JP2890099B2 - Charcoal making device and charcoal making method using the charcoal making device - Google Patents
Charcoal making device and charcoal making method using the charcoal making deviceInfo
- Publication number
- JP2890099B2 JP2890099B2 JP6244502A JP24450294A JP2890099B2 JP 2890099 B2 JP2890099 B2 JP 2890099B2 JP 6244502 A JP6244502 A JP 6244502A JP 24450294 A JP24450294 A JP 24450294A JP 2890099 B2 JP2890099 B2 JP 2890099B2
- Authority
- JP
- Japan
- Prior art keywords
- charcoal
- carbonized
- chamber
- fire extinguishing
- extinguishing cooling
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Classifications
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E50/00—Technologies for the production of fuel of non-fossil origin
- Y02E50/10—Biofuels, e.g. bio-diesel
Landscapes
- Coke Industry (AREA)
Description
【０００１】[0001]
【産業上の利用分野】本発明は木炭製造装置とその木炭
製造装置を使用した木炭製造方法に関し、特に、廃材を
含むあらゆる木炭資源となる木材を素材にして、高速
で、かつ、多量に炭化処理し得る機能を持つ木炭製造装
置と、それより、高速で、多量に炭化処理させる木炭製
造装置を使用した木炭製造方法に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a charcoal producing apparatus and a method for producing charcoal using the charcoal producing apparatus. The present invention relates to a charcoal producing apparatus having a function capable of being treated, and to a charcoal producing method using a charcoal producing apparatus for performing carbonization at high speed and in large quantities.
【０００２】[0002]
【従来の技術】従来から、木炭は、典型的な固形燃料の
ひとつであり、炊事用燃料や暖房用燃料として利用され
てきた。最近は、木炭には、吸湿性があり、その吸湿性
を生かし、湿気を吸い易い食品の吸湿のために利用して
きた。そして、さらに、木炭には、ガス吸湿性があり、
そのガス吸湿性を利用して、望ましくないガスを吸着さ
せることに利用してきた。また、木炭には、フィルター
の機能があり、水の浄化のために木炭を利用してきた。
そして、木炭は、木材を原料にして各地の森林で所望の
品質の木炭を製造してきた。木炭製造技術は、これまで
に、種々の研究があるが、従来から、日本では、炭窯が
利用されてきた。その炭窯では、まず、加熱室で、種々
の加熱材料、例えば、木炭にはならない枝葉や樹皮など
をなるだけ使用して、その燃焼熱を加熱室の隣室の炭材
熱分解室に送り込み、そして、炭材熱分解室内の炭材を
加熱して、その炭材が着火したところで加熱室での発生
熱である燃焼熱を隣の熱分解室に送り込み、熱分解室で
の炭材の炭化を促進して木炭の製造を可能にしてきた。
その製造工程には種々の経験的な技術があり、それによ
り木炭製造がなされてきたのである。しかし、このよう
な手法による炭窯での木炭製造ではその木炭製造に適し
た炭材から木炭を製造することができても、あらゆる条
件を問わずに木炭製造をなし得るものではなかった。2. Description of the Related Art Conventionally, charcoal is one of the typical solid fuels and has been used as a cooking fuel or a heating fuel. Recently, charcoal has hygroscopicity, and has been used for absorbing moisture in foods that easily absorb moisture by making use of the hygroscopicity. And furthermore, charcoal has gas hygroscopicity,
Utilizing its gas hygroscopicity, it has been used to adsorb undesirable gas. Also, charcoal has a filter function, and has used charcoal to purify water.
For charcoal, wood has been used as a raw material to produce charcoal of desired quality in forests in various places. Although various studies have been made on the charcoal production technology, charcoal kilns have been used in Japan. In the charcoal kiln, first, in the heating chamber, various heating materials, for example, using as much as possible the leaves and bark that do not become charcoal, send the combustion heat to the carbon pyrolysis chamber next to the heating chamber, and When the carbon material in the pyrolysis room is heated, and when the carbon material ignites, the combustion heat generated in the heating chamber is sent to the next pyrolysis room to carbonize the carbon material in the pyrolysis room. Has promoted the production of charcoal.
There are various empirical techniques in the production process, and charcoal production has been made by that. However, in the charcoal production in a charcoal kiln by such a method, even if charcoal can be produced from a carbon material suitable for the charcoal production, charcoal production cannot be achieved regardless of all conditions.
