369644.166189212 Pa
+ ( Rflow ) = ( 1.81e-06 ) ; ( Rwell ) = ( 2.30e-11 ) ; ( R ) = ( 1.81e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30369644.166189212 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 5.95e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0103757 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0338728
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.45e+08s, dt:5e+06s, Cycle: 150
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 206665 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.35568e+07, 1.56639e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 8.99558e+09, 1.52319e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.16775e+09, 3.07294e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 8.99558e+09, 0 }, { 6.80961e+08, 1.52291e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.1833
+compflowStatistics: Max component CFL number: 5.21671
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30369644.166189212 Pa
+ ( Rflow ) = ( 1.76e-01 ) ; ( Rwell ) = ( 2.30e-11 ) ; ( R ) = ( 1.76e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.63223e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162005 s | Solve Time: 0.0248207 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30368627.6322116 Pa
+ ( Rflow ) = ( 2.11e-02 ) ; ( Rwell ) = ( 1.14e-08 ) ; ( R ) = ( 2.11e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 3.36774e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162693 s | Solve Time: 0.0284574 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30368812.777351324 Pa
+ ( Rflow ) = ( 3.21e-04 ) ; ( Rwell ) = ( 2.53e-10 ) ; ( R ) = ( 3.21e-04 ) ;
+ Last LinSolve(iter,res) = ( 17, 3.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 6.87238e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166811 s | Solve Time: 0.0267232 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30368810.737631127 Pa
+ ( Rflow ) = ( 2.99e-07 ) ; ( Rwell ) = ( 6.07e-12 ) ; ( R ) = ( 2.99e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30368810.737631127 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 6.87e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0062612 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0330966
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.5e+08s, dt:5e+06s, Cycle: 151
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 206773 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.36631e+07, 1.56628e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.06602e+09, 1.52309e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.21602e+09, 3.07294e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.06602e+09, 0 }, { 6.85519e+08, 1.52281e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.5361
+compflowStatistics: Max component CFL number: 5.21441
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30368810.737631127 Pa
+ ( Rflow ) = ( 1.75e-01 ) ; ( Rwell ) = ( 6.08e-12 ) ; ( R ) = ( 1.75e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 2.27418e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165137 s | Solve Time: 0.028607 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30367680.714039456 Pa
+ ( Rflow ) = ( 1.32e-02 ) ; ( Rwell ) = ( 8.23e-09 ) ; ( R ) = ( 1.32e-02 ) ;
+ Last LinSolve(iter,res) = ( 17, 2.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 8.4144e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164778 s | Solve Time: 0.0300371 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30367756.93329865 Pa
+ ( Rflow ) = ( 7.46e-04 ) ; ( Rwell ) = ( 1.57e-10 ) ; ( R ) = ( 7.46e-04 ) ;
+ Last LinSolve(iter,res) = ( 18, 8.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 9.92372e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166727 s | Solve Time: 0.0283168 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30367754.51415627 Pa
+ ( Rflow ) = ( 2.02e-07 ) ; ( Rwell ) = ( 1.76e-11 ) ; ( R ) = ( 2.02e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30367754.51415627 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 17, 9.92e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00712775 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0324077
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.55e+08s, dt:5e+06s, Cycle: 152
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 206602 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.37687e+07, 1.56617e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.13606e+09, 1.52298e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.26392e+09, 3.07295e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.13606e+09, 0 }, { 6.90476e+08, 1.5227e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.5266
+compflowStatistics: Max component CFL number: 5.2121
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30367754.51415627 Pa
+ ( Rflow ) = ( 1.75e-01 ) ; ( Rwell ) = ( 1.76e-11 ) ; ( R ) = ( 1.75e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 7.03166e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162034 s | Solve Time: 0.0299313 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30366420.60973639 Pa
+ ( Rflow ) = ( 2.61e-02 ) ; ( Rwell ) = ( 9.91e-09 ) ; ( R ) = ( 2.61e-02 ) ;
+ Last LinSolve(iter,res) = ( 18, 7.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 8.1897e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164745 s | Solve Time: 0.0303246 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30366753.51039873 Pa
+ ( Rflow ) = ( 1.65e-03 ) ; ( Rwell ) = ( 4.32e-10 ) ; ( R ) = ( 1.65e-03 ) ;
+ Last LinSolve(iter,res) = ( 18, 8.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 9.48792e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164695 s | Solve Time: 0.0285316 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30366745.580212776 Pa
+ ( Rflow ) = ( 5.24e-06 ) ; ( Rwell ) = ( 9.66e-11 ) ; ( R ) = ( 5.24e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30366745.580212776 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 17, 9.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.010118 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0319886
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.6e+08s, dt:5e+06s, Cycle: 153
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 206203 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.38743e+07, 1.56607e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.20601e+09, 1.52288e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.31176e+09, 3.07295e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.20601e+09, 0 }, { 6.95535e+08, 1.5226e+12 } } kg
+compflowStatistics: Max phase CFL number: 33.8793
+compflowStatistics: Max component CFL number: 5.20979
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30366745.580212776 Pa
+ ( Rflow ) = ( 1.74e-01 ) ; ( Rwell ) = ( 9.66e-11 ) ; ( R ) = ( 1.74e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 6.26198e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167531 s | Solve Time: 0.0302897 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30365448.152906526 Pa
+ ( Rflow ) = ( 2.73e-02 ) ; ( Rwell ) = ( 8.74e-09 ) ; ( R ) = ( 2.73e-02 ) ;
+ Last LinSolve(iter,res) = ( 18, 6.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.1777e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168435 s | Solve Time: 0.026612 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30365793.329801057 Pa
+ ( Rflow ) = ( 5.02e-04 ) ; ( Rwell ) = ( 3.58e-10 ) ; ( R ) = ( 5.02e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.33172e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171206 s | Solve Time: 0.0264337 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30365787.004867595 Pa
+ ( Rflow ) = ( 5.63e-07 ) ; ( Rwell ) = ( 6.73e-12 ) ; ( R ) = ( 5.63e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30365787.004867595 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 16, 2.33e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00417309 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0308691
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.65e+08s, dt:5e+06s, Cycle: 154
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197205, 205842 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.39796e+07, 1.56596e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.27582e+09, 1.52278e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.35937e+09, 3.07295e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.27582e+09, 0 }, { 7.00719e+08, 1.52249e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.2323
+compflowStatistics: Max component CFL number: 5.20749
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30365787.004867595 Pa
+ ( Rflow ) = ( 1.73e-01 ) ; ( Rwell ) = ( 6.74e-12 ) ; ( R ) = ( 1.73e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.66283e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163992 s | Solve Time: 0.0267585 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30364830.865152568 Pa
+ ( Rflow ) = ( 1.82e-02 ) ; ( Rwell ) = ( 4.42e-07 ) ; ( R ) = ( 1.82e-02 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.7367e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165168 s | Solve Time: 0.0248947 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30365018.66204059 Pa
+ ( Rflow ) = ( 4.17e-04 ) ; ( Rwell ) = ( 1.29e-10 ) ; ( R ) = ( 4.17e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.74e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.59912e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164935 s | Solve Time: 0.0248639 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30365013.358115446 Pa
+ ( Rflow ) = ( 3.56e-07 ) ; ( Rwell ) = ( 2.89e-12 ) ; ( R ) = ( 3.56e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30365013.358115446 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.60e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00563876 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0295123
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.7e+08s, dt:5e+06s, Cycle: 155
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 205523 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.40852e+07, 1.56586e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.34587e+09, 1.52268e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.40727e+09, 3.07295e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.34587e+09, 0 }, { 7.05677e+08, 1.52239e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.2225
+compflowStatistics: Max component CFL number: 5.2052
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30365013.358115446 Pa
+ ( Rflow ) = ( 1.73e-01 ) ; ( Rwell ) = ( 2.91e-12 ) ; ( R ) = ( 1.73e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.85266e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016695 s | Solve Time: 0.0250094 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30363908.725146774 Pa
+ ( Rflow ) = ( 2.89e-02 ) ; ( Rwell ) = ( 8.91e-09 ) ; ( R ) = ( 2.89e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.85e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 1.96574e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169304 s | Solve Time: 0.0249649 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30364082.051801696 Pa
+ ( Rflow ) = ( 2.66e-03 ) ; ( Rwell ) = ( 2.82e-10 ) ; ( R ) = ( 2.66e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 1.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.61938e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016871 s | Solve Time: 0.0231324 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30364075.989264153 Pa
+ ( Rflow ) = ( 2.16e-06 ) ; ( Rwell ) = ( 4.68e-11 ) ; ( R ) = ( 2.16e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30364075.989264153 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 3.62e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00414582 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0300781
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.75e+08s, dt:5e+06s, Cycle: 156
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 205418 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.41906e+07, 1.56575e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.41575e+09, 1.52258e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.45501e+09, 3.07296e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.41575e+09, 0 }, { 7.10793e+08, 1.52229e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.2136
+compflowStatistics: Max component CFL number: 5.20293
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30364075.989264153 Pa
+ ( Rflow ) = ( 1.73e-01 ) ; ( Rwell ) = ( 4.68e-11 ) ; ( R ) = ( 1.73e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.81498e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164751 s | Solve Time: 0.0250647 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30362856.67638009 Pa
+ ( Rflow ) = ( 2.78e-02 ) ; ( Rwell ) = ( 8.66e-09 ) ; ( R ) = ( 2.78e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.81e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.50427e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166566 s | Solve Time: 0.0247149 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30363259.37355997 Pa
+ ( Rflow ) = ( 1.60e-03 ) ; ( Rwell ) = ( 1.04e-10 ) ; ( R ) = ( 1.60e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.71486e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016204 s | Solve Time: 0.0230337 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30363251.18324892 Pa
+ ( Rflow ) = ( 5.36e-06 ) ; ( Rwell ) = ( 3.41e-11 ) ; ( R ) = ( 5.36e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30363251.18324892 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 4.71e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00955463 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0311139
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.8e+08s, dt:5e+06s, Cycle: 157
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 205160 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.42961e+07, 1.56565e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.48576e+09, 1.52248e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.50286e+09, 3.07296e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.48576e+09, 0 }, { 7.15785e+08, 1.52218e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.5658
+compflowStatistics: Max component CFL number: 5.20061
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30363251.18324892 Pa
+ ( Rflow ) = ( 1.72e-01 ) ; ( Rwell ) = ( 3.41e-11 ) ; ( R ) = ( 1.72e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.50498e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016905 s | Solve Time: 0.0247986 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30362163.634873744 Pa
+ ( Rflow ) = ( 3.40e-02 ) ; ( Rwell ) = ( 8.68e-09 ) ; ( R ) = ( 3.40e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.02931e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166358 s | Solve Time: 0.0231776 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30362479.47550783 Pa
+ ( Rflow ) = ( 1.38e-03 ) ; ( Rwell ) = ( 2.23e-09 ) ; ( R ) = ( 1.38e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.59831e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166853 s | Solve Time: 0.0229121 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30362474.97198741 Pa
+ ( Rflow ) = ( 4.36e-06 ) ; ( Rwell ) = ( 4.08e-11 ) ; ( R ) = ( 4.36e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30362474.97198741 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 3.60e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00416756 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0316626
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.85e+08s, dt:5e+06s, Cycle: 158
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 205005 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.44019e+07, 1.56554e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.55592e+09, 1.52237e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.55079e+09, 3.07296e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.55592e+09, 0 }, { 7.20627e+08, 1.52208e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.5571
+compflowStatistics: Max component CFL number: 5.19827
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30362474.97198741 Pa
+ ( Rflow ) = ( 1.72e-01 ) ; ( Rwell ) = ( 4.08e-11 ) ; ( R ) = ( 1.72e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.29134e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167322 s | Solve Time: 0.0246633 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30361453.27956198 Pa
+ ( Rflow ) = ( 1.22e-02 ) ; ( Rwell ) = ( 8.45e-09 ) ; ( R ) = ( 1.22e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.29e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.15078e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163968 s | Solve Time: 0.0247409 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30361527.227669142 Pa
+ ( Rflow ) = ( 1.95e-04 ) ; ( Rwell ) = ( 4.89e-10 ) ; ( R ) = ( 1.95e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.90732e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165367 s | Solve Time: 0.0248045 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30361524.95759261 Pa
+ ( Rflow ) = ( 7.68e-08 ) ; ( Rwell ) = ( 4.65e-12 ) ; ( R ) = ( 7.68e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30361524.95759261 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 6.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00452983 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0313758
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.9e+08s, dt:5e+06s, Cycle: 159
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 204892 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.45074e+07, 1.56543e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.62585e+09, 1.52227e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.59851e+09, 3.07297e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.62585e+09, 0 }, { 7.25696e+08, 1.52197e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.9096
+compflowStatistics: Max component CFL number: 5.1959
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30361524.95759261 Pa
+ ( Rflow ) = ( 1.72e-01 ) ; ( Rwell ) = ( 4.66e-12 ) ; ( R ) = ( 1.72e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.0082e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165791 s | Solve Time: 0.0248623 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30360378.633821454 Pa
+ ( Rflow ) = ( 1.37e-02 ) ; ( Rwell ) = ( 8.56e-09 ) ; ( R ) = ( 1.37e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.96356e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167351 s | Solve Time: 0.0251039 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30360611.416152894 Pa
+ ( Rflow ) = ( 3.55e-04 ) ; ( Rwell ) = ( 2.22e-10 ) ; ( R ) = ( 3.55e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.14454e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167259 s | Solve Time: 0.0248646 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30360608.029802635 Pa
+ ( Rflow ) = ( 4.17e-07 ) ; ( Rwell ) = ( 3.74e-12 ) ; ( R ) = ( 4.17e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30360608.029802635 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00607435 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.03205
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 6.95e+08s, dt:5e+06s, Cycle: 160
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 204610 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.46127e+07, 1.56533e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.69564e+09, 1.52217e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.64609e+09, 3.07297e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.69564e+09, 0 }, { 7.30906e+08, 1.52187e+12 } } kg
+compflowStatistics: Max phase CFL number: 34.9007
+compflowStatistics: Max component CFL number: 5.19355
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30360608.029802635 Pa
+ ( Rflow ) = ( 1.71e-01 ) ; ( Rwell ) = ( 3.75e-12 ) ; ( R ) = ( 1.71e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.15219e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169652 s | Solve Time: 0.024972 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30359547.847315785 Pa
+ ( Rflow ) = ( 2.35e-02 ) ; ( Rwell ) = ( 8.37e-09 ) ; ( R ) = ( 2.35e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.30324e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164845 s | Solve Time: 0.0249189 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30359932.8637518 Pa