【０００３】[0003]
【発明が解決しようとする課題】本発明は、建築廃材や
風倒木や間伐材や製材所の端材などのように、従来では
木炭製造の対象にならないものまでも、すべて、木炭に
し得る可能性のある素材であれば、その全てを木炭製造
のための素材にして、その素材から木炭を製造すること
を可能にし、その素材の全てを木炭製造のための素材と
して使用し得る木炭製造装置を提供することを第１の課
題とする。また、本発明は、従来の技術では、木炭製造
ができないような素材であっても、確実に、そして、経
済的に、木炭を製造することを可能とする木炭製造装置
を提供することを第２の課題とする。また、本発明は、
木炭製造装置本体内を隔壁で区分して三室にしたのであ
り、隔壁で区分して三室にすることを第３の課題とす
る。また、本発明は、窒素ガスを使用して、木炭製造装
置本体内の消火冷却室で炭化した被炭化材を消火冷却処
理し、その消火冷却を早めると同時に、そこで、熱交換
した熱を余熱室へ導いて熱効率を高め得るようにして、
素材となる被炭化材を木炭製造装置本体内で炭化して木
炭を製造する木炭製造装置を提供することを第４の課題
とする。また、本発明は、消火冷却室で使用する窒素ガ
スにより、木炭製造装置本体内で炭化した被炭化材を消
火冷却処理し得ることにより消火冷却を早め、そこで、
熱交換した熱を余熱室へ導いて熱効率を高め得るように
して、素材となる被炭化材を木炭製造装置本体内で炭化
して木炭を製造することを特徴とする木炭製造装置本体
内を隔壁で区分して三室にし、それらの室を余熱室、加
熱室、消火冷却室にして、直列に並べて、仕切り用扉に
より、熱効率を高め得るようにし、被炭化材の収容体
を、それらの余熱室、加熱室、消火冷却室を通って順番
通りに移動させ、余熱室、加熱室、消火冷却室の仕切り
用扉を開閉し得るようにして、素材となる被炭化材の木
材から発生した木炭ガスを熱源として使用して、それぞ
れの室内での熱効率を高めてそれら三室の機能を最適状
態にし、そして、それらの余熱室、加熱室、消火冷却室
により、余熱処理、加熱処理、消火冷却処理をして素材
となる被炭化材を木炭製造装置本体内で炭化して木炭を
製造し、入口から出口に向けて素材となる被炭化材を炭
化して木炭を製造することを特徴とする木炭製造装置を
使用した木炭製造方法を提供することを第５の課題とす
る。SUMMARY OF THE INVENTION The present invention makes it possible to use charcoal for all materials that are not conventionally used for charcoal production, such as construction waste, wind-down trees, thinned wood, and sawmill scraps. If it is a material with sexual characteristics, it can be used as a material for charcoal production, and it is possible to produce charcoal from the material, and a charcoal production device that can use all of the material as a material for charcoal production Is to be provided as a first subject. In addition, the present invention provides a charcoal manufacturing apparatus capable of reliably and economically producing charcoal even if the conventional technology does not allow the production of charcoal. 2 issues. Also, the present invention
The inside of the main body of the charcoal manufacturing apparatus is divided into three chambers by partitioning walls, and a third problem is to partition the interior of the main body of the charcoal producing apparatus into three chambers. In addition, the present invention uses a nitrogen gas to extinguish and cool the material to be carbonized in the fire extinguishing cooling chamber in the charcoal manufacturing apparatus main body, thereby speeding up the extinguishing cooling and, at the same time, preheating the heat exchanged heat there. To the room to increase the thermal efficiency,
A fourth object is to provide a charcoal manufacturing apparatus for manufacturing charcoal by carbonizing a material to be carbonized in a main body of the charcoal manufacturing apparatus. In addition, the present invention accelerates fire-extinguishing cooling by using a nitrogen gas used in a fire extinguishing cooling chamber to extinguish and cool a carbonized material carbonized in a charcoal manufacturing apparatus main body.
The heat exchanged heat is led to the remaining heat chamber to increase the thermal efficiency, and the material to be carbonized is carbonized in the main body of the charcoal production apparatus to produce charcoal. Into three chambers.These chambers are made into a preheating chamber, a heating chamber, and a fire extinguishing cooling chamber.They are arranged in series, and the partitioning door can increase the thermal efficiency. The charcoal generated from the carbonized wood that becomes the raw material by moving in order through the room, heating room, fire extinguishing cooling room, and opening and closing the partition doors of the remaining heat room, heating room, fire extinguishing cooling room Using the gas as a heat source, enhance the thermal efficiency in each room to optimize the function of these three rooms, and the remaining heat room, heating room, fire-extinguishing cooling room, the remaining heat treatment, heating process, fire-extinguishing cooling process The material to be carbonized into wood Provided is a method for producing charcoal using a charcoal producing apparatus, which comprises producing charcoal by carbonizing in a production apparatus main body, and carbonizing a material to be carbonized from an inlet to an outlet from an inlet to an outlet. This is the fifth problem.
【０００４】[0004]
【課題を解決するための手段】本発明は、木炭製造装置
本体内を隔壁で区分して三室にし、それらの室を余熱
室、加熱室、消火冷却室にして、直列に並べて、仕切り
用扉により、熱効率を高め得るようにし、被炭化材の収
容体を、それらの余熱室、加熱室、消火冷却室を通って
順番通りに移動させ、余熱室、加熱室、消火冷却室の仕
切り用扉を開閉し得るようにして、素材となる被炭化材
の木材から発生した木炭ガスを熱源として使用して、そ
れぞれの室内での熱効率を高めてそれら三室の機能を最
適状態にし、それらの余熱室、加熱室、消火冷却室によ
り、余熱処理、加熱処理、消火冷却処理をして素材とな
る被炭化材を木炭製造装置本体内で炭化して木炭を製造
し、木炭製造装置本体の入口から出口に向けて収容室或
いは収容容器などの収容体を移動させることにより素材
となる被炭化材を炭化して木炭を製造することを特徴と
する木炭製造装置である。また、本発明は、素材となる
被炭化材の収容室或いは収容容器などの収容体を移動可
能にし、それを、木炭製造装置本体内の余熱室、加熱
室、消火冷却室を順番通りに移動させて、余熱室、加熱
室、消火冷却室のそれぞれにおいて、所要時間の間、余
熱処理、加熱処理、消火冷却処理をして素材と、ウる被
炭化材を木炭製造装置本体内で炭化して木炭を製造する
とともに、消火冷却室で使用する窒素ガスにより、木炭
製造装置本体内で炭化した被炭化材を消火冷却処理し得
ることにより消火冷却を早め、そこで、熱交換した熱を
余熱室へ導いて熱効率を高め得るようにして、素材とな
る被炭化材を木炭製造装置本体内で炭化して木炭を製造
することを特徴とする木炭製造方法である。According to the present invention, a main body of a charcoal producing apparatus is divided into three chambers by partitioning the main body, and these chambers are arranged as a residual heat chamber, a heating chamber, and a fire extinguishing cooling chamber, and are arranged in series to form a partition door. To increase the thermal efficiency, and move the container of the material to be carbonized through the preheating chamber, the heating chamber, and the fire extinguishing cooling chamber in order, and partition the preheating chamber, the heating chamber, and the fire extinguishing cooling chamber. Can be opened and closed, using charcoal gas generated from wood as the material to be carbonized as a heat source, increasing the thermal efficiency in each room to optimize the functions of these three rooms, In the heating chamber and fire extinguishing cooling chamber, after-heat treatment, heating treatment, fire extinguishing cooling processing, and the carbonized material as a material is carbonized in the charcoal making device main body to produce charcoal, and the charcoal making device main body exit from the inlet To the storage room or storage container A charcoal production apparatus characterized by the production of charcoal by carbonizing a raw material to be carbonized material by moving the container body. Further, the present invention makes it possible to move a housing such as a housing room or a housing container for a material to be carbonized, which is moved in order through a remaining heat chamber, a heating chamber, and a fire extinguishing cooling chamber in a charcoal manufacturing apparatus main body. Then, in each of the remaining heat chamber, the heating chamber, and the fire extinguishing cooling chamber, the remaining heat treatment, the heating treatment, and the fire extinguishing cooling treatment are performed for a required time to carbonize the material and the carbonized material in the main body of the charcoal making apparatus. In addition to the production of charcoal, the fire-extinguishing cooling is accelerated by being able to extinguish and cool the material to be carbonized in the charcoal production unit by the nitrogen gas used in the fire extinguishing cooling chamber, thereby expediting the fire extinguishing cooling. A method for producing charcoal, characterized in that carbonized material serving as a raw material is carbonized in a charcoal producing apparatus main body to produce charcoal so that heat efficiency can be improved by leading the charcoal.
【０００５】[0005]
【作用】本発明は、木炭製造装置本体内を隔壁で区分し
て三室にし、それらの室を余熱室、加熱室、消火冷却室
にして、直列に並べて、仕切り用扉により、熱効率を高
め得るようにし、被炭化材の収容体を、それらの余熱
室、加熱室、消火冷却室を通って順番通りに移動させ、
余熱室、加熱室、消火冷却室の仕切り用扉を開閉し得る
ようにして、素材となる被炭化材の木材から発生した木
炭ガスを熱源として使用して、それぞれの室内での熱効
率を高めてそれら三室の機能を最適状態にし、それらの
余熱室、加熱室、消火冷却室により、余熱処理、加熱処
理、消火冷却処理をして素材となる被炭化材を木炭製造
装置本体内で炭化して木炭を製造し、木炭製造装置本体
の入口から出口に向けて収容室或いは収容容器などの収
容体を移動させることにより素材となる被炭化材を炭化
して木炭を製造することを特徴とする木炭製造装置であ
るから、木炭製造装置本体内での移動可能な素材となる
被炭化材の収容室或いは収容容器などの収容体を移動可
能にし、それを木炭製造装置本体内に所要時間の間、必
要な処理をして、素材となる被炭化材を木炭製造装置内
で炭化して木炭を容易にそして確実に製造することがで
きる。また、本発明は、素材となる被炭化材の収容室或
いは収容容器などの収容体を移動可能にし、それを木炭
製造装置本体内の余熱室、加熱室、消火冷却室を順番通
りに移動させて、余熱室、加熱室、消火冷却室のそれぞ
れにおいて、所要時間の間、余熱処理、加熱処理、消火
冷却処理をして素材となる被炭化材を木炭製造装置本体
内で炭化して木炭を製造するとともに、消火冷却室で使
用する窒素ガスにより、木炭製造装置本体内で炭化した
被炭化材を消火冷却処理し得ることにより消火冷却を早
め、そこで、熱交換した熱を余熱室へ導いて熱効率を高
め得るようにして、素材となる被炭化材を木炭製造装置
本体内で炭化して木炭を製造することを特徴とする木炭
製造方法であるから、素材となる被炭化材の収容室或い
は収容容器などの収容体を移動し、その移動可能な収容
室或いは収容容器などの収容体を木炭製造装置本体内に
所要時間の間、所望の処理をして素材となる被炭化材を
木炭製造装置本体内で炭化して木炭を容易にそして確実
に製造することができる。また、本発明は、木炭製造装
置本体内を隔壁で区分して三室にしたのであり、隔壁で
区分して三室にすることにより余熱室、加熱室、消火冷
却室のそれぞれの室の機能を充分発揮して余熱室、加熱
室、消火冷却室の固有の機能を果たし得る。また、本発
明は、窒素ガスを使用して、木炭製造装置本体内の消火
冷却室で炭化した被炭化材を消火冷却処理し、その消火
冷却を早めると同時に、そこで、熱交換した熱を余熱室
へ導いて熱効率を高め得るようにして、素材となる被炭
化材を木炭製造装置本体内で炭化して木炭を製造する木
炭製造装置であるから、窒素ガスを使用して、木炭製造
装置本体内の消火冷却室で炭化した被炭化材を消火冷却
処理し、その消火冷却を早めると同時に、そこで、熱交
換した熱を余熱室へ導いて熱効率を高め得ることができ
る。また、本発明は、消火冷却室で使用する窒素ガスに
より、木炭製造装置本体内で炭化した被炭化材を消火冷
却処理し得ることにより消火冷却を早め、そこで、熱交
換した熱を余熱室へ導いて熱効率を高め得るようにし
て、素材となる被炭化材を木炭製造装置本体内で炭化し
て木炭を製造することを特徴とする木炭製造装置であっ