+ ( Rflow ) = ( 1.22e-03 ) ; ( Rwell ) = ( 6.06e-10 ) ; ( R ) = ( 1.22e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.36174e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016818 s | Solve Time: 0.0248934 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30359923.126469627 Pa
+ ( Rflow ) = ( 1.87e-06 ) ; ( Rwell ) = ( 7.34e-12 ) ; ( R ) = ( 1.87e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30359923.126469627 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.36e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00890982 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0321054
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7e+08s, dt:5e+06s, Cycle: 161
+Rank 29: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000029.hdf5
+Rank 28: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000028.hdf5
+Rank 30: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000030.hdf5
+Rank 24: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000024.hdf5
+Rank 31: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000031.hdf5
+Rank 0: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000000.hdf5
+Rank 1: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000001.hdf5
+Rank 2: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000002.hdf5
+Rank 3: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000003.hdf5
+Rank 4: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000004.hdf5
+Rank 5: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000005.hdf5
+Rank 6: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000006.hdf5
+Rank 7: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000007.hdf5
+Rank 26: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000026.hdf5
+Rank 8: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000008.hdf5
+Rank 27: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000027.hdf5
+Rank 9: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000009.hdf5
+Rank 25: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000025.hdf5
+Rank 10: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000010.hdf5
+Rank 11: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000011.hdf5
+Rank 12: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000012.hdf5
+Rank 13: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000013.hdf5
+Rank 14: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000014.hdf5
+Rank 15: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000015.hdf5
+Rank 16: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000016.hdf5
+Rank 17: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000017.hdf5
+Rank 18: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000018.hdf5
+Rank 19: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000019.hdf5
+Rank 20: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000020.hdf5
+Rank 21: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000021.hdf5
+Rank 22: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000022.hdf5
+Rank 23: Writing out restart file at run_hyst/class09_pb3_smoke_hysteresis_restart_000000161/rank_0000023.hdf5
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 204354 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.47183e+07, 1.56522e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.76568e+09, 1.52207e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.69394e+09, 3.07297e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.76568e+09, 0 }, { 7.35864e+08, 1.52177e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.2532
+compflowStatistics: Max component CFL number: 5.19128
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30359923.126469627 Pa
+ ( Rflow ) = ( 1.71e-01 ) ; ( Rwell ) = ( 7.35e-12 ) ; ( R ) = ( 1.71e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.99259e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169149 s | Solve Time: 0.0249554 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30358911.21459056 Pa
+ ( Rflow ) = ( 1.33e-02 ) ; ( Rwell ) = ( 8.14e-09 ) ; ( R ) = ( 1.33e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.0321e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168553 s | Solve Time: 0.0252347 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30359027.274408765 Pa
+ ( Rflow ) = ( 1.79e-04 ) ; ( Rwell ) = ( 1.49e-10 ) ; ( R ) = ( 1.79e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.59698e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163808 s | Solve Time: 0.0249238 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30359025.107959382 Pa
+ ( Rflow ) = ( 7.66e-08 ) ; ( Rwell ) = ( 2.37e-12 ) ; ( R ) = ( 7.66e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30359025.107959382 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.60e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0066084 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.031577
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.05e+08s, dt:5e+06s, Cycle: 162
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 204316 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.48235e+07, 1.56512e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.83542e+09, 1.52197e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.74153e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.83542e+09, 0 }, { 7.41128e+08, 1.52166e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.244
+compflowStatistics: Max component CFL number: 5.18906
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30359025.107959382 Pa
+ ( Rflow ) = ( 1.70e-01 ) ; ( Rwell ) = ( 2.39e-12 ) ; ( R ) = ( 1.70e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.06833e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169381 s | Solve Time: 0.0249829 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30357883.73639107 Pa
+ ( Rflow ) = ( 2.76e-02 ) ; ( Rwell ) = ( 7.76e-09 ) ; ( R ) = ( 2.76e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.99472e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016722 s | Solve Time: 0.0249421 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30358183.979854267 Pa
+ ( Rflow ) = ( 7.44e-04 ) ; ( Rwell ) = ( 4.07e-10 ) ; ( R ) = ( 7.44e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.99e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.48783e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164468 s | Solve Time: 0.0250207 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30358179.892126042 Pa
+ ( Rflow ) = ( 1.34e-06 ) ; ( Rwell ) = ( 1.08e-11 ) ; ( R ) = ( 1.34e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30358179.892126042 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 2.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0101417 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0314119
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.1e+08s, dt:5e+06s, Cycle: 163
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93664e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 204055 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.49286e+07, 1.56501e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.90514e+09, 1.52187e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.78911e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.90514e+09, 0 }, { 7.4641e+08, 1.52156e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.2341
+compflowStatistics: Max component CFL number: 5.18688
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30358179.892126042 Pa
+ ( Rflow ) = ( 1.70e-01 ) ; ( Rwell ) = ( 1.08e-11 ) ; ( R ) = ( 1.70e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.63076e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172808 s | Solve Time: 0.025125 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30357279.826769643 Pa
+ ( Rflow ) = ( 1.56e-02 ) ; ( Rwell ) = ( 7.36e-09 ) ; ( R ) = ( 1.56e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.32893e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164074 s | Solve Time: 0.0250428 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30357481.687659994 Pa
+ ( Rflow ) = ( 3.17e-04 ) ; ( Rwell ) = ( 6.53e-11 ) ; ( R ) = ( 3.17e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.38552e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163532 s | Solve Time: 0.0249069 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30357477.020093516 Pa
+ ( Rflow ) = ( 2.23e-07 ) ; ( Rwell ) = ( 2.03e-12 ) ; ( R ) = ( 2.23e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30357477.020093516 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.39e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0090353 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0307372
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.15e+08s, dt:5e+06s, Cycle: 164
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 203831 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.50341e+07, 1.56491e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 9.97507e+09, 1.52176e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.83695e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 9.97507e+09, 0 }, { 7.5148e+08, 1.52146e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.5845
+compflowStatistics: Max component CFL number: 5.18471
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30357477.020093516 Pa
+ ( Rflow ) = ( 1.69e-01 ) ; ( Rwell ) = ( 2.05e-12 ) ; ( R ) = ( 1.69e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.87395e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016855 s | Solve Time: 0.0251316 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30356681.897155374 Pa
+ ( Rflow ) = ( 1.11e-02 ) ; ( Rwell ) = ( 7.08e-09 ) ; ( R ) = ( 1.11e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.64252e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167335 s | Solve Time: 0.0247579 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30356796.073576007 Pa
+ ( Rflow ) = ( 4.26e-04 ) ; ( Rwell ) = ( 1.68e-10 ) ; ( R ) = ( 4.26e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.64e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 1.89365e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166844 s | Solve Time: 0.0249915 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30356793.541153662 Pa
+ ( Rflow ) = ( 6.27e-07 ) ; ( Rwell ) = ( 2.56e-12 ) ; ( R ) = ( 6.27e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30356793.541153662 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 1.89e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00813513 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0310517
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.2e+08s, dt:5e+06s, Cycle: 165
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93665e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 203734 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.51396e+07, 1.5648e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.00451e+10, 1.52166e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.8849e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.00451e+10, 0 }, { 7.56464e+08, 1.52135e+12 } } kg
+compflowStatistics: Max phase CFL number: 35.5737
+compflowStatistics: Max component CFL number: 5.18257
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30356793.541153662 Pa
+ ( Rflow ) = ( 1.68e-01 ) ; ( Rwell ) = ( 2.57e-12 ) ; ( R ) = ( 1.68e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.60136e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167071 s | Solve Time: 0.0249922 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30355858.971957747 Pa
+ ( Rflow ) = ( 2.27e-02 ) ; ( Rwell ) = ( 6.93e-09 ) ; ( R ) = ( 2.27e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.27758e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165729 s | Solve Time: 0.0250103 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30356173.865938257 Pa
+ ( Rflow ) = ( 5.73e-04 ) ; ( Rwell ) = ( 3.79e-10 ) ; ( R ) = ( 5.73e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.08616e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168165 s | Solve Time: 0.0251204 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30356168.711824447 Pa
+ ( Rflow ) = ( 7.12e-07 ) ; ( Rwell ) = ( 9.97e-12 ) ; ( R ) = ( 7.12e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30356168.711824447 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.09e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0104706 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0307906
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.25e+08s, dt:5e+06s, Cycle: 166
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93666e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 203643 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.52454e+07, 1.5647e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01152e+10, 1.52156e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.93297e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01152e+10, 0 }, { 7.61302e+08, 1.52125e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.0564
+compflowStatistics: Max component CFL number: 5.18047
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30356168.711824447 Pa
+ ( Rflow ) = ( 1.68e-01 ) ; ( Rwell ) = ( 9.97e-12 ) ; ( R ) = ( 1.68e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.40889e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163316 s | Solve Time: 0.0251239 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30355346.87430533 Pa
+ ( Rflow ) = ( 1.97e-02 ) ; ( Rwell ) = ( 6.62e-09 ) ; ( R ) = ( 1.97e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.07076e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167027 s | Solve Time: 0.0256095 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30355710.139202442 Pa
+ ( Rflow ) = ( 5.67e-04 ) ; ( Rwell ) = ( 8.67e-10 ) ; ( R ) = ( 5.67e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.5887e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169003 s | Solve Time: 0.0254734 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30355703.6284424 Pa
+ ( Rflow ) = ( 8.53e-07 ) ; ( Rwell ) = ( 1.39e-11 ) ; ( R ) = ( 8.53e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30355703.6284424 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.59e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00643457 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.02996
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.3e+08s, dt:5e+06s, Cycle: 167
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93666e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 203597 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.53517e+07, 1.56459e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.01858e+10, 1.52146e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 6.98142e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.01858e+10, 0 }, { 7.65784e+08, 1.52114e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.067
+compflowStatistics: Max component CFL number: 5.17861
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30355703.6284424 Pa
+ ( Rflow ) = ( 1.67e-01 ) ; ( Rwell ) = ( 1.39e-11 ) ; ( R ) = ( 1.67e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.53191e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169185 s | Solve Time: 0.0250559 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30354950.98551386 Pa
+ ( Rflow ) = ( 1.36e-02 ) ; ( Rwell ) = ( 6.33e-09 ) ; ( R ) = ( 1.36e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.53e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.75098e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166931 s | Solve Time: 0.024851 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30355091.592405654 Pa
+ ( Rflow ) = ( 3.13e-04 ) ; ( Rwell ) = ( 2.13e-10 ) ; ( R ) = ( 3.13e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.44028e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166391 s | Solve Time: 0.0249373 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30355089.133786496 Pa
+ ( Rflow ) = ( 2.42e-07 ) ; ( Rwell ) = ( 4.12e-12 ) ; ( R ) = ( 2.42e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30355089.133786496 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.44e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00609035 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0301614
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.35e+08s, dt:5e+06s, Cycle: 168
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 203683 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.54581e+07, 1.56448e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.02564e+10, 1.52135e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.02995e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.02564e+10, 0 }, { 7.7018e+08, 1.52104e+12 } } kg
+compflowStatistics: Max phase CFL number: 32.0776
+compflowStatistics: Max component CFL number: 5.17679
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30355089.133786496 Pa
+ ( Rflow ) = ( 1.67e-01 ) ; ( Rwell ) = ( 4.12e-12 ) ; ( R ) = ( 1.67e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.57726e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163228 s | Solve Time: 0.0248816 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30354366.466813255 Pa
+ ( Rflow ) = ( 8.91e-03 ) ; ( Rwell ) = ( 6.16e-09 ) ; ( R ) = ( 8.91e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.61344e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167315 s | Solve Time: 0.0251525 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30354409.634914346 Pa
+ ( Rflow ) = ( 8.82e-05 ) ; ( Rwell ) = ( 7.75e-11 ) ; ( R ) = ( 8.82e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.21976e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166969 s | Solve Time: 0.0250424 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30354408.832747106 Pa
+ ( Rflow ) = ( 2.06e-08 ) ; ( Rwell ) = ( 2.80e-13 ) ; ( R ) = ( 2.06e-08 ) ;
+wellControls: BHP (at the specified reference elevation): 30354408.832747106 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.22e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00611111 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0307168
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.4e+08s, dt:5e+06s, Cycle: 169
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 203609 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.55646e+07, 1.56438e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0327e+10, 1.52125e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.07849e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0327e+10, 0 }, { 7.74552e+08, 1.52093e+12 } } kg
+compflowStatistics: Max phase CFL number: 31.5487
+compflowStatistics: Max component CFL number: 5.17501
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30354408.832747106 Pa
+ ( Rflow ) = ( 1.66e-01 ) ; ( Rwell ) = ( 3.60e-13 ) ; ( R ) = ( 1.66e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.56044e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168926 s | Solve Time: 0.0251842 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30353480.91311398 Pa
+ ( Rflow ) = ( 1.51e-02 ) ; ( Rwell ) = ( 6.00e-09 ) ; ( R ) = ( 1.51e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.09492e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167197 s | Solve Time: 0.0248677 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30353653.88289816 Pa
+ ( Rflow ) = ( 4.76e-04 ) ; ( Rwell ) = ( 1.33e-10 ) ; ( R ) = ( 4.76e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.39421e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162463 s | Solve Time: 0.0231463 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30353651.1022537 Pa
+ ( Rflow ) = ( 7.39e-07 ) ; ( Rwell ) = ( 2.44e-11 ) ; ( R ) = ( 7.39e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30353651.1022537 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 8.39e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00665046 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0308842
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.45e+08s, dt:5e+06s, Cycle: 170
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 203462 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.56708e+07, 1.56427e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.03973e+10, 1.52115e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.12667e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.03973e+10, 0 }, { 7.79212e+08, 1.52083e+12 } } kg
+compflowStatistics: Max phase CFL number: 31.5589