て、その木炭製造装置本体内を隔壁で区分して三室に
し、それらの室を余熱室、加熱室、消火冷却室にして、
直列に並べて、仕切り用扉により、熱効率を高め得るよ
うにし、被炭化材の収容体を、それらの余熱室、加熱
室、消火冷却室を通って順番通りに移動させ、余熱室、
加熱室、消火冷却室の仕切り用扉を開閉し得るようにし
て、素材となる被炭化材の木材から発生した木炭ガスを
熱源として使用して、それぞれの室内での熱効率を高め
てそれら三室の機能を最適状態にし、そして、それらの
余熱室、加熱室、消火冷却室により、余熱処理、加熱処
理、消火冷却処理をして素材となる被炭化材を木炭製造
装置本体内で炭化して木炭を製造し、木炭製造装置本体
の入口から出口に向けて前記収容室或いは収容容器など
の収容体を移動させることにより被炭化材の収容室或い
は収容容器などの収容体を移動させることにより素材と
なる被炭化材を炭化して木炭を製造することを特徴とす
る木炭製造装置を使用した木炭製造方法であるから、余
熱室、加熱室、消火冷却室の余熱処理、加熱処理、消火
冷却処理を充分なし得る。According to the present invention, the interior of a charcoal manufacturing apparatus is divided into three chambers by partition walls, and these chambers are arranged in series as a residual heat chamber, a heating chamber, and a fire extinguishing cooling chamber, and the thermal efficiency can be enhanced by a partition door. So that the carbonized material container is moved in order through their preheating chamber, heating chamber, fire extinguishing cooling chamber,
By opening and closing the partition doors of the remaining heat room, heating room, fire extinguishing cooling room, using charcoal gas generated from the wood of the material to be carbonized as a material as a heat source, increasing the thermal efficiency in each room The functions of these three chambers are optimized, and the surplus heat chamber, heating chamber, and fire extinguishing cooling chamber are subjected to post heat treatment, heating processing, fire extinguishing cooling processing, and carbonized the material to be carbonized in the main unit of the charcoal production device. Charcoal is produced by producing charcoal and moving a container such as a storage room or a storage container from an inlet to an outlet of a main unit of the charcoal manufacturing apparatus, thereby carbonizing a material to be carbonized as a raw material to produce charcoal. Since it is a manufacturing device, a storage body such as a storage room or a storage container for a carbonized material that is a movable material in the charcoal manufacturing device main body is made movable, and it is moved into the charcoal manufacturing device main body for a required time. Do the necessary processing, Charcoal can be easily and reliably produce the wood to be carbonized material was carbonized in charcoal production equipment. Further, the present invention makes it possible to move a container such as a container or a container for a material to be carbonized as a raw material, and to move the remaining heat chamber, the heating chamber, and the fire extinguishing cooling chamber in the charcoal manufacturing apparatus main body in order. In each of the remaining heat chamber, the heating chamber, and the fire extinguishing cooling chamber, the required heat treatment, heat treatment, and fire extinguishing cooling processing are performed for a required time, and the material to be carbonized is carbonized in the main body of the charcoal making apparatus to produce charcoal. In addition to manufacturing, the nitrogen gas used in the fire extinguishing cooling chamber can extinguish the fire extinguishing cooling by extinguishing and cooling the carbonized material in the charcoal production device main body, thereby leading the heat exchanged heat to the residual heat chamber. Since the charcoal production method is characterized in that the carbonized material as the raw material is carbonized in the main body of the charcoal producing apparatus so as to increase the thermal efficiency and the charcoal is produced in the main body of the charcoal production device, Containers such as containers After moving, the movable body such as a storage room or a storage container is subjected to a desired treatment in the main body of the charcoal manufacturing apparatus for a required time, and the material to be carbonized is carbonized in the main body of the charcoal manufacturing apparatus. Charcoal can be manufactured easily and reliably. Further, according to the present invention, the interior of the charcoal manufacturing apparatus is divided into three chambers by partitioning the main body, and the function of each of the remaining heat chamber, the heating chamber, and the fire extinguishing cooling chamber is sufficiently performed by dividing the main body into three chambers by dividing the partition. It can be used to perform the unique functions of the remaining heat room, heating room, fire extinguishing cooling room. In addition, the present invention uses a nitrogen gas to extinguish and cool the material to be carbonized in the fire extinguishing cooling chamber in the charcoal manufacturing apparatus main body, thereby speeding up the extinguishing cooling and, at the same time, preheating the heat exchanged heat there. It is a charcoal manufacturing device that produces charcoal by carbonizing the material to be carbonized as a raw material in the main body of the charcoal making device so as to increase the thermal efficiency by leading it to the room. The material to be carbonized in the fire-extinguishing cooling chamber inside is subjected to fire-extinguishing cooling treatment to accelerate the fire-extinguishing cooling, and at the same time, to conduct heat exchanged heat to the residual heat chamber, thereby increasing the thermal efficiency. Further, the present invention hastens the fire-extinguishing cooling by performing the fire-extinguishing cooling process on the carbonized material carbonized in the charcoal manufacturing apparatus main body by the nitrogen gas used in the fire-extinguishing cooling chamber, so that the heat exchanged heat is transferred to the residual heat chamber. A charcoal production apparatus characterized in that the material to be carbonized is carbonized in the main body of the charcoal production apparatus to produce charcoal in such a manner as to be able to enhance the thermal efficiency by guiding the material. Into three chambers, and make those chambers a residual heat room, a heating room, a fire extinguishing cooling room,
Arranged in series, by the partitioning door, so that the thermal efficiency can be increased, the carbonized material container is moved in order through their remaining heat chamber, heating room, fire extinguishing cooling room, the remaining heat room,
By opening and closing the partition doors of the heating room and the fire extinguishing cooling room, the charcoal gas generated from the wood to be carbonized as the material is used as a heat source to increase the thermal efficiency in each room to increase the heat efficiency of the three rooms. The function is optimized, and the preheating chamber, heating chamber and fire extinguishing cooling chamber are subjected to post heat treatment, heating treatment and fire extinguishing cooling processing to carbonize the material to be carbonized in the main body of the charcoal production equipment to make charcoal. The material is obtained by moving the housing such as the storage room or the storage container of the material to be carbonized by moving the storage body such as the storage room or the storage container from the entrance to the exit of the charcoal manufacturing apparatus body toward the outlet. Since it is a charcoal manufacturing method using a charcoal manufacturing apparatus characterized in that charcoal is manufactured by carbonizing a material to be carbonized, the remaining heat treatment, the heating treatment, the heating treatment, and the fire-extinguishing cooling treatment of the remaining heat chamber, the heating room, and the fire extinguishing cooling room are performed. Enough Get.
【０００６】[0006]
【実施例１】本発明は、木炭製造装置本体内を隔壁で区
分して三室にし、それらの室を余熱室、加熱室、消火冷
却室にして、直列に並べて、仕切り用扉により、熱効率
を高め得るようにし、被炭化材の収容体を、それらの余
熱室、加熱室、消火冷却室を通って順番通りに移動さ
せ、余熱室、加熱室、消火冷却室の仕切り用扉を開閉し
得るようにして、素材となる被炭化材の木材から発生し
た木炭ガスを熱源として使用して、それぞれの室内での
熱効率を高めてそれら三室の機能を最適状態にし、それ
らの余熱室、加熱室、消火冷却室により、余熱処理、加
熱処理、消火冷却処理をして素材となる被炭化材を木炭
製造装置本体内で炭化して木炭を製造し、木炭製造装置
本体の入口から出口に向けて前記収容室或いは収容容器
などの収容体を移動させることにより素材となる被炭化
材の収容室或いは収容容器などの収容体を移動させるこ
とにより素材となる被炭化材を炭化して木炭を製造する
ことを特徴とする木炭製造装置である。[Embodiment 1] In the present invention, the interior of a charcoal production apparatus is divided into three chambers by partition walls, and these chambers are arranged in series as a residual heat chamber, a heating chamber, and a fire extinguishing cooling chamber. It is possible to move the container of the material to be carbonized through the remaining heat chamber, the heating chamber, and the fire extinguishing cooling chamber in order, and open and close the partition doors of the remaining heat chamber, the heating chamber, and the fire extinguishing cooling chamber. In this way, using the charcoal gas generated from the wood as the material to be carbonized as a heat source, the thermal efficiency in each room is increased to make the functions of the three rooms optimal, and the remaining heat chamber, heating room, By the fire extinguishing cooling chamber, after-heat treatment, heating treatment, fire extinguishing cooling treatment, the carbonized material as a material is carbonized in the charcoal manufacturing device main body to produce charcoal, and the charcoal manufacturing device main body is directed from the inlet to the outlet. Moving a container such as a container or container A charcoal production apparatus characterized by the production of charcoal by carbonizing a raw material to be carbonized material by moving the container, such as a housing chamber or container of the material to be carbonized material by causing.