+compflowStatistics: Max component CFL number: 5.17324
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30353651.1022537 Pa
+ ( Rflow ) = ( 1.66e-01 ) ; ( Rwell ) = ( 2.44e-11 ) ; ( R ) = ( 1.66e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.83874e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165176 s | Solve Time: 0.0248913 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30352715.43730085 Pa
+ ( Rflow ) = ( 1.65e-02 ) ; ( Rwell ) = ( 5.93e-09 ) ; ( R ) = ( 1.65e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.0027e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167723 s | Solve Time: 0.0250384 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30352906.05434559 Pa
+ ( Rflow ) = ( 2.43e-04 ) ; ( Rwell ) = ( 9.97e-11 ) ; ( R ) = ( 2.43e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.29745e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167305 s | Solve Time: 0.0249872 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30352902.21593565 Pa
+ ( Rflow ) = ( 1.10e-07 ) ; ( Rwell ) = ( 1.64e-12 ) ; ( R ) = ( 1.10e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30352902.21593565 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.30e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00943269 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0305808
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.5e+08s, dt:5e+06s, Cycle: 171
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93666e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 203233 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.57768e+07, 1.56417e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.04676e+10, 1.52105e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.17478e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.04676e+10, 0 }, { 7.83946e+08, 1.52073e+12 } } kg
+compflowStatistics: Max phase CFL number: 31.5694
+compflowStatistics: Max component CFL number: 5.17145
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30352902.21593565 Pa
+ ( Rflow ) = ( 1.66e-01 ) ; ( Rwell ) = ( 1.66e-12 ) ; ( R ) = ( 1.66e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 2.72413e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167825 s | Solve Time: 0.0251047 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30352253.50831936 Pa
+ ( Rflow ) = ( 1.71e-02 ) ; ( Rwell ) = ( 5.62e-09 ) ; ( R ) = ( 1.71e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 2.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.10781e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168582 s | Solve Time: 0.0251909 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30352404.143459518 Pa
+ ( Rflow ) = ( 5.13e-04 ) ; ( Rwell ) = ( 4.47e-10 ) ; ( R ) = ( 5.13e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.34628e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165135 s | Solve Time: 0.0251839 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30352400.820033275 Pa
+ ( Rflow ) = ( 7.74e-07 ) ; ( Rwell ) = ( 3.24e-12 ) ; ( R ) = ( 7.74e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30352400.820033275 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 3.35e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00686664 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0301343
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.55e+08s, dt:5e+06s, Cycle: 172
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 203006 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.58835e+07, 1.56406e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.05384e+10, 1.52094e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.22343e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.05384e+10, 0 }, { 7.88119e+08, 1.52062e+12 } } kg
+compflowStatistics: Max phase CFL number: 31.579
+compflowStatistics: Max component CFL number: 5.16971
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30352400.820033275 Pa
+ ( Rflow ) = ( 1.65e-01 ) ; ( Rwell ) = ( 3.25e-12 ) ; ( R ) = ( 1.65e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.81673e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165452 s | Solve Time: 0.0253033 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30351561.05378449 Pa
+ ( Rflow ) = ( 1.93e-02 ) ; ( Rwell ) = ( 6.86e-09 ) ; ( R ) = ( 1.93e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.95638e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016218 s | Solve Time: 0.0248163 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30351786.175480973 Pa
+ ( Rflow ) = ( 4.15e-04 ) ; ( Rwell ) = ( 1.97e-10 ) ; ( R ) = ( 4.15e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.30276e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165113 s | Solve Time: 0.024762 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30351781.86030446 Pa
+ ( Rflow ) = ( 4.37e-07 ) ; ( Rwell ) = ( 5.36e-12 ) ; ( R ) = ( 4.37e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30351781.86030446 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 15, 4.30e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00427148 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.030349
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.6e+08s, dt:5e+06s, Cycle: 173
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 203012 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.59903e+07, 1.56395e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06093e+10, 1.52084e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.2721e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06093e+10, 0 }, { 7.92293e+08, 1.52052e+12 } } kg
+compflowStatistics: Max phase CFL number: 31.5883
+compflowStatistics: Max component CFL number: 5.16796
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30351781.86030446 Pa
+ ( Rflow ) = ( 1.65e-01 ) ; ( Rwell ) = ( 5.36e-12 ) ; ( R ) = ( 1.65e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.45596e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167175 s | Solve Time: 0.0250781 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350922.2312701 Pa
+ ( Rflow ) = ( 1.77e-02 ) ; ( Rwell ) = ( 5.68e-09 ) ; ( R ) = ( 1.77e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 2.22061e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169297 s | Solve Time: 0.027525 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30351104.943579018 Pa
+ ( Rflow ) = ( 1.01e-03 ) ; ( Rwell ) = ( 3.02e-10 ) ; ( R ) = ( 1.01e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 2.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.55818e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168567 s | Solve Time: 0.0231138 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30351101.865752935 Pa
+ ( Rflow ) = ( 2.62e-06 ) ; ( Rwell ) = ( 7.27e-11 ) ; ( R ) = ( 2.62e-06 ) ;
+wellControls: BHP (at the specified reference elevation): 30351101.865752935 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 7.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0083001 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0306461
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.65e+08s, dt:5e+06s, Cycle: 174
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 202899 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60972e+07, 1.56385e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06801e+10, 1.52074e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.32079e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06801e+10, 0 }, { 7.96445e+08, 1.52041e+12 } } kg
+compflowStatistics: Max phase CFL number: 31.5979
+compflowStatistics: Max component CFL number: 5.16622
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30351101.865752935 Pa
+ ( Rflow ) = ( 1.64e-01 ) ; ( Rwell ) = ( 7.27e-11 ) ; ( R ) = ( 1.64e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.06437e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167834 s | Solve Time: 0.0248005 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350192.461762827 Pa
+ ( Rflow ) = ( 1.29e-02 ) ; ( Rwell ) = ( 6.02e-09 ) ; ( R ) = ( 1.29e-02 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.91932e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161173 s | Solve Time: 0.0250273 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350318.70840741 Pa
+ ( Rflow ) = ( 4.38e-04 ) ; ( Rwell ) = ( 1.36e-10 ) ; ( R ) = ( 4.38e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.76606e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167316 s | Solve Time: 0.0231096 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.48e-07 ) ; ( Rwell ) = ( 2.47e-11 ) ; ( R ) = ( 6.48e-07 ) ;
+wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+wellControls: Total rate: 15.00000000062773 kg/s; total surface volumetric rate: 8.02849025 sm3/s
+wellControls: Phase 0 surface volumetric rate: 8.028490249999386 sm3/s
+wellControls: Phase 1 surface volumetric rate: 6.144412547577255e-13 sm3/s
+ Last LinSolve(iter,res) = ( 14, 8.77e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00703034 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0308573
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.7e+08s, dt:5e+06s, Cycle: 175
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93667e+07, 3.22628e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 202720 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57994e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62037e+07, 1.56374e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07507e+10, 1.52063e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.36924e+09, 3.07302e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07507e+10, 0 }, { 8.00823e+08, 1.52031e+12 } } kg
+compflowStatistics: Max phase CFL number: 31.6079
+compflowStatistics: Max component CFL number: 5.16445
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.23e+00 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.23e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.3681e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168165 s | Solve Time: 0.0165898 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.00e+00 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.00e+00 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.37e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.68e+00 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 43 | Final Rel Res: 6.8437e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166369 s | Solve Time: 0.0838211 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.42e+00 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.42e+00 ) ;
+ Last LinSolve(iter,res) = ( 43, 6.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 60 | Final Rel Res: 9.41461e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162242 s | Solve Time: 0.125432 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.10e+01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.10e+01 ) ;
+ Last LinSolve(iter,res) = ( 60, 9.41e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ Line search @ 0.338: ( Rflow ) = ( 7.99e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 54 | Final Rel Res: 6.74374e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167192 s | Solve Time: 0.109027 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.37e+00 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.37e+00 ) ;
+ Last LinSolve(iter,res) = ( 54, 6.74e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ Line search @ 0.500: ( Rflow ) = ( 4.87e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 56 | Final Rel Res: 8.60561e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164547 s | Solve Time: 0.114984 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.67e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.67e-01 ) ;
+ Last LinSolve(iter,res) = ( 56, 8.61e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.68e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 55 | Final Rel Res: 8.07173e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167974 s | Solve Time: 0.114051 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 6
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.73e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.73e-01 ) ;
+ Last LinSolve(iter,res) = ( 55, 8.07e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.58e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 54 | Final Rel Res: 7.03829e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163514 s | Solve Time: 0.11083 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 7
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.14e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-02 ) ;
+ Last LinSolve(iter,res) = ( 54, 7.04e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 52 | Final Rel Res: 8.97353e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168905 s | Solve Time: 0.106017 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 8
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.94e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.94e-04 ) ;
+ Last LinSolve(iter,res) = ( 52, 8.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 49 | Final Rel Res: 9.53994e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016336 s | Solve Time: 0.0981952 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 9
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.31e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.31e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 49, 9.54e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.526649 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.138802
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 7.75e+08s, dt:5e+06s, Cycle: 176
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93558e+07, 3.22625e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197204, 202437 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62192e+07, 1.56372e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07473e+10, 1.52061e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.39281e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07473e+10, 0 }, { 8.04223e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 12.7273
+compflowStatistics: Max component CFL number: 0.48146
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.90e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.90e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 59 | Final Rel Res: 7.95663e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016586 s | Solve Time: 0.125628 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.04e+00 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e+00 ) ;
+ Last LinSolve(iter,res) = ( 59, 7.96e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ Line search @ 0.500: ( Rflow ) = ( 4.53e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ Line search @ 0.250: ( Rflow ) = ( 2.65e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+false convergence 2
+ Linear Solver | Success | Iterations: 71 | Final Rel Res: 9.89232e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166174 s | Solve Time: 0.146436 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.11e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.11e-01 ) ;
+ Last LinSolve(iter,res) = ( 71, 9.89e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ Line search @ 0.500: ( Rflow ) = ( 3.36e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ Line search @ 0.250: ( Rflow ) = ( 2.40e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 72 | Final Rel Res: 5.66835e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161425 s | Solve Time: 0.15894 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.35e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.35e-01 ) ;
+ Last LinSolve(iter,res) = ( 72, 5.67e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.59e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ Line search @ 0.250: ( Rflow ) = ( 2.16e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 79 | Final Rel Res: 8.85458e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168242 s | Solve Time: 0.182708 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.60e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.60e-01 ) ;
+ Last LinSolve(iter,res) = ( 79, 8.85e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.72e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 81 | Final Rel Res: 5.4641e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162076 s | Solve Time: 0.190539 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.26e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.26e-02 ) ;
+ Last LinSolve(iter,res) = ( 81, 5.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 75 | Final Rel Res: 7.7243e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170029 s | Solve Time: 0.167085 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 6
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.06e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.06e-03 ) ;
+ Last LinSolve(iter,res) = ( 75, 7.72e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 76 | Final Rel Res: 5.3427e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162107 s | Solve Time: 0.169541 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 7
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.25e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.25e-05 ) ;
+ Last LinSolve(iter,res) = ( 76, 5.34e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 76 | Final Rel Res: 5.025e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166471 s | Solve Time: 0.171463 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 8
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.99e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.99e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 76, 5.03e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0776229 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.102688
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 7.8e+08s, dt:5e+06s, Cycle: 177
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93523e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197206, 85953.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62187e+07, 1.56371e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07435e+10, 1.5206e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.41936e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07435e+10, 0 }, { 8.08047e+08, 1.52027e+12 } } kg
+compflowStatistics: Max phase CFL number: 5.8742
+compflowStatistics: Max component CFL number: 0.228223
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.67e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.67e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 82 | Final Rel Res: 8.24897e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172313 s | Solve Time: 0.19267 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.29e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.29e-01 ) ;
+ Last LinSolve(iter,res) = ( 82, 8.25e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ Line search @ 0.500: ( Rflow ) = ( 2.56e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 84 | Final Rel Res: 7.37757e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166378 s | Solve Time: 0.19687 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.03e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.03e-01 ) ;
+ Last LinSolve(iter,res) = ( 84, 7.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 78 | Final Rel Res: 8.1048e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167312 s | Solve Time: 0.176711 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.94e-02 ) ;
+ Last LinSolve(iter,res) = ( 78, 8.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 78 | Final Rel Res: 7.56e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168658 s | Solve Time: 0.1799 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.70e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.70e-03 ) ;
+ Last LinSolve(iter,res) = ( 78, 7.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 74 | Final Rel Res: 6.95806e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165239 s | Solve Time: 0.165007 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 5
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.75e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.75e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 74, 6.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.026255 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0721236
+coupledFlowAndWells: Time-step required will be increased based on state change.
+Time: 7.85e+08s, dt:3.4e+06s, Cycle: 178
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93512e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 81068 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62136e+07, 1.56372e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07391e+10, 1.52061e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.44583e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07391e+10, 0 }, { 8.12423e+08, 1.52027e+12 } } kg
+compflowStatistics: Max phase CFL number: 3.4179
+compflowStatistics: Max component CFL number: 0.139733
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.67e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.67e-01 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 61 | Final Rel Res: 6.36694e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169548 s | Solve Time: 0.128956 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.95e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.95e-01 ) ;
+ Last LinSolve(iter,res) = ( 61, 6.37e-07 ) ;
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ Line search @ 0.500: ( Rflow ) = ( 1.08e-01 ) ; ( Rwell ) = ( 0.00e+00 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 56 | Final Rel Res: 8.23657e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162532 s | Solve Time: 0.116259 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.13e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.13e-02 ) ;
+ Last LinSolve(iter,res) = ( 56, 8.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 59 | Final Rel Res: 9.86928e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165766 s | Solve Time: 0.126517 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.14e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-03 ) ;
+ Last LinSolve(iter,res) = ( 59, 9.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 56 | Final Rel Res: 8.40223e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016692 s | Solve Time: 0.118069 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 4
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.59e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.59e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 56, 8.40e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0105532 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0422756
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.884e+08s, dt:5000s, Cycle: 179
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 81064.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62093e+07, 1.56372e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0736e+10, 1.52061e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.46354e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0736e+10, 0 }, { 8.15592e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.00339744
+compflowStatistics: Max component CFL number: 0.000196038
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.36e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.36e-04 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 5 | Final Rel Res: 4.54779e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016843 s | Solve Time: 0.00803322 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.42e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.42e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 5, 4.55e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00284788 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 6.2209e-05
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.88405e+08s, dt:10000s, Cycle: 180
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 81063.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62093e+07, 1.56372e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0736e+10, 1.52061e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.46357e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0736e+10, 0 }, { 8.15596e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.00679648
+compflowStatistics: Max component CFL number: 0.000392049
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.72e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.72e-04 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 6 | Final Rel Res: 1.97246e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165445 s | Solve Time: 0.00936834 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.34e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.34e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 6, 1.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00106527 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.000124558
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.88415e+08s, dt:20000s, Cycle: 181
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 81063.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62093e+07, 1.56372e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0736e+10, 1.52061e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.46362e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0736e+10, 0 }, { 8.15605e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0135992
+compflowStatistics: Max component CFL number: 0.00078399
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 9.44e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.44e-04 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 6 | Final Rel Res: 4.63697e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159449 s | Solve Time: 0.00971241 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.95e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.95e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 6, 4.64e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000680501 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.000249656
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.88435e+08s, dt:40000s, Cycle: 182
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 81063.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62093e+07, 1.56372e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07359e+10, 1.52061e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.46372e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07359e+10, 0 }, { 8.15623e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.027223
+compflowStatistics: Max component CFL number: 0.00156755
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.89e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.89e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 1.94505e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0176622 s | Solve Time: 0.0139678 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.14e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.14e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 1.95e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000527811 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.000501394
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.88475e+08s, dt:80000s, Cycle: 183
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 81063.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62092e+07, 1.56372e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07359e+10, 1.52061e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.46393e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07359e+10, 0 }, { 8.15658e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.0545439
+compflowStatistics: Max component CFL number: 0.00313339
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.77e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.77e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 4.47997e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0155245 s | Solve Time: 0.0112777 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.76e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.76e-05 ) ;
+ Last LinSolve(iter,res) = ( 7, 4.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 2.24613e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0156115 s | Solve Time: 0.011288 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.81e-11 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.81e-11 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 2.25e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000451958 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00101069
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.88555e+08s, dt:160000s, Cycle: 184
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 81063.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62091e+07, 1.56372e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07358e+10, 1.52061e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.46435e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07358e+10, 0 }, { 8.15728e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.109477
+compflowStatistics: Max component CFL number: 0.0062599
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.54e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.54e-03 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 8 | Final Rel Res: 2.6653e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171835 s | Solve Time: 0.0131685 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.41e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.41e-05 ) ;
+ Last LinSolve(iter,res) = ( 8, 2.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 7 | Final Rel Res: 9.59096e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016056 s | Solve Time: 0.0113457 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.95e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.95e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 7, 9.59e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000472255 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0020518
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.88715e+08s, dt:320000s, Cycle: 185
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62089e+07, 1.56372e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07357e+10, 1.52061e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.46519e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07357e+10, 0 }, { 8.15869e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.220432
+compflowStatistics: Max component CFL number: 0.0124921
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.51e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.51e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.78055e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169122 s | Solve Time: 0.0149439 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.56e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.56e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.22243e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0185249 s | Solve Time: 0.0148235 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.68e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.68e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 4.22e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00277718 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00420354
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.89035e+08s, dt:640000s, Cycle: 186
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62085e+07, 1.56372e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07354e+10, 1.52061e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.46687e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07354e+10, 0 }, { 8.16145e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.446444
+compflowStatistics: Max component CFL number: 0.0248721
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.06473e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167865 s | Solve Time: 0.01975 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.89e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.89e-03 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.06e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 8.19141e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162207 s | Solve Time: 0.0165306 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.52e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.52e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 8.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00370602 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00863237
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.89675e+08s, dt:1e+06s, Cycle: 187
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62078e+07, 1.56372e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07349e+10, 1.52061e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.47023e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07349e+10, 0 }, { 8.16688e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.507992
+compflowStatistics: Max component CFL number: 0.038503
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.67e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.67e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.42863e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160659 s | Solve Time: 0.0233124 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.72e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.72e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.43e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.24438e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166498 s | Solve Time: 0.019984 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.32e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.32e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 9.24e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00212018 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0138227
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.90675e+08s, dt:1e+06s, Cycle: 188
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93509e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81063.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62065e+07, 1.56372e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0734e+10, 1.52061e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.47546e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0734e+10, 0 }, { 8.17558e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.439731
+compflowStatistics: Max component CFL number: 0.0380054
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.64e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.64e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.11017e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167564 s | Solve Time: 0.0234113 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 8.30e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.30e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.88688e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165404 s | Solve Time: 0.0196458 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 9.54e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.54e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.89e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0019618 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0139995
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.91675e+08s, dt:1e+06s, Cycle: 189
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 81063.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62052e+07, 1.56373e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07331e+10, 1.52061e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.48065e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07331e+10, 0 }, { 8.18442e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.452965
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.61e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.61e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.60529e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167643 s | Solve Time: 0.0231364 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.62e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.62e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.81568e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164729 s | Solve Time: 0.019857 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.29e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.29e-04 ) ;
+ Last LinSolve(iter,res) = ( 12, 5.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.69757e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016859 s | Solve Time: 0.0167716 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.98e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.98e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 9.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00186201 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0139396
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.92675e+08s, dt:1e+06s, Cycle: 190
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 81063.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62039e+07, 1.56373e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07322e+10, 1.52062e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.48582e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07322e+10, 0 }, { 8.19343e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.459416
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.58e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.58e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.75582e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164337 s | Solve Time: 0.0234374 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.82e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.82e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.76e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.68731e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164892 s | Solve Time: 0.0199878 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 8.65e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.65e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 6.69e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00194741 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0135455
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.93675e+08s, dt:1e+06s, Cycle: 191
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62026e+07, 1.56373e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07313e+10, 1.52062e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.49095e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07313e+10, 0 }, { 8.20262e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.466266
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.54e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.54e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.45536e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168196 s | Solve Time: 0.0232197 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.77e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.77e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.32826e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167781 s | Solve Time: 0.018167 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.16e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.16e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 8.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.90266e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165857 s | Solve Time: 0.0182752 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.28e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.28e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 9.90e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00545359 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.012538
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.94675e+08s, dt:1e+06s, Cycle: 192
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62013e+07, 1.56373e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07304e+10, 1.52062e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.4961e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07304e+10, 0 }, { 8.21147e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.704222
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.49e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.49e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.82795e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161892 s | Solve Time: 0.0232714 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.03e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.03e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.90917e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164732 s | Solve Time: 0.0184504 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.80e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.80e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.91e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.50132e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165929 s | Solve Time: 0.0181163 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.29e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.29e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 8.50e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00272581 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.011012
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.95675e+08s, dt:1e+06s, Cycle: 193
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81063.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.62e+07, 1.56373e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07295e+10, 1.52062e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.50124e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07295e+10, 0 }, { 8.22032e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.672039
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.43e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.43e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.70023e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170073 s | Solve Time: 0.0233519 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.27e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.27e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.8307e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0173647 s | Solve Time: 0.0182813 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.72e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.72e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 5.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.7409e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016556 s | Solve Time: 0.0198018 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.95e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.95e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.74e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00343722 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00989047
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.96675e+08s, dt:1e+06s, Cycle: 194
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81063.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61987e+07, 1.56373e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07287e+10, 1.52062e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.50638e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07287e+10, 0 }, { 8.2291e+08, 1.52028e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.62406
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.37e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.37e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.75353e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164445 s | Solve Time: 0.0231633 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.70e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.70e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.62271e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161302 s | Solve Time: 0.0181051 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.97e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.97e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 6.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.14404e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162231 s | Solve Time: 0.0196947 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.09e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.09e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00421425 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00912045
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.97675e+08s, dt:1e+06s, Cycle: 195
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81063.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61974e+07, 1.56373e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07278e+10, 1.52062e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.51147e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07278e+10, 0 }, { 8.23809e+08, 1.52029e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.567152
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.50043e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167304 s | Solve Time: 0.0215895 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.79e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.79e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 9.50e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.24463e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167038 s | Solve Time: 0.0182419 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.64e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.64e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.24e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00404123 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00869932
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.98675e+08s, dt:1e+06s, Cycle: 196
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93508e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197208, 81063.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6196e+07, 1.56374e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07268e+10, 1.52062e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.51653e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07268e+10, 0 }, { 8.24729e+08, 1.52029e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.506837
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.27e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.27e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 7.88561e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165761 s | Solve Time: 0.0213598 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.25e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.25e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 7.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.83888e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.01683 s | Solve Time: 0.0200382 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.69e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.69e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 5.84e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00347335 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00901954
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 7.99675e+08s, dt:325000s, Cycle: 197
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81063.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61947e+07, 1.56374e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07259e+10, 1.52063e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.52156e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07259e+10, 0 }, { 8.25671e+08, 1.52029e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.152331
+compflowStatistics: Max component CFL number: 0.0123081
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.38e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.38e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.78271e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163744 s | Solve Time: 0.0149153 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.44e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.44e-04 ) ;
+ Last LinSolve(iter,res) = ( 9, 2.78e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 2.68909e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165023 s | Solve Time: 0.0148701 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 9.51e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.51e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 2.69e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00113211 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00296213
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8e+08s, dt:650000s, Cycle: 198
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81063.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61942e+07, 1.56374e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07256e+10, 1.52063e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.52318e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07256e+10, 0 }, { 8.2598e+08, 1.52029e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.325281
+compflowStatistics: Max component CFL number: 0.0246162
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.74e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.74e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.32657e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166038 s | Solve Time: 0.018152 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.43e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.43e-03 ) ;
+ Last LinSolve(iter,res) = ( 11, 4.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 3.70222e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164347 s | Solve Time: 0.0164266 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.84e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.84e-05 ) ;
+ Last LinSolve(iter,res) = ( 10, 3.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 2.9869e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016599 s | Solve Time: 0.0165411 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.86e-11 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.86e-11 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 2.99e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00213607 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00605535
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0065e+08s, dt:1e+06s, Cycle: 199
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81064 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61933e+07, 1.56374e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0725e+10, 1.52063e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.52643e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0725e+10, 0 }, { 8.26606e+08, 1.52029e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.457456
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.17445e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168689 s | Solve Time: 0.0215456 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.88e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.88e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 9.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.71263e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167264 s | Solve Time: 0.0197027 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.93e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.93e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.71e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 10 | Final Rel Res: 9.49324e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162165 s | Solve Time: 0.0164525 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.74e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.74e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 10, 9.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00256354 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00956418
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0165e+08s, dt:1e+06s, Cycle: 200
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81064 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61919e+07, 1.56374e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0724e+10, 1.52063e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.53138e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0724e+10, 0 }, { 8.27593e+08, 1.52029e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.403544
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.18e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.18e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.92436e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160885 s | Solve Time: 0.0230781 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.82e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.82e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.80997e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165841 s | Solve Time: 0.0249833 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.28e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.28e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 8.81e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00209503 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00973186
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0265e+08s, dt:1e+06s, Cycle: 201
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81064.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61904e+07, 1.56374e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0723e+10, 1.52063e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.53631e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0723e+10, 0 }, { 8.28595e+08, 1.52029e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.581973
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.15e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.15e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.88329e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172263 s | Solve Time: 0.0216339 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.47e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.47e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 8.88e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.30763e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166117 s | Solve Time: 0.0198673 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.81e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.81e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 9.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.07697e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169027 s | Solve Time: 0.0214277 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.95e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.95e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 5.08e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00210851 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00977665
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0365e+08s, dt:1e+06s, Cycle: 202
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81064.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6189e+07, 1.56374e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0722e+10, 1.52063e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.54127e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0722e+10, 0 }, { 8.29555e+08, 1.52029e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.581874
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.13e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.13e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.55024e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162603 s | Solve Time: 0.0230936 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.25e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.25e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.65825e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161341 s | Solve Time: 0.0196142 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.51e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.51e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.4652e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161674 s | Solve Time: 0.0214126 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.20e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.20e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 3.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00448643 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00968573
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0465e+08s, dt:1e+06s, Cycle: 203
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81064.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61877e+07, 1.56374e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07211e+10, 1.52063e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.54628e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07211e+10, 0 }, { 8.30451e+08, 1.52029e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.576501
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.11e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.11e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.01228e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165919 s | Solve Time: 0.0231908 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.80e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.80e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.23206e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170353 s | Solve Time: 0.0197846 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.69e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.69e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.23e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0016296 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00944866
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0565e+08s, dt:1e+06s, Cycle: 204
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81064.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61863e+07, 1.56374e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07202e+10, 1.52063e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.55124e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07202e+10, 0 }, { 8.31369e+08, 1.52029e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.565383
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.26421e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168203 s | Solve Time: 0.023199 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.93e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.56542e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166018 s | Solve Time: 0.0213635 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.32e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.32e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 5.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.08593e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162023 s | Solve Time: 0.0212751 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.32e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 5.09e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00232092 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00904188
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0665e+08s, dt:1e+06s, Cycle: 205
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81064.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61849e+07, 1.56375e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07193e+10, 1.52064e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.5562e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07193e+10, 0 }, { 8.32278e+08, 1.5203e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.554277
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.08e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.08e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.11256e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161274 s | Solve Time: 0.0231592 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.30e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.30e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.11615e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167769 s | Solve Time: 0.0198427 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.53e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.53e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 8.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.56973e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168897 s | Solve Time: 0.0196526 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.42e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.42e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.57e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00438716 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00868369
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0765e+08s, dt:1e+06s, Cycle: 206
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81064.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61836e+07, 1.56375e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07184e+10, 1.52064e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.56118e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07184e+10, 0 }, { 8.33153e+08, 1.5203e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.549212
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.06e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.06e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.14462e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166451 s | Solve Time: 0.0212005 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.57e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.57e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 9.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.80751e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168119 s | Solve Time: 0.0180808 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.75e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.75e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 8.81e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00137286 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0086896
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0865e+08s, dt:1e+06s, Cycle: 207