【０００７】[0007]
【実施例２】本発明は、木炭製造装置本体内を隔壁で区
分して三室にし、それらの室を余熱室、加熱室、消火冷
却室にして、直列に並べて、仕切り用扉により、熱効率
を高め得るようにし、被炭化材の収容体を、それらの余
熱室、加熱室、消火冷却室を通って順番通りに移動さ
せ、余熱室、加熱室、消火冷却室の仕切り用扉を開閉し
得るようにして、素材となる被炭化材の木材から発生し
た木炭ガスを熱源として使用して、それぞれの室内での
熱効率を高めてそれら三室の機能を最適状態にし、それ
らの余熱室、加熱室、消火冷却室により、余熱処理、加
熱処理、消火冷却処理をして素材となる被炭化材を木炭
製造装置本体内で炭化して木炭を製造し、前記木炭製造
装置本体の入口から出口に向けて収容室或いは収容容器
などの収容体を移動させることにより素材となる被炭化
材を炭化して木炭を製造することを特徴とする木炭製造
装置であり、移動可能な収容容器などの収容体を、木炭
製造装置本体内の余熱室、加熱室、消火冷却室を移動し
て収容し得るようにし、窒素ガスを使用して、木炭製造
装置本体内の消火冷却室で炭化した被炭化材を消火冷却
処理し、その消火冷却を早めると同時に、そこで、熱交
換した熱を余熱室へ導いて熱効率を高め得るようにし
て、素材となる被炭化材を木炭製造装置本体内で炭化し
て木炭を製造することを特徴とする木炭製造装置であ
る。[Embodiment 2] In the present invention, the interior of a charcoal production apparatus is divided into three chambers by partitions, and these chambers are arranged as a residual heat chamber, a heating chamber, and a fire extinguishing cooling chamber, and are arranged in series. It is possible to move the container of the material to be carbonized through the remaining heat chamber, the heating chamber, and the fire extinguishing cooling chamber in order, and open and close the partition doors of the remaining heat chamber, the heating chamber, and the fire extinguishing cooling chamber. In this way, using the charcoal gas generated from the wood as the material to be carbonized as a heat source, the thermal efficiency in each room is increased to make the functions of the three rooms optimal, and the remaining heat chamber, heating room, By the fire extinguishing cooling chamber, after-heat treatment, heating treatment, fire extinguishing cooling treatment, the carbonized material as a material is carbonized in the charcoal making device main body to produce charcoal, and from the inlet to the outlet of the charcoal making device main body. Moving a container such as a container or container A charcoal manufacturing apparatus characterized in that charcoal is produced by carbonizing a material to be carbonized as a raw material, and a movable container such as a storage container is provided with a residual heat chamber, a heating chamber, and the like in a main body of the charcoal manufacturing apparatus. The fire extinguishing cooling chamber is moved so that it can be accommodated, and nitrogen gas is used to extinguish and cool the material to be carbonized in the fire extinguishing cooling chamber in the charcoal manufacturing apparatus main body, and the fire extinguishing cooling is expedited. Therefore, a charcoal manufacturing apparatus characterized in that the heat exchanged heat is led to a residual heat chamber so that thermal efficiency can be increased, and the charcoal to be used as a material is carbonized in the charcoal manufacturing apparatus body to produce charcoal. .
【０００８】[0008]
【実施例３】本発明は、素材となる被炭化材の収容室或
いは収容容器などの収容体を移動可能にし、それを木炭
製造装置本体内の余熱室、加熱室、消火冷却室を順番通
りに移動させて、余熱室、加熱室、消火冷却室のそれぞ
れにおいて、所要時間の間、余熱処理、加熱処理、消火
冷却処理をして素材となる被炭化材を木炭製造装置本体
内で炭化して木炭を製造するとともに、消火冷却室で使
用する窒素ガスにより、木炭製造装置本体内で炭化した
被炭化材を消火冷却処理し得ることにより消火冷却を早
め、そこで、熱交換した熱を余熱室べ導いて熱効率を高
め得るようにして、素材となる被炭化材を木炭製造装置
本体内で炭化して木炭を製造することを特徴とする木炭
製造方法であって、素材となる被炭化材の収容室或いは
収容容器などの収容体を木炭製造装置本体内の余熱室、
加熱室、消火冷却室を順番通りに移動させて、余熱室、
加熱室、消火冷却室のそれぞれにおいて、所要時間の
間、余熱処理、加熱処理、消火冷却処理をして素材とな
る被炭化材を木炭製造装置本体内で炭化して木炭を製造
するとともに、消火冷却室で使用する窒素ガスにより、
木炭製造装置本体内で炭化した被炭化材を消火冷却処理
し得ることにより消火冷却を早め、そこで、熱交換した
熱を余熱室へ導いて熱効率を高め得るようにして、素材
となる被炭化材を木炭製造装置本体内で炭化して木炭を
製造することを特徴とする木炭製造装置を使用した木炭
製造方法である。[Embodiment 3] The present invention makes it possible to move a housing such as a storage room or a storage container for a material to be carbonized as a raw material, and sequentially moves the storage room, the heating room, and the fire extinguishing cooling room in the main body of the charcoal manufacturing apparatus. In each of the remaining heat chamber, the heating chamber, and the fire extinguishing cooling chamber, the heat treatment, the heating treatment, and the fire extinguishing cooling processing are performed for a required time to carbonize the material to be carbonized in the main body of the charcoal manufacturing