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81064.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61823e+07, 1.56375e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07175e+10, 1.52064e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.56613e+09, 3.07298e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07175e+10, 0 }, { 8.3404e+08, 1.5203e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.537816
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.04e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.04e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.26475e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163551 s | Solve Time: 0.0215113 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.72e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.72e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 8.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.52659e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016554 s | Solve Time: 0.0198023 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.72e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.72e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 7.53e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00139632 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00861049
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.0965e+08s, dt:1e+06s, Cycle: 208
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81064.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6181e+07, 1.56375e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07166e+10, 1.52064e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.57105e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07166e+10, 0 }, { 8.34944e+08, 1.5203e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.519686
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.03e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.03e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.68517e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167317 s | Solve Time: 0.0215213 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.16e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.16e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 8.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.68975e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168837 s | Solve Time: 0.0180989 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.27e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.27e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 9.69e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00149616 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00843375
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1065e+08s, dt:1e+06s, Cycle: 209
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81064.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61796e+07, 1.56375e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07157e+10, 1.52064e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.57593e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07157e+10, 0 }, { 8.35871e+08, 1.5203e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.509063
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.01e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.01e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.0693e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170544 s | Solve Time: 0.0215064 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.24e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.24e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 8.07e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.92959e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0172067 s | Solve Time: 0.0198345 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.02e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.93e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00152618 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00827664
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1165e+08s, dt:1e+06s, Cycle: 210
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81064.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61783e+07, 1.56375e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07148e+10, 1.52064e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.58079e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07148e+10, 0 }, { 8.36809e+08, 1.5203e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.492776
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.24163e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167042 s | Solve Time: 0.0214512 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.94e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 5.24e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.90192e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165353 s | Solve Time: 0.0197541 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.01e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.01e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.90e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00185246 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00829517
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1265e+08s, dt:1e+06s, Cycle: 211
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81064.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61769e+07, 1.56375e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07138e+10, 1.52064e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.58565e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07138e+10, 0 }, { 8.37726e+08, 1.5203e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.476955
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.96e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.96e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.35399e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016414 s | Solve Time: 0.0215629 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.49e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.49e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 5.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.82769e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167499 s | Solve Time: 0.0197546 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.57e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.57e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.14288e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171943 s | Solve Time: 0.0181198 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.29e-11 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.29e-11 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00316718 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0083093
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1365e+08s, dt:1e+06s, Cycle: 212
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81064.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61756e+07, 1.56376e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0713e+10, 1.52065e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.59053e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0713e+10, 0 }, { 8.38612e+08, 1.5203e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.46145
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.45228e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016897 s | Solve Time: 0.0214061 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.76e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.76e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.45e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.18312e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168474 s | Solve Time: 0.0180512 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.79e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.79e-05 ) ;
+ Last LinSolve(iter,res) = ( 11, 7.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 5.77607e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166441 s | Solve Time: 0.0181118 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.41e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.41e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 5.78e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0014007 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00832794
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1465e+08s, dt:1e+06s, Cycle: 213
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81064.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61743e+07, 1.56376e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07121e+10, 1.52065e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.5954e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07121e+10, 0 }, { 8.39508e+08, 1.5203e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.446044
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.91e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.91e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.15197e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169156 s | Solve Time: 0.0216465 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.63e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.63e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 5.15e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.01616e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162754 s | Solve Time: 0.0214252 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.70e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.70e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 6.02e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.65757e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170743 s | Solve Time: 0.0215809 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.47e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.47e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 6.66e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00156647 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00822616
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1565e+08s, dt:1e+06s, Cycle: 214
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81065 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6173e+07, 1.56376e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07112e+10, 1.52065e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.60024e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07112e+10, 0 }, { 8.40409e+08, 1.52031e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.430448
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.88e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.88e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.51044e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016967 s | Solve Time: 0.0232224 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.97e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.97e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.98655e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016683 s | Solve Time: 0.0196112 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.19e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.19e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 7.99e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00268578 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00783345
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1665e+08s, dt:1e+06s, Cycle: 215
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81065.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61717e+07, 1.56376e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07103e+10, 1.52065e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.60508e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07103e+10, 0 }, { 8.41304e+08, 1.52031e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.414673
+compflowStatistics: Max component CFL number: 0.0378711
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.85e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.85e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.40768e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169213 s | Solve Time: 0.0231774 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.22e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.22e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.71591e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163518 s | Solve Time: 0.0197094 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.71e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.71e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 6.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00139937 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00734409
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1765e+08s, dt:1e+06s, Cycle: 216
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81065.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61703e+07, 1.56376e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07093e+10, 1.52065e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.60988e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07093e+10, 0 }, { 8.42222e+08, 1.52031e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.398181
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.94961e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165224 s | Solve Time: 0.0230048 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.60e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.60e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.35388e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170044 s | Solve Time: 0.0214174 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.97e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.97e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 5.35e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00147288 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00672593
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1865e+08s, dt:1e+06s, Cycle: 217
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81065.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61689e+07, 1.56376e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07084e+10, 1.52065e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.61465e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07084e+10, 0 }, { 8.43163e+08, 1.52031e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.381249
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.78e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.78e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.646e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0171807 s | Solve Time: 0.0231294 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.72e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.72e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.46685e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169984 s | Solve Time: 0.0198405 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.95e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.95e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 9.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00152299 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00680839
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.1965e+08s, dt:1e+06s, Cycle: 218
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61675e+07, 1.56376e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07074e+10, 1.52066e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.61939e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07074e+10, 0 }, { 8.44127e+08, 1.52031e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.37118
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.75e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.75e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.33325e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016804 s | Solve Time: 0.0232216 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.23e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.23e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.62837e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163754 s | Solve Time: 0.0213901 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.44e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.44e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.63e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.98403e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162989 s | Solve Time: 0.0213684 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 9.86e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.86e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 6.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00152886 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00686977
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2065e+08s, dt:1e+06s, Cycle: 219
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81065.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61661e+07, 1.56376e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07065e+10, 1.52066e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.62412e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07065e+10, 0 }, { 8.45089e+08, 1.52031e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.353875
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.73e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.73e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.53548e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162761 s | Solve Time: 0.0230985 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.46e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.46e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 9.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.83437e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169775 s | Solve Time: 0.0197234 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 8.66e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.66e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00160589 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.006845
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2165e+08s, dt:1e+06s, Cycle: 220
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81065.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61647e+07, 1.56377e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07055e+10, 1.52066e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.62885e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07055e+10, 0 }, { 8.46048e+08, 1.52031e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.343514
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.71e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.71e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.21874e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169994 s | Solve Time: 0.0230794 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.38e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.38e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.22e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.97194e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163353 s | Solve Time: 0.0195458 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.49e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.49e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 6.97e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0020726 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00678779
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2265e+08s, dt:1e+06s, Cycle: 221
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81065.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61634e+07, 1.56377e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07046e+10, 1.52066e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.63359e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07046e+10, 0 }, { 8.46983e+08, 1.52031e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.328596
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.70e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.70e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.09419e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016667 s | Solve Time: 0.0229747 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.22e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.22e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.69784e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162127 s | Solve Time: 0.0214458 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.16e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.16e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 4.70e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00161466 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0068413
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2365e+08s, dt:1e+06s, Cycle: 222
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81065.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6162e+07, 1.56377e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07036e+10, 1.52066e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.6383e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07036e+10, 0 }, { 8.47927e+08, 1.52031e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.332128
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.69e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.69e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.58382e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160244 s | Solve Time: 0.0232004 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.12e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.12e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.7269e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168115 s | Solve Time: 0.0197793 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.34e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.34e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 5.73e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0059946 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00694746
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2465e+08s, dt:1e+06s, Cycle: 223
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81065.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61606e+07, 1.56377e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07027e+10, 1.52066e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.64305e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07027e+10, 0 }, { 8.48832e+08, 1.52032e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.309632
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.68e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.68e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.6986e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163229 s | Solve Time: 0.0230995 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.13e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.13e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.70e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.66348e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162339 s | Solve Time: 0.0196772 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.20e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.20e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 9.66e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00177043 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00702005
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2565e+08s, dt:1e+06s, Cycle: 224
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81065.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61593e+07, 1.56377e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07018e+10, 1.52066e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.64778e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07018e+10, 0 }, { 8.49743e+08, 1.52032e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.346066
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.68e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.68e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.14354e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160916 s | Solve Time: 0.0229348 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.52e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.52e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.27754e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160664 s | Solve Time: 0.0231734 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.54e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.54e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.28e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.37461e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162875 s | Solve Time: 0.0230661 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 9.33e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.33e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 4.37e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00334166 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00704589
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2665e+08s, dt:1e+06s, Cycle: 225
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81065.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6158e+07, 1.56377e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07009e+10, 1.52067e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.65253e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07009e+10, 0 }, { 8.50618e+08, 1.52032e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.300925
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.66e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.66e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.16043e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166087 s | Solve Time: 0.0231279 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.52e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.52e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.16e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.31486e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016602 s | Solve Time: 0.0217408 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.35e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.35e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 3.31e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00414437 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00701571
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2765e+08s, dt:1e+06s, Cycle: 226
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81065.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61567e+07, 1.56377e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.07001e+10, 1.52067e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.6573e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.07001e+10, 0 }, { 8.51476e+08, 1.52032e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.319927
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.65e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.65e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.4074e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165637 s | Solve Time: 0.0233008 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.30e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.30e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.90359e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166335 s | Solve Time: 0.0213109 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.05e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.05e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 6.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.12532e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166163 s | Solve Time: 0.0215641 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.10e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.10e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 6.13e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0030724 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00693928
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2865e+08s, dt:1e+06s, Cycle: 227
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81065.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61555e+07, 1.56378e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06992e+10, 1.52067e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.66206e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06992e+10, 0 }, { 8.52325e+08, 1.52032e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.305362
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.63e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.63e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.67034e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163992 s | Solve Time: 0.0213785 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.36e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.36e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 9.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.45553e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160461 s | Solve Time: 0.0230246 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.36e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.36e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.31291e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016663 s | Solve Time: 0.0213219 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.72e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.72e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 9.31e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00268391 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00683102
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.2965e+08s, dt:1e+06s, Cycle: 228
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81066 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61542e+07, 1.56378e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06984e+10, 1.52067e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.66682e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06984e+10, 0 }, { 8.53158e+08, 1.52032e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.309705
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.61e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.61e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.10941e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166454 s | Solve Time: 0.0229718 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.01e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.01e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.11e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.82556e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165995 s | Solve Time: 0.0198434 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.21e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.21e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 4.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.15864e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166509 s | Solve Time: 0.0197898 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.39e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.39e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00536059 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00664733
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3065e+08s, dt:1e+06s, Cycle: 229
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81066 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6153e+07, 1.56378e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06976e+10, 1.52067e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.67161e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06976e+10, 0 }, { 8.53951e+08, 1.52032e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.310227
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.59e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.59e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.96775e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162654 s | Solve Time: 0.0234628 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.80e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.80e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.98897e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167437 s | Solve Time: 0.019712 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.30e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.30e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 7.99e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00290707 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00649508
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3165e+08s, dt:1e+06s, Cycle: 230
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81066.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61519e+07, 1.56378e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06968e+10, 1.52067e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.6764e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06968e+10, 0 }, { 8.5473e+08, 1.52032e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.310663
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.57e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.57e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.38118e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163285 s | Solve Time: 0.0231205 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.84e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.84e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 6.84249e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166514 s | Solve Time: 0.0179867 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.18e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.18e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 6.84e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00483025 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00637493
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3265e+08s, dt:1e+06s, Cycle: 231
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81066.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61507e+07, 1.56378e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06961e+10, 1.52067e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.68119e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06961e+10, 0 }, { 8.55485e+08, 1.52032e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.315267
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.55e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.55e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.94936e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167887 s | Solve Time: 0.023209 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.65e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.65e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.88821e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167816 s | Solve Time: 0.0214657 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.02e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.02e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.34035e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167245 s | Solve Time: 0.0212866 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.63e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.63e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 4.34e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00642957 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00615764
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3365e+08s, dt:1e+06s, Cycle: 232
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81066.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61497e+07, 1.56378e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06954e+10, 1.52067e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.686e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06954e+10, 0 }, { 8.56205e+08, 1.52032e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.315609
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.52e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.52e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.97376e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163004 s | Solve Time: 0.0230161 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.15e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.15e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.97e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 7.07824e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160364 s | Solve Time: 0.0179799 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.77e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.77e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 7.08e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00191491 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00582579
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3465e+08s, dt:1e+06s, Cycle: 233
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81066.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61486e+07, 1.56378e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06946e+10, 1.52068e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.6908e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06946e+10, 0 }, { 8.56927e+08, 1.52033e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.320221
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.50e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.50e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.34961e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163049 s | Solve Time: 0.0230343 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.82e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.82e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.69158e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167934 s | Solve Time: 0.0198027 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.24e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.24e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.98126e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167506 s | Solve Time: 0.0197577 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.55e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.55e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 7.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00239566 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0059415
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3565e+08s, dt:1e+06s, Cycle: 234
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81066.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61475e+07, 1.56378e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06939e+10, 1.52068e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.6956e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06939e+10, 0 }, { 8.57639e+08, 1.52033e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.320234
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.48e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.48e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.38497e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166745 s | Solve Time: 0.0231666 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.16e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.16e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.81587e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163593 s | Solve Time: 0.017953 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 9.26e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.26e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 9.82e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00255748 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00603285
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3665e+08s, dt:1e+06s, Cycle: 235
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81066.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61465e+07, 1.56378e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06932e+10, 1.52068e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.7004e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06932e+10, 0 }, { 8.58332e+08, 1.52033e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.319993
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.47e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.47e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.09955e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165215 s | Solve Time: 0.0230815 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.66e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.66e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.54497e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162792 s | Solve Time: 0.0215328 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 8.02e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.02e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 3.54e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0012733 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00610131
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3765e+08s, dt:1e+06s, Cycle: 236
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81066.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61455e+07, 1.56379e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06925e+10, 1.52068e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.70518e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06925e+10, 0 }, { 8.59039e+08, 1.52033e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.324333
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.46e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.46e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.01716e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016546 s | Solve Time: 0.0230784 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.90e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.90e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.02e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 4.2865e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164796 s | Solve Time: 0.0179718 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.23e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.23e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 4.29e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00137863 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00615532
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3865e+08s, dt:1e+06s, Cycle: 237
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93507e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81066.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61444e+07, 1.56379e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06918e+10, 1.52068e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.70993e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06918e+10, 0 }, { 8.59759e+08, 1.52033e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.323522
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.45e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.45e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.45626e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166798 s | Solve Time: 0.0231221 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.24e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.24e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.58104e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167761 s | Solve Time: 0.0179865 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.44e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.44e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 8.58e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00143831 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0061617
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.3965e+08s, dt:1e+06s, Cycle: 238
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81066.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61434e+07, 1.56379e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06911e+10, 1.52068e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.71466e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06911e+10, 0 }, { 8.60492e+08, 1.52033e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.327441
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.45e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.45e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.65976e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161724 s | Solve Time: 0.0229112 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.38e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.38e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.78776e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159238 s | Solve Time: 0.0212188 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.99e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.99e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 4.79e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00151204 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00618322
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4065e+08s, dt:1e+06s, Cycle: 239
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81066.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61423e+07, 1.56379e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06903e+10, 1.52068e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.71936e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06903e+10, 0 }, { 8.61241e+08, 1.52033e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.325886
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.44e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.44e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.0094e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163026 s | Solve Time: 0.0230246 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.55e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.55e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.2282e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165286 s | Solve Time: 0.0213783 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.56e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.56e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 6.84517e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166003 s | Solve Time: 0.026065 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 8.02e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.02e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 6.85e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00290253 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0062293
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4165e+08s, dt:1e+06s, Cycle: 240
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81066.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61412e+07, 1.56379e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06896e+10, 1.52068e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.72405e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06896e+10, 0 }, { 8.61978e+08, 1.52033e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.323185
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.43e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.43e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.13357e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163633 s | Solve Time: 0.0229653 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.34e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.34e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 9.63367e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160119 s | Solve Time: 0.0180009 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.58e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.58e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 9.63e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00133484 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0062288
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4265e+08s, dt:1e+06s, Cycle: 241
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61401e+07, 1.56379e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06889e+10, 1.52068e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.72872e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06889e+10, 0 }, { 8.6272e+08, 1.52033e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.321238
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.43e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.43e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.48684e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162756 s | Solve Time: 0.0231097 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.52e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.52e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.49e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.2355e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165625 s | Solve Time: 0.0197592 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.09e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.09e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 8.24e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00139542 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00618493
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4365e+08s, dt:1e+06s, Cycle: 242
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6139e+07, 1.56379e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06881e+10, 1.52069e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.73335e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06881e+10, 0 }, { 8.63476e+08, 1.52033e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.319982
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.42e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.42e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.58784e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163488 s | Solve Time: 0.0229932 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.96e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.96e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 6.59e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.27363e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167955 s | Solve Time: 0.0213514 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 8.39e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.39e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 8.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 11 | Final Rel Res: 8.84286e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164819 s | Solve Time: 0.0180319 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.83e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.83e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 11, 8.84e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00649106 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00607365
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4465e+08s, dt:1e+06s, Cycle: 243
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6138e+07, 1.56379e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06874e+10, 1.52069e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.73803e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06874e+10, 0 }, { 8.64182e+08, 1.52033e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.371112
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.40e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.40e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.6026e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165737 s | Solve Time: 0.0230886 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.82e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.82e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.60e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.27376e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162095 s | Solve Time: 0.02142 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.88e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.88e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 4.27e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00455947 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00590432
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4565e+08s, dt:1e+06s, Cycle: 244
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6137e+07, 1.56379e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06867e+10, 1.52069e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.74272e+09, 3.07299e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06867e+10, 0 }, { 8.64854e+08, 1.52033e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.37092
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.39e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.39e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.45948e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162233 s | Solve Time: 0.0231276 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.98e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.98e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.46e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 7.81218e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163983 s | Solve Time: 0.0196672 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 9.06e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.06e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 7.81e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00319549 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00597914
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4665e+08s, dt:1e+06s, Cycle: 245
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6136e+07, 1.5638e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06861e+10, 1.52069e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.74743e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06861e+10, 0 }, { 8.6551e+08, 1.52034e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.370949
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.38e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.38e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.27067e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165555 s | Solve Time: 0.023272 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.73e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.73e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.96438e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166153 s | Solve Time: 0.0214626 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.39e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.39e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 6.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0017079 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00599997
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4765e+08s, dt:1e+06s, Cycle: 246
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6135e+07, 1.5638e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06854e+10, 1.52069e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.75211e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06854e+10, 0 }, { 8.66167e+08, 1.52034e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.371252
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.37e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.37e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.203e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165845 s | Solve Time: 0.0229872 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.60e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.60e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.61891e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162785 s | Solve Time: 0.0197643 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.32e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.32e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 8.62e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00173915 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00599056
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4865e+08s, dt:1e+06s, Cycle: 247
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61341e+07, 1.5638e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06847e+10, 1.52069e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.75677e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06847e+10, 0 }, { 8.66833e+08, 1.52034e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.367987
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.36e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.36e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.01416e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164434 s | Solve Time: 0.0230578 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.30e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.30e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 5.01e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.48846e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164686 s | Solve Time: 0.0197074 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.83e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.83e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 8.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00167336 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00592459
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.4965e+08s, dt:1e+06s, Cycle: 248
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61331e+07, 1.5638e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06841e+10, 1.52069e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.7614e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06841e+10, 0 }, { 8.67512e+08, 1.52034e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.368707
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.35e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.35e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.94585e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166005 s | Solve Time: 0.0231256 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.09e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 4.58942e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164291 s | Solve Time: 0.0197869 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 8.80e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.80e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 4.59e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00134298 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00580672
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5065e+08s, dt:1e+06s, Cycle: 249
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61321e+07, 1.5638e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06834e+10, 1.52069e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.76601e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06834e+10, 0 }, { 8.68204e+08, 1.52034e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.365842
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.34e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.34e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.60842e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166441 s | Solve Time: 0.0231248 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.99e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.99e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.61e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.99587e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166109 s | Solve Time: 0.0198715 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.14e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.14e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 6.00e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.24107e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162568 s | Solve Time: 0.0214163 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.45e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.45e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 4.24e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00474016 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00563109
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5165e+08s, dt:1e+06s, Cycle: 250
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61311e+07, 1.5638e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06827e+10, 1.52069e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.77062e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06827e+10, 0 }, { 8.68867e+08, 1.52034e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.366936
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.32e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.32e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.83343e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160533 s | Solve Time: 0.0230809 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.62e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.62e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 4.83e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.08906e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163512 s | Solve Time: 0.0214187 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.22e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.22e-05 ) ;
+ Last LinSolve(iter,res) = ( 13, 4.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 9.00893e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164004 s | Solve Time: 0.0196924 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.74e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.74e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 9.01e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00353355 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0055535
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5265e+08s, dt:1e+06s, Cycle: 251
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61301e+07, 1.5638e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06821e+10, 1.5207e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.77526e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06821e+10, 0 }, { 8.69499e+08, 1.52034e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.364374
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.31e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.31e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.6757e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164242 s | Solve Time: 0.0214178 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.75e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.75e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 8.68e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.91634e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166576 s | Solve Time: 0.0196942 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.51e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.51e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 5.92e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00196534 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00558006
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5365e+08s, dt:1e+06s, Cycle: 252
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61292e+07, 1.5638e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06814e+10, 1.5207e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.77988e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06814e+10, 0 }, { 8.70127e+08, 1.52034e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.36576
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.30e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.30e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 7.87517e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016143 s | Solve Time: 0.0213506 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.49e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.49e-03 ) ;
+ Last LinSolve(iter,res) = ( 13, 7.88e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.92657e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164592 s | Solve Time: 0.026477 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.54e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.54e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 16, 3.93e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00119085 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00555071
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5465e+08s, dt:1e+06s, Cycle: 253
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61283e+07, 1.5638e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06808e+10, 1.5207e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.78448e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06808e+10, 0 }, { 8.70767e+08, 1.52034e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.363475
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.29e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.29e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 5.25261e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164401 s | Solve Time: 0.0285289 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.62e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.62e-03 ) ;
+ Last LinSolve(iter,res) = ( 17, 5.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.76444e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166334 s | Solve Time: 0.0248191 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.53e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.53e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 5.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00128031 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00542796
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5565e+08s, dt:1e+06s, Cycle: 254
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61273e+07, 1.5638e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06802e+10, 1.5207e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.78906e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06802e+10, 0 }, { 8.7142e+08, 1.52034e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.361341
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.27e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.27e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 4.34709e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167298 s | Solve Time: 0.0281066 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.77e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.77e-03 ) ;
+ Last LinSolve(iter,res) = ( 17, 4.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 9.61517e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163568 s | Solve Time: 0.028261 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.65e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.65e-05 ) ;
+ Last LinSolve(iter,res) = ( 17, 9.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 9.45333e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166858 s | Solve Time: 0.0283313 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 8.23e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.23e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 17, 9.45e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0029031 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00529089
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5665e+08s, dt:1e+06s, Cycle: 255
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61264e+07, 1.5638e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06795e+10, 1.5207e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.79363e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06795e+10, 0 }, { 8.72059e+08, 1.52034e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.359373
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.26e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.26e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 9.4795e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163232 s | Solve Time: 0.0266459 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.10e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.10e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 9.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.67183e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163877 s | Solve Time: 0.0214263 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.12e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.12e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 4.67e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0011796 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00521698
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5765e+08s, dt:1e+06s, Cycle: 256
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81067.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61254e+07, 1.56381e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06789e+10, 1.5207e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.79819e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06789e+10, 0 }, { 8.72701e+08, 1.52034e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.361378
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.25e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.25e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.7367e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165517 s | Solve Time: 0.0231139 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.05e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.05e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.74e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 4.98363e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165331 s | Solve Time: 0.0284969 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.53e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.53e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 17, 4.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00122724 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00533334
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5865e+08s, dt:1e+06s, Cycle: 257
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61245e+07, 1.56381e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06782e+10, 1.5207e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.80272e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06782e+10, 0 }, { 8.73356e+08, 1.52034e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.359592
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.24e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.24e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 8.51682e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166889 s | Solve Time: 0.0267547 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.89e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.89e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 8.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.57881e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162211 s | Solve Time: 0.0248152 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.77e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.77e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.58e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.75795e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164833 s | Solve Time: 0.024901 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.60e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.60e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 4.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00592645 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00542422
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.5965e+08s, dt:1e+06s, Cycle: 258
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61236e+07, 1.56381e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06776e+10, 1.5207e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.80727e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06776e+10, 0 }, { 8.73977e+08, 1.52035e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.357932
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.23e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.23e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 8.80446e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164108 s | Solve Time: 0.0264114 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.60e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.60e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 8.80e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 3.21119e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163049 s | Solve Time: 0.0301042 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.05e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.05e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 18, 3.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00115799 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0055018
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6065e+08s, dt:1e+06s, Cycle: 259
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61227e+07, 1.56381e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0677e+10, 1.5207e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.81178e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0677e+10, 0 }, { 8.74609e+08, 1.52035e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.356328
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.22e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.22e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 6.3814e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164512 s | Solve Time: 0.03219 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.23e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.23e-03 ) ;
+ Last LinSolve(iter,res) = ( 19, 6.38e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 4.27899e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016664 s | Solve Time: 0.0302614 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.44e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.44e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 18, 4.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00123784 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0055643
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6165e+08s, dt:1e+06s, Cycle: 260
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61217e+07, 1.56381e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06763e+10, 1.5207e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.81628e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06763e+10, 0 }, { 8.75255e+08, 1.52035e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.3566
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.21e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.21e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 5.40331e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162549 s | Solve Time: 0.0322262 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.16e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.16e-03 ) ;
+ Last LinSolve(iter,res) = ( 19, 5.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 9.90726e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016147 s | Solve Time: 0.0279988 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.09e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.09e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 17, 9.91e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00133493 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00559651
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6265e+08s, dt:1e+06s, Cycle: 261
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61208e+07, 1.56381e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06757e+10, 1.52071e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.82075e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06757e+10, 0 }, { 8.75914e+08, 1.52035e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.355282
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 4.53643e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164316 s | Solve Time: 0.031771 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.52e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.52e-03 ) ;
+ Last LinSolve(iter,res) = ( 19, 4.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 6.91999e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168621 s | Solve Time: 0.0307603 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.91e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.91e-05 ) ;
+ Last LinSolve(iter,res) = ( 18, 6.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.56246e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169607 s | Solve Time: 0.024925 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.74e-11 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.74e-11 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 4.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00140969 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00559814
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6365e+08s, dt:1e+06s, Cycle: 262
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61198e+07, 1.56381e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0675e+10, 1.52071e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.8252e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0675e+10, 0 }, { 8.76587e+08, 1.52035e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.357934
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.20e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.20e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 9.84368e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166076 s | Solve Time: 0.0320591 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.51e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.51e-03 ) ;
+ Last LinSolve(iter,res) = ( 19, 9.84e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 3.4143e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161064 s | Solve Time: 0.0298991 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.74e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.74e-05 ) ;
+ Last LinSolve(iter,res) = ( 18, 3.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 4.77677e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0174778 s | Solve Time: 0.0312354 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.36e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.36e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 18, 4.78e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00385555 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00555052
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6465e+08s, dt:1e+06s, Cycle: 263
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93506e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61188e+07, 1.56381e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06743e+10, 1.52071e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.82965e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06743e+10, 0 }, { 8.77244e+08, 1.52035e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.357415
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.19e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.19e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 20 | Final Rel Res: 3.35794e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168753 s | Solve Time: 0.0347195 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.22e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.22e-03 ) ;
+ Last LinSolve(iter,res) = ( 20, 3.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.59915e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169493 s | Solve Time: 0.0248653 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.99e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.99e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 4.60e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00141604 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00546217
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6565e+08s, dt:1e+06s, Cycle: 264
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61179e+07, 1.56381e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06737e+10, 1.52071e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.83408e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06737e+10, 0 }, { 8.77916e+08, 1.52035e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.36073
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.19e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.19e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 3.86833e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167667 s | Solve Time: 0.0281732 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.84e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.84e-03 ) ;
+ Last LinSolve(iter,res) = ( 17, 3.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.55847e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168349 s | Solve Time: 0.0247819 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.58e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.58e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 4.56e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.001308 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00536019
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6665e+08s, dt:1e+06s, Cycle: 265
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61169e+07, 1.56381e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0673e+10, 1.52071e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.83848e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0673e+10, 0 }, { 8.78603e+08, 1.52035e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.360643
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.18e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.18e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 2.9383e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168086 s | Solve Time: 0.0283241 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.38e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.38e-03 ) ;
+ Last LinSolve(iter,res) = ( 17, 2.94e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.48002e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161238 s | Solve Time: 0.0230466 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.39e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.39e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 7.48e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00123929 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0053645
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6765e+08s, dt:1e+06s, Cycle: 266
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61158e+07, 1.56382e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06723e+10, 1.52071e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.84284e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06723e+10, 0 }, { 8.79306e+08, 1.52035e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.360573
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.17e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.17e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 7.19364e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164946 s | Solve Time: 0.0265498 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.63e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.63e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 7.19e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.4839e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166634 s | Solve Time: 0.0251002 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.00e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.00e-05 ) ;
+ Last LinSolve(iter,res) = ( 15, 7.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.59216e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166154 s | Solve Time: 0.0249808 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.97e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.97e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 7.59e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00211689 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00536846