apparatus. In addition to the production of charcoal, the fire-extinguishing cooling is accelerated by being able to extinguish and cool the material to be carbonized in the charcoal production unit by the nitrogen gas used in the fire extinguishing cooling chamber, thereby expediting the fire extinguishing cooling. A method of producing charcoal, characterized in that carbonization is performed by carbonizing the material to be carbonized in the main body of the charcoal production apparatus so that the material to be carbonized can be enhanced by increasing the thermal efficiency. Collection of storage rooms or containers Body charcoal production apparatus preheating chamber in the main body,
Move the heating room and fire extinguishing cooling room in order,
In each of the heating chamber and the fire extinguishing cooling chamber, the remaining heat treatment, heating treatment, and fire extinguishing cooling treatment are performed for a required time, and the material to be carbonized is carbonized in the main unit of the charcoal making apparatus to produce charcoal and extinguish fire. Depending on the nitrogen gas used in the cooling room,
Fire-extinguishing cooling can be accelerated by extinguishing and cooling the carbonized material carbonized in the main body of the charcoal production device, and the heat exchanged heat can be conducted to the residual heat chamber to increase the thermal efficiency, and the carbonized material to be used as a material Is produced in a charcoal production apparatus main body to produce charcoal.
【０００９】[0009]
【効果】本発明は、木炭製造装置本体内を隔壁で区分し
て三室にし、それらの室を余熱室、加熱室、消火冷却室
にして、直列に並べて、仕切り用扉により、熱効率を高
め得るようにしたので、木炭製造装置本体内の隔壁によ
り熱の利用を最上にし得る効果がある。また、隔壁で区
分した三室の余熱室、加熱室、消火冷却室のそれぞれの
特性により三段階の働きを奏し得る効果がある。また、
被炭化材の収容体を、それらの余熱室、加熱室、消火冷
却室を通って順番通りに移動させ、余熱室、加熱室、消
火冷却室の仕切り用扉を開閉し得るようにしたので熟練
者でなくても作業をなし得る効果がある。また、素材と
なる被炭化材の木材から発生した木炭ガスを熱源として
使用して、それぞれの室内での熱効率を高めてそれら三
室の機能を最適状態にし、それらの余熱室、加熱室、消
火冷却室により、余熱処理、加熱処理、消火冷却処理を
して素材となる被炭化材を木炭製造装置本体内で炭化し
て木炭を製造し、木炭製造装置本体の入口から出口に向
けて前記収容室或いは収容容器などの収容体を移動させ
ることにより素材となる被炭化材を炭化して木炭を製造
することを特徴とする木炭製造装置であるから、木炭製
造装置本体内での移動可能な素材となる被炭化材の収容
室或いは収容容器などの収容体を移動し、その移動可能
な被炭化材の収容室或いは収容容器などの収容体を木炭
製造装置本体内に所要時間の間、必要な処理をして、素
材となる被炭化材を木炭製造装置内で炭化して木炭を容
易にそして確実に製造することができる効果がある。ま
た、本発明は、素材となる被炭化材の収容室或いは収容
容器などの収容体を移動可能にし、それを木炭製造装置
本体内の余熱室、加熱室、消火冷却室を順番通りに移動
させて、余熱室、加熱室、消火冷却室のそれぞれにおい
て、所要時間の間、余熱処理、加熱処理、消火冷却処理
をして素材となる被炭化材を木炭製造装置本体内で炭化
して木炭を製造するとともに、消火冷却室で使用する窒
素ガスにより、木炭製造装置本体内で炭化した被炭化材
を消火冷却処理し得ることにより消火冷却を早め、そこ
で、熱交換した熱を余熱室へ導いて熱効率を高め得るよ
うにして、素材となる被炭化材を木炭製造装置本体内で
炭化して木炭を製造することを特徴とする木炭製造方法
であるから、素材となる被炭化材の収容室或いは収容容
器などの収容体を移動し、その移動可能な収容室或いは
収容容器などの収容体を木炭製造装置本体内に所要時間
の間、所望の処理をして素材となる被炭化材を木炭製造
装置本体内で炭化して木炭を容易にそして確実に製造す
ることができる効果がある。また、本発明は、木炭製造
装置であって、その木炭製造装置本体内を隔壁で区分し
て三室にしたのであり、隔壁で区分して三室にすること
により余熱室、加熱室、消火冷却室のそれぞれの室の機
能を充分発揮して余熱室、加熱室、消火冷却室の固有の
機能を果たし得る。また、本発明は、窒素ガスを使用し
て、木炭製造装置本体内の消火冷却室で炭化した被炭化
材を消火冷却処理し、その消火冷却を早めると同時に、
そこで、熱交換した熱を余熱室へ導いて熱効率を高め得
るようにして、素材となる被炭化材を木炭製造装置本体
内で炭化して木炭を製造する木炭製造装置であるから、
窒素ガスを使用して、木炭製造装置本体内の消火冷却室
で炭化した被炭化材を消火冷却処理し、その消火冷却を
早めると同時に、そこで、熱交換した熱を余熱室へ導い
て熱効率を高め得ることができる効果がある。また、本
発明は、消火冷却室で使用する窒素ガスにより、木炭製
造装置本体内で炭化した被炭化材を消火冷却処理し得る
ことにより消火冷却を早め、そこで、熱交換した熱を余
熱室へ導いて熱効率を高め得るようにして、素材となる
被炭化材を木炭製造装置本体内で炭化して木炭を製造す
ることを特徴とする木炭製造装置本体内を隔壁で区分し
て三室にし、それらの室を余熱室、加熱室、消火冷却室
にして、直列に並べて、仕切り用扉により、熱効率を高
め得るようにし、被炭化材の収容体を、それらの余熱
室、加熱室、消火冷却室を通って順番通りに移動させ、
余熱室、加熱室、消火冷却室の仕切り用扉を開閉し得る
ようにして、素材となる被炭化材の木材から発生した木
炭ガスを熱源として使用して、それぞれの室内での熱効
率を高めてそれら三室の機能を最適状態にし、そして、
それらの余熱室、加熱室、消火冷却室により、余熱処
理、加熱処理、消火冷却処理をして素材となる被炭化材
を木炭製造装置本体内で炭化して木炭を製造し、木炭製
造装置本体の入口から出口に向けて前記収容室或いは収
容容器などの収容体を移動させることにより素材となる
被炭化材を炭化して木炭を製造することを特徴とする木
炭製造装置を使用した木炭製造方法であるから、余熱
室、加熱室、消火冷却室の余熱処理、加熱処理、消火冷