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6865e+08s, dt:1e+06s, Cycle: 267
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61149e+07, 1.56382e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06716e+10, 1.52071e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.84723e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06716e+10, 0 }, { 8.79978e+08, 1.52035e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.364189
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.16e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.16e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 3.02907e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169151 s | Solve Time: 0.0285742 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.74e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.74e-03 ) ;
+ Last LinSolve(iter,res) = ( 17, 3.03e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 3.53674e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162562 s | Solve Time: 0.0266428 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.57e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.57e-05 ) ;
+ Last LinSolve(iter,res) = ( 16, 3.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 6.34711e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165369 s | Solve Time: 0.0265857 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.28e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.28e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 16, 6.35e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00468151 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00537051
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.6965e+08s, dt:1e+06s, Cycle: 268
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61139e+07, 1.56382e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0671e+10, 1.52071e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.85165e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0671e+10, 0 }, { 8.80606e+08, 1.52035e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.363841
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.16e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.16e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 6.89821e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169295 s | Solve Time: 0.0264925 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 8.65e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.65e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 6.90e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 7.01787e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167735 s | Solve Time: 0.0268386 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.59e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.59e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 16, 7.02e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00480029 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00536696
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7065e+08s, dt:1e+06s, Cycle: 269
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61131e+07, 1.56382e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06704e+10, 1.52071e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.8561e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06704e+10, 0 }, { 8.81192e+08, 1.52035e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.36371
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.15e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.15e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 8.55427e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170059 s | Solve Time: 0.0270466 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.43e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.43e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 8.55e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.6427e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167122 s | Solve Time: 0.0215191 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.11e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.11e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 9.64e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00102747 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00535
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7165e+08s, dt:1e+06s, Cycle: 270
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61122e+07, 1.56382e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06698e+10, 1.52071e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.86052e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06698e+10, 0 }, { 8.81791e+08, 1.52035e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.381404
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.14e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.14e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 5.74509e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162195 s | Solve Time: 0.0265916 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.49e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.49e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 5.75e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.75231e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162483 s | Solve Time: 0.0229647 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.18e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.18e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 5.75e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00109267 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00533861
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7265e+08s, dt:1e+06s, Cycle: 271
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61113e+07, 1.56382e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06692e+10, 1.52072e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.86492e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06692e+10, 0 }, { 8.82406e+08, 1.52035e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.381096
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.13e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.13e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 6.51085e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166421 s | Solve Time: 0.0268808 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.41e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.41e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 6.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 5.17321e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167749 s | Solve Time: 0.0265775 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.62e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.62e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 16, 5.17e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00119212 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00534086
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7365e+08s, dt:1e+06s, Cycle: 272
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61103e+07, 1.56382e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06685e+10, 1.52072e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.86929e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06685e+10, 0 }, { 8.83035e+08, 1.52036e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.380946
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.13e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.13e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 5.02363e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167763 s | Solve Time: 0.0299321 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.19e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.19e-03 ) ;
+ Last LinSolve(iter,res) = ( 18, 5.02e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 8.61933e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165271 s | Solve Time: 0.0196615 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.98e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.98e-05 ) ;
+ Last LinSolve(iter,res) = ( 12, 8.62e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 12 | Final Rel Res: 5.22737e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016126 s | Solve Time: 0.0197767 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.02e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.02e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 12, 5.23e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0012553 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00534204
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7465e+08s, dt:1e+06s, Cycle: 273
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61094e+07, 1.56382e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06679e+10, 1.52072e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.87363e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06679e+10, 0 }, { 8.83679e+08, 1.52036e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.380932
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.12e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.12e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.01863e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016312 s | Solve Time: 0.0248088 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.50e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.50e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.02e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 5.8964e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163057 s | Solve Time: 0.0319456 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.48e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.48e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 19, 5.90e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00126411 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00532604
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7565e+08s, dt:1e+06s, Cycle: 274
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81068.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61085e+07, 1.56382e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06672e+10, 1.52072e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.87796e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06672e+10, 0 }, { 8.84329e+08, 1.52036e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.381111
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.11e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.11e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 6.04429e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164279 s | Solve Time: 0.0320311 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.88e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.88e-03 ) ;
+ Last LinSolve(iter,res) = ( 19, 6.04e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.42878e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164358 s | Solve Time: 0.0230444 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.60e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.60e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 7.43e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00126834 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00532131
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7665e+08s, dt:1e+06s, Cycle: 275
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61075e+07, 1.56382e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06666e+10, 1.52072e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.88226e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06666e+10, 0 }, { 8.84986e+08, 1.52036e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.381331
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.11e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.11e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 5.29571e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016495 s | Solve Time: 0.0265463 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.38e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.38e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 5.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 6.86418e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164822 s | Solve Time: 0.0319818 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.26e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.26e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 19, 6.86e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00605476 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00532177
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7765e+08s, dt:1e+06s, Cycle: 276
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61066e+07, 1.56382e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0666e+10, 1.52072e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.88663e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0666e+10, 0 }, { 8.85581e+08, 1.52036e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.37784
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 8.32675e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163674 s | Solve Time: 0.0301207 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.86e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.86e-03 ) ;
+ Last LinSolve(iter,res) = ( 18, 8.33e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.18461e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016149 s | Solve Time: 0.0247076 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.36e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.36e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 9.18e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00113204 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0053039
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7865e+08s, dt:1e+06s, Cycle: 277
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61057e+07, 1.56383e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06654e+10, 1.52072e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.89097e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06654e+10, 0 }, { 8.86187e+08, 1.52036e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.37824
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.09e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.09e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 7.31672e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165663 s | Solve Time: 0.0265067 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.37e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.37e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 7.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.84733e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166071 s | Solve Time: 0.0246758 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.62e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.62e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 3.85e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00117614 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00528244
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.7965e+08s, dt:1e+06s, Cycle: 278
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61048e+07, 1.56383e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06648e+10, 1.52072e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.89529e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06648e+10, 0 }, { 8.86796e+08, 1.52036e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.378666
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.08e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.08e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 5.89399e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016477 s | Solve Time: 0.0266341 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.38e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.38e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 5.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.85562e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160688 s | Solve Time: 0.0212817 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.08e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.08e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 6.86e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00428718 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00525781
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8065e+08s, dt:1e+06s, Cycle: 279
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6104e+07, 1.56383e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06642e+10, 1.52072e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.89963e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06642e+10, 0 }, { 8.87383e+08, 1.52036e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.375257
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.07e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.07e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.47896e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162593 s | Solve Time: 0.0266023 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.33e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.33e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.48e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.41065e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167416 s | Solve Time: 0.0235119 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.75e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.75e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 6.41e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.0011798 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00523923
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8165e+08s, dt:1e+06s, Cycle: 280
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61031e+07, 1.56383e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06636e+10, 1.52072e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.90394e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06636e+10, 0 }, { 8.87985e+08, 1.52036e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.375672
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.06e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.06e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.09251e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166733 s | Solve Time: 0.0266402 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.16e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.16e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 9.34099e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162072 s | Solve Time: 0.0228486 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.38e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.38e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 9.34e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00122391 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0052185
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8265e+08s, dt:1e+06s, Cycle: 281
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61022e+07, 1.56383e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0663e+10, 1.52073e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.90823e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0663e+10, 0 }, { 8.88602e+08, 1.52036e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.37614
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.05e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.05e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.01995e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165286 s | Solve Time: 0.0263047 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.37e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.37e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.02e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.72279e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163074 s | Solve Time: 0.0247789 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.96e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.96e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 4.72e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00127918 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00519637
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8365e+08s, dt:1e+06s, Cycle: 282
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93505e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61013e+07, 1.56383e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06623e+10, 1.52073e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.91249e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06623e+10, 0 }, { 8.89234e+08, 1.52036e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.374166
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.04e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.04e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.96074e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016368 s | Solve Time: 0.0266656 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.22e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.22e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 9.49224e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164725 s | Solve Time: 0.0214231 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.82e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.82e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 9.49e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00128713 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00517287
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8465e+08s, dt:1e+06s, Cycle: 283
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.61003e+07, 1.56383e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06617e+10, 1.52073e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.91673e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06617e+10, 0 }, { 8.89883e+08, 1.52036e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.375453
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.03e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.03e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 7.8885e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167356 s | Solve Time: 0.0266799 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.09e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 7.89e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.11126e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166397 s | Solve Time: 0.0264829 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.33e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.33e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 16, 4.11e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00127861 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00514858
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8565e+08s, dt:1e+06s, Cycle: 284
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60994e+07, 1.56383e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0661e+10, 1.52073e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.92094e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0661e+10, 0 }, { 8.90541e+08, 1.52036e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.376782
+compflowStatistics: Max component CFL number: 0.037871
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 7.12115e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167151 s | Solve Time: 0.0263799 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.32e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.32e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 7.12e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.87831e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162909 s | Solve Time: 0.0229025 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.51e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.51e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 5.88e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00131172 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00512541
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8665e+08s, dt:1e+06s, Cycle: 285
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60984e+07, 1.56383e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06604e+10, 1.52073e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.92513e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06604e+10, 0 }, { 8.91215e+08, 1.52037e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.373179
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.86725e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163125 s | Solve Time: 0.0266075 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 8.46e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.46e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.117e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165436 s | Solve Time: 0.0232376 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.78e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.78e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 6.12e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00134619 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00512974
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8765e+08s, dt:1e+06s, Cycle: 286
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60974e+07, 1.56383e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06597e+10, 1.52073e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.92929e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06597e+10, 0 }, { 8.91906e+08, 1.52037e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.37443
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.01e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.01e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.36478e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166484 s | Solve Time: 0.0248755 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 8.61e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.61e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.36e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.20987e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164295 s | Solve Time: 0.0246428 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.59e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.59e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 6.21e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00129115 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00513249
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8865e+08s, dt:1e+06s, Cycle: 287
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93504e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60964e+07, 1.56383e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0659e+10, 1.52073e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.93342e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0659e+10, 0 }, { 8.92616e+08, 1.52037e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.375678
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.01e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.01e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.7288e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167439 s | Solve Time: 0.0248674 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.31e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.31e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 5.15832e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161741 s | Solve Time: 0.0212963 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.22e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.22e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 5.16e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00130077 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00513354
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.8965e+08s, dt:1e+06s, Cycle: 288
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60953e+07, 1.56384e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06582e+10, 1.52073e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.93753e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06582e+10, 0 }, { 8.93345e+08, 1.52037e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.376912
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 9.10194e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162172 s | Solve Time: 0.0247673 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 9.12e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.12e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 9.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.07046e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163641 s | Solve Time: 0.0225518 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.30e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.30e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 6.07e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00132385 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00512825
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9065e+08s, dt:1e+06s, Cycle: 289
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60943e+07, 1.56384e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06575e+10, 1.52073e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.94161e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06575e+10, 0 }, { 8.94094e+08, 1.52037e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.37812
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.00e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.00e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.39597e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0203602 s | Solve Time: 0.0337985 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.40e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.40e-04 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.40e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.94759e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0170597 s | Solve Time: 0.021768 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.95e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.95e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 6.95e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00129933 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00510845
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9165e+08s, dt:1e+06s, Cycle: 290
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60931e+07, 1.56384e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06567e+10, 1.52074e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.94565e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06567e+10, 0 }, { 8.94864e+08, 1.52037e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.373908
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.99e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.99e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.36624e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016686 s | Solve Time: 0.0267241 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.16e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.16e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 4.37e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 5.12601e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162639 s | Solve Time: 0.0267739 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.64e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.64e-05 ) ;
+ Last LinSolve(iter,res) = ( 16, 5.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.92547e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165898 s | Solve Time: 0.0251099 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.68e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.68e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 6.93e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00428036 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00508739
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9265e+08s, dt:1e+06s, Cycle: 291
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6092e+07, 1.56384e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0656e+10, 1.52074e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.94971e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0656e+10, 0 }, { 8.95613e+08, 1.52037e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.45973
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.98e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.98e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 7.2981e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0183453 s | Solve Time: 0.0271618 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.71e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.71e-03 ) ;
+ Last LinSolve(iter,res) = ( 16, 7.30e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.95673e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168698 s | Solve Time: 0.0213427 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.85e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.85e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 4.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00116817 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00509074
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9365e+08s, dt:1e+06s, Cycle: 292
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60909e+07, 1.56384e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06552e+10, 1.52074e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.95376e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06552e+10, 0 }, { 8.96366e+08, 1.52037e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.461695
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.97e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.97e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.46944e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165635 s | Solve Time: 0.0247991 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.32e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.32e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 8.47e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 4.94361e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166492 s | Solve Time: 0.0280214 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.13e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.13e-05 ) ;
+ Last LinSolve(iter,res) = ( 17, 4.94e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 3.45029e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160675 s | Solve Time: 0.0280846 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.21e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.21e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 17, 3.45e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00197052 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00510001
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9465e+08s, dt:1e+06s, Cycle: 293
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60898e+07, 1.56384e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06545e+10, 1.52074e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.95781e+09, 3.073e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06545e+10, 0 }, { 8.9711e+08, 1.52037e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.463236
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.96e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.96e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 5.19989e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164797 s | Solve Time: 0.0282787 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.09e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.09e-03 ) ;
+ Last LinSolve(iter,res) = ( 17, 5.20e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 9.0854e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167275 s | Solve Time: 0.0285127 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.95e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.95e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 17, 9.09e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00672164 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00510418
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9565e+08s, dt:1e+06s, Cycle: 294
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60888e+07, 1.56384e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06538e+10, 1.52074e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.9619e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06538e+10, 0 }, { 8.97805e+08, 1.52037e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.464605
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.95e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.95e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 8.0971e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167719 s | Solve Time: 0.0319914 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.79e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.79e-03 ) ;
+ Last LinSolve(iter,res) = ( 19, 8.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 6.54137e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163737 s | Solve Time: 0.02824 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.82e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.82e-05 ) ;
+ Last LinSolve(iter,res) = ( 17, 6.54e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 4.30986e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168096 s | Solve Time: 0.0739894 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.27e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.27e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 17, 4.31e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00755437 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00510267
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9665e+08s, dt:1e+06s, Cycle: 295
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60878e+07, 1.56384e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06531e+10, 1.52074e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.96602e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06531e+10, 0 }, { 8.98453e+08, 1.52037e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.461508
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.94e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.94e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 4.40785e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0269742 s | Solve Time: 0.0643552 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.28e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.28e-03 ) ;
+ Last LinSolve(iter,res) = ( 19, 4.41e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 5.87345e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169984 s | Solve Time: 0.0284064 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.26e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.26e-05 ) ;
+ Last LinSolve(iter,res) = ( 17, 5.87e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.7871e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169443 s | Solve Time: 0.0246652 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.00e-11 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.00e-11 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 8.79e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00123395 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00510881
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9765e+08s, dt:1e+06s, Cycle: 296
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60869e+07, 1.56384e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06525e+10, 1.52074e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.97012e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06525e+10, 0 }, { 8.99106e+08, 1.52037e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.463314
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 4.7328e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0168037 s | Solve Time: 0.0317203 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.12e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.12e-03 ) ;
+ Last LinSolve(iter,res) = ( 19, 4.73e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 3.98311e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164481 s | Solve Time: 0.0283746 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.59e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.59e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 17, 3.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00108828 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00510821
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9865e+08s, dt:1e+06s, Cycle: 297
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81069.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60859e+07, 1.56385e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06518e+10, 1.52074e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.9742e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06518e+10, 0 }, { 8.99775e+08, 1.52038e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.460662
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.93e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.93e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 4.18169e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163068 s | Solve Time: 0.0320922 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.31e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.31e-03 ) ;
+ Last LinSolve(iter,res) = ( 19, 4.18e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 8.65596e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166517 s | Solve Time: 0.0281722 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.45e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.45e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 17, 8.66e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00116995 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00509369
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 8.9965e+08s, dt:350000s, Cycle: 298
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60849e+07, 1.56385e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06511e+10, 1.52074e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.97824e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06511e+10, 0 }, { 9.00462e+08, 1.52038e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.160398
+compflowStatistics: Max component CFL number: 0.0132548
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.02e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.02e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 4.79386e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167315 s | Solve Time: 0.0146973 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.76e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.76e-05 ) ;
+ Last LinSolve(iter,res) = ( 9, 4.79e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 9 | Final Rel Res: 3.35014e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164994 s | Solve Time: 0.0147605 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.74e-10 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.74e-10 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 9, 3.35e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000421389 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00178093
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9e+08s, dt:700000s, Cycle: 299
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60845e+07, 1.56385e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06509e+10, 1.52074e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.97966e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06509e+10, 0 }, { 9.00704e+08, 1.52038e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.321404
+compflowStatistics: Max component CFL number: 0.0265097
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.04e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.04e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.93095e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164017 s | Solve Time: 0.0231894 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.59e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.59e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.93e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.67933e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016417 s | Solve Time: 0.0231388 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.95e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.95e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 4.68e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.000874016 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00355394
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.007e+08s, dt:1e+06s, Cycle: 300
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60838e+07, 1.56385e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06504e+10, 1.52075e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.98246e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06504e+10, 0 }, { 9.01198e+08, 1.52038e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.461031
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.91e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.91e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 3.52342e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167317 s | Solve Time: 0.0320217 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.24e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.24e-03 ) ;
+ Last LinSolve(iter,res) = ( 19, 3.52e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 4.61108e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165274 s | Solve Time: 0.0282419 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.04e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 17, 4.61e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00125293 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00505972
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.017e+08s, dt:1e+06s, Cycle: 301
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60827e+07, 1.56385e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06497e+10, 1.52075e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.98645e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06497e+10, 0 }, { 9.01923e+08, 1.52038e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.459081
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.91e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.91e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 9.0219e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167414 s | Solve Time: 0.0303728 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.34e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.34e-03 ) ;
+ Last LinSolve(iter,res) = ( 18, 9.02e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.96423e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0169356 s | Solve Time: 0.0248862 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.17e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.17e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 5.96e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00120437 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00504267
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.027e+08s, dt:1e+06s, Cycle: 302
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93503e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60816e+07, 1.56385e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06489e+10, 1.52075e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.99041e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06489e+10, 0 }, { 9.02665e+08, 1.52038e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.457274
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.90e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.90e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 8.64625e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163807 s | Solve Time: 0.0283413 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 9.28e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.28e-04 ) ;
+ Last LinSolve(iter,res) = ( 17, 8.65e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 9.81913e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165253 s | Solve Time: 0.026368 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.71e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.71e-05 ) ;
+ Last LinSolve(iter,res) = ( 16, 9.82e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 6.27644e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167485 s | Solve Time: 0.0264327 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.78e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.78e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 16, 6.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00273523 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00502519
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.037e+08s, dt:1e+06s, Cycle: 303
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60806e+07, 1.56385e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06482e+10, 1.52075e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.99438e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06482e+10, 0 }, { 9.03399e+08, 1.52038e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.460612
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.89e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.89e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 6.13085e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166542 s | Solve Time: 0.0281143 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.32e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.32e-03 ) ;
+ Last LinSolve(iter,res) = ( 17, 6.13e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 16 | Final Rel Res: 4.80099e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166541 s | Solve Time: 0.0271248 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.29e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.29e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 16, 4.80e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00464997 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00500786
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.047e+08s, dt:1e+06s, Cycle: 304
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60795e+07, 1.56385e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06475e+10, 1.52075e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 7.99836e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06475e+10, 0 }, { 9.04112e+08, 1.52038e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.459173
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.88e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.88e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 6.27003e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016427 s | Solve Time: 0.0299475 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.08e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.08e-03 ) ;
+ Last LinSolve(iter,res) = ( 18, 6.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 8.82788e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161751 s | Solve Time: 0.0317949 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.44e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.44e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 19, 8.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00111948 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00499161
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.057e+08s, dt:1e+06s, Cycle: 305
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.2 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60784e+07, 1.56385e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06467e+10, 1.52075e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.00231e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06467e+10, 0 }, { 9.04842e+08, 1.52038e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.457684
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.88e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.88e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 8.24822e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161055 s | Solve Time: 0.0318799 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.54e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.54e-04 ) ;
+ Last LinSolve(iter,res) = ( 19, 8.25e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 4.75546e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166681 s | Solve Time: 0.0319516 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.31e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.31e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 19, 4.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00184741 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00497364
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.067e+08s, dt:1e+06s, Cycle: 306
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60774e+07, 1.56385e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0646e+10, 1.52075e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.00626e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0646e+10, 0 }, { 9.05572e+08, 1.52038e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.549769
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.87e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.87e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 9.14122e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165667 s | Solve Time: 0.031746 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 8.08e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.08e-04 ) ;
+ Last LinSolve(iter,res) = ( 19, 9.14e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 18 | Final Rel Res: 8.04825e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164304 s | Solve Time: 0.0298854 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.78e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.78e-05 ) ;
+ Last LinSolve(iter,res) = ( 18, 8.05e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 17 | Final Rel Res: 2.75878e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165365 s | Solve Time: 0.0281253 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.51e-11 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.51e-11 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 17, 2.76e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00509838 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00495401
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.077e+08s, dt:1e+06s, Cycle: 307
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.3 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60763e+07, 1.56385e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06453e+10, 1.52075e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.01022e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06453e+10, 0 }, { 9.0628e+08, 1.52038e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.550696
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.86e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.86e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 20 | Final Rel Res: 5.9619e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164107 s | Solve Time: 0.0337958 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 8.44e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.44e-04 ) ;
+ Last LinSolve(iter,res) = ( 20, 5.96e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 21 | Final Rel Res: 3.22715e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163115 s | Solve Time: 0.0355923 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.20e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.20e-05 ) ;
+ Last LinSolve(iter,res) = ( 21, 3.23e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 19 | Final Rel Res: 4.77382e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164471 s | Solve Time: 0.0318321 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.16e-09 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.16e-09 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 19, 4.77e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00221746 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.0049136
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.087e+08s, dt:1e+06s, Cycle: 308
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60753e+07, 1.56386e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06446e+10, 1.52075e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.01418e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06446e+10, 0 }, { 9.06985e+08, 1.52038e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.546278
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.85e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.85e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 21 | Final Rel Res: 5.31798e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016149 s | Solve Time: 0.03538 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.06e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.06e-03 ) ;
+ Last LinSolve(iter,res) = ( 21, 5.32e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.82826e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163571 s | Solve Time: 0.0231661 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.03e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.03e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 8.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00498081 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00484924
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.097e+08s, dt:1e+06s, Cycle: 309
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60743e+07, 1.56386e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06439e+10, 1.52076e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.01814e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06439e+10, 0 }, { 9.07667e+08, 1.52038e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.536473
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.85e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.85e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.69296e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162954 s | Solve Time: 0.025101 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.21e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.21e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.69e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 7.98213e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164679 s | Solve Time: 0.0214403 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 3.81e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 3.81e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 7.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00100276 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00481516
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.107e+08s, dt:1e+06s, Cycle: 310
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.4 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60732e+07, 1.56386e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06432e+10, 1.52076e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.02208e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06432e+10, 0 }, { 9.08364e+08, 1.52039e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.532183
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.84e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.84e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.35159e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161893 s | Solve Time: 0.024863 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 8.74e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.74e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.35e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.28358e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163278 s | Solve Time: 0.0232374 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.84e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.84e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 8.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00102667 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00480658
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.117e+08s, dt:1e+06s, Cycle: 311
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60722e+07, 1.56386e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06425e+10, 1.52076e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.02599e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06425e+10, 0 }, { 9.09077e+08, 1.52039e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.527923
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.83e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.83e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 6.16653e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164731 s | Solve Time: 0.0248696 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.04e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 6.17e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 6.98099e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167343 s | Solve Time: 0.0229956 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.02e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.02e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 6.98e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00108432 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00481306
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.127e+08s, dt:1e+06s, Cycle: 312
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.5 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60711e+07, 1.56386e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06418e+10, 1.52076e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.02986e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06418e+10, 0 }, { 9.09807e+08, 1.52039e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.518039
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.83e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.83e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.25967e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164619 s | Solve Time: 0.024836 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.08e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.08e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.26e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.77333e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164366 s | Solve Time: 0.0229047 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.03e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.03e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 3.77e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00110184 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00481878
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.137e+08s, dt:1e+06s, Cycle: 313
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.607e+07, 1.56386e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0641e+10, 1.52076e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.03371e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0641e+10, 0 }, { 9.10553e+08, 1.52039e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.513838
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.66346e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0162486 s | Solve Time: 0.0247429 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.23e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.23e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.66e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.20162e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166067 s | Solve Time: 0.023143 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.27e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.27e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 5.20e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00114081 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00482283
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.147e+08s, dt:1e+06s, Cycle: 314
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60689e+07, 1.56386e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06403e+10, 1.52076e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.03754e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06403e+10, 0 }, { 9.11316e+08, 1.52039e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.503985
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.73716e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167011 s | Solve Time: 0.0248631 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.04e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.04e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.74e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.19425e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164422 s | Solve Time: 0.0247617 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.22e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.22e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 3.19e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00117935 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00482547
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.157e+08s, dt:1e+06s, Cycle: 315
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93502e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.6 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60678e+07, 1.56386e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06395e+10, 1.52076e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.04135e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06395e+10, 0 }, { 9.12096e+08, 1.52039e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.499849
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.82e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.82e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.9242e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163814 s | Solve Time: 0.0248995 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.43e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.43e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.92e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.83343e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164074 s | Solve Time: 0.0215908 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.13e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.13e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 8.83e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00119325 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00482666
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.167e+08s, dt:1e+06s, Cycle: 316
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60666e+07, 1.56386e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06387e+10, 1.52076e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.04513e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06387e+10, 0 }, { 9.12893e+08, 1.52039e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.489951
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.51053e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161665 s | Solve Time: 0.0247368 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 6.95e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 6.95e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.51e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.13646e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163626 s | Solve Time: 0.0212455 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 8.28e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 8.28e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 8.14e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00193119 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00482644
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.177e+08s, dt:1e+06s, Cycle: 317
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60655e+07, 1.56387e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06379e+10, 1.52077e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.0489e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06379e+10, 0 }, { 9.1369e+08, 1.52039e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.485806
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.81e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.81e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 5.01536e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167665 s | Solve Time: 0.024725 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.03e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.03e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 5.02e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 7.47226e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167188 s | Solve Time: 0.0249579 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.89e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.89e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 7.47e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00115805 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00481327
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.187e+08s, dt:1e+06s, Cycle: 318
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.7 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60643e+07, 1.56387e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06371e+10, 1.52077e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.05267e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06371e+10, 0 }, { 9.14486e+08, 1.52039e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.475926
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 7.67068e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164339 s | Solve Time: 0.0229555 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 9.95e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.95e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 7.67e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 4.93883e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160131 s | Solve Time: 0.0231075 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.06e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.06e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 4.94e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00146767 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00479265
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.197e+08s, dt:1e+06s, Cycle: 319
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60632e+07, 1.56387e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06363e+10, 1.52077e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.05644e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06363e+10, 0 }, { 9.15266e+08, 1.52039e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.466043
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.80e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.80e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.55655e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0160255 s | Solve Time: 0.0249011 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.18e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.18e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.56e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.68744e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016557 s | Solve Time: 0.0231027 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.62e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.62e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 3.69e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00117764 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00483516
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.207e+08s, dt:1e+06s, Cycle: 320
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.6062e+07, 1.56387e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06355e+10, 1.52077e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.0602e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06355e+10, 0 }, { 9.16052e+08, 1.52039e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.46196
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.79e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.79e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.56626e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164974 s | Solve Time: 0.0247237 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.21e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.21e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.57e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 3.39312e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016415 s | Solve Time: 0.0213955 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.29e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.29e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 3.39e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00610129 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00487549
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.217e+08s, dt:1e+06s, Cycle: 321
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.8 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60609e+07, 1.56387e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06348e+10, 1.52077e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.06398e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06348e+10, 0 }, { 9.16806e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.452159
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.78e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.78e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 3.76546e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167932 s | Solve Time: 0.0249287 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.46e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.46e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 3.77e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.74904e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161563 s | Solve Time: 0.0214254 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.45e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.45e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 6.75e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00108781 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00491831
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.227e+08s, dt:1e+06s, Cycle: 322
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60597e+07, 1.56387e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.0634e+10, 1.52077e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.06774e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.0634e+10, 0 }, { 9.17577e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.442241
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.78e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.78e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.10399e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161408 s | Solve Time: 0.0249921 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.98e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.98e-04 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.10e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 4.053e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165034 s | Solve Time: 0.0213859 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.36e-07 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.36e-07 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 4.05e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00116077 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00495847
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.237e+08s, dt:1e+06s, Cycle: 323
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81070.9 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60586e+07, 1.56387e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06332e+10, 1.52077e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.07147e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06332e+10, 0 }, { 9.18365e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.432265
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.77e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.77e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.27246e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0167707 s | Solve Time: 0.0249162 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.35e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.35e-03 ) ;
+ Last LinSolve(iter,res) = ( 15, 4.27e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 3.30802e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0165742 s | Solve Time: 0.0230891 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 5.61e-05 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 5.61e-05 ) ;
+ Last LinSolve(iter,res) = ( 14, 3.31e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 6.07098e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0166261 s | Solve Time: 0.0214299 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 3
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.77e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.77e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 6.07e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00446931 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00499558
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.247e+08s, dt:1e+06s, Cycle: 324
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81071 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60575e+07, 1.56387e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06324e+10, 1.52077e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.07521e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06324e+10, 0 }, { 9.19131e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.428361
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.76e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.76e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.09441e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0159982 s | Solve Time: 0.0229671 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.85e-04 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 7.85e-04 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.09e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 13 | Final Rel Res: 8.6449e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.016525 s | Solve Time: 0.021269 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.77e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.77e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 13, 8.64e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00114651 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00503149
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.257e+08s, dt:1e+06s, Cycle: 325
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81071 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60563e+07, 1.56387e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06317e+10, 1.52078e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.07892e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06317e+10, 0 }, { 9.19907e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.418395
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.75e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.75e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.48997e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0161657 s | Solve Time: 0.0231542 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.14e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.14e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.49e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 8.2783e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164849 s | Solve Time: 0.0251532 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 4.80e-06 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 4.80e-06 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 15, 8.28e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00159536 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00506559
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.267e+08s, dt:1e+06s, Cycle: 326
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81071 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60552e+07, 1.56388e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06309e+10, 1.52078e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.08264e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06309e+10, 0 }, { 9.20672e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.41298
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.75e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.75e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 8.95251e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0163997 s | Solve Time: 0.0231962 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 1.30e-03 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 1.30e-03 ) ;
+ Last LinSolve(iter,res) = ( 14, 8.95e-07 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 14 | Final Rel Res: 5.58048e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164215 s | Solve Time: 0.0230409 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 2
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 9.69e-08 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 9.69e-08 ) ;
+wellControls: well is shut
+ Last LinSolve(iter,res) = ( 14, 5.58e-07 ) ;
+compositionalMultiphaseFlow: Max relative pressure change: 0.00115502 %
+compositionalMultiphaseFlow: Max absolute phase volume fraction change: 0.00509903
+coupledFlowAndWells: Newton solver converged in less than 16 iterations, time-step required will be increased.
+Time: 9.277e+08s, dt:1e+06s, Cycle: 327
+compflowStatistics, reservoir: Pressure (min, average, max): 2.51591e+07, 2.93501e+07, 3.22624e+07 Pa
+compflowStatistics, reservoir: Delta pressure (min, max): -197209, 81071.1 Pa
+compflowStatistics, reservoir: Temperature (min, average, max): 358.587, 371.216, 380.076 K
+compflowStatistics, reservoir: Total dynamic pore volume: 1.57993e+09 rm^3
+compflowStatistics, reservoir: Phase dynamic pore volumes: { 1.60541e+07, 1.56388e+09 } rm^3
+compflowStatistics, reservoir: Phase mass (including both trapped and non-trapped): { 1.06301e+10, 1.52078e+12 } kg
+compflowStatistics, reservoir: Trapped phase mass: { 8.08636e+09, 3.07301e+11 } kg
+compflowStatistics, reservoir: Dissolved component mass: { { 1.06301e+10, 0 }, { 9.21432e+08, 1.5204e+12 } } kg
+compflowStatistics: Max phase CFL number: 0.402916
+compflowStatistics: Max component CFL number: 0.0378709
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 0
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 2.74e-02 ) ; ( Rwell ) = ( 0.00e+00 ) ; ( R ) = ( 2.74e-02 ) ;
+{ 3, 4 }
+ Linear Solver | Success | Iterations: 15 | Final Rel Res: 4.41126e-07 | Make Restrictor Time: 0 | Compute Auu Time: 0 | SC Filter Time: 0 | Setup Time: 0.0164619 s | Solve Time: 0.0250224 s
+ Attempt: 0, ConfigurationIter: 0, NewtonIter: 1
+Rank 17: wellControls: surface density computed with P_surface = 101325 Pa and T_surface = 288.71 K
+Rank 17: wellControls: The total fluid density at surface conditions is 1.8683462934550776 kg/sm3.
+The total rate is 15.00000000062773 kg/s, which corresponds to a total surface volumetric rate of 8.02849025 sm3/s
+Rank 17: wellControls: The density of phase 0 at surface conditions is 1.8683462933787476 kg/sm3.
+The phase surface volumetric rate is 8.028490249999386 sm3/s
+Rank 17: wellControls: The density of phase 1 at surface conditions is 999.2232175362526 kg/sm3.
+The phase surface volumetric rate is 6.144412547577255e-13 sm3/s
+Rank 17: wellControls: BHP (at the specified reference elevation): 30350316.94377453 Pa
+ ( Rflow ) = ( 7.78e-04 ) ;