却処理を充分機能させ得る効果がある。According to the present invention, the interior of the charcoal manufacturing apparatus can be divided into three chambers by partitioning them, and these chambers can be arranged in series as a residual heat chamber, a heating chamber, and a fire extinguishing cooling chamber, and the thermal efficiency can be increased by a partition door. As a result, there is an effect that the utilization of heat can be maximized by the partition wall in the main unit of the charcoal production device. In addition, there is an effect that a three-stage operation can be achieved by the characteristics of each of the three remaining heat chambers, the heating chamber, and the fire extinguishing cooling chamber divided by the partition. Also,
Skilled because the container of the material to be carbonized was moved in order through the remaining heat chamber, heating room, fire extinguishing cooling room, and the partition doors of the remaining heat room, heating room, fire extinguishing cooling room could be opened and closed. There is an effect that the work can be performed even if it is not a person. In addition, using charcoal gas generated from wood as the material to be carbonized as a heat source, the thermal efficiency in each room is increased to optimize the functions of these three rooms, and their remaining heat room, heating room, fire extinguishing cooling The chamber is subjected to post-heating treatment, heating treatment, fire-extinguishing cooling treatment, and carbonized the material to be carbonized in the main body of the charcoal making apparatus to produce charcoal. Alternatively, since the charcoal manufacturing apparatus is characterized in that charcoal is manufactured by carbonizing a material to be carbonized as a material by moving a container such as a storage container, a movable material in the main body of the charcoal manufacturing apparatus is used. The storage object such as the storage room or the storage container for the carbonized material is moved, and the movable storage room or the storage container for the carbonized material is placed in the main body of the charcoal making apparatus for a required time. The material and That the object to be carbonized material is effective, which can be easily and reliably manufactured charcoal and carbonized in charcoal production equipment. Further, the present invention makes it possible to move a container such as a container or a container for a material to be carbonized as a raw material, and to move the remaining heat chamber, the heating chamber, and the fire extinguishing cooling chamber in the charcoal manufacturing apparatus main body in order. In each of the remaining heat chamber, the heating chamber, and the fire extinguishing cooling chamber, the required heat treatment, heat treatment, and fire extinguishing cooling processing are performed for a required time, and the material to be carbonized is carbonized in the main body of the charcoal making apparatus to produce charcoal. In addition to manufacturing, the nitrogen gas used in the fire extinguishing cooling chamber can extinguish the fire extinguishing cooling by extinguishing and cooling the carbonized material in the charcoal production device main body, thereby leading the heat exchanged heat to the residual heat chamber. Since the charcoal production method is characterized in that the carbonized material as the raw material is carbonized in the main body of the charcoal producing apparatus so as to increase the thermal efficiency and the charcoal is produced in the main body of the charcoal production device, Containers such as containers After moving, the movable body such as a storage room or a storage container is subjected to a desired treatment in the main body of the charcoal manufacturing apparatus for a required time, and the material to be carbonized is carbonized in the main body of the charcoal manufacturing apparatus. There is an effect that charcoal can be easily and reliably manufactured. Further, the present invention relates to a charcoal producing apparatus, wherein the interior of the charcoal producing apparatus is divided into three chambers by dividing the main body with a partition, and is divided into three chambers by a partition to form a remaining heat chamber, a heating chamber, a fire extinguishing cooling chamber. The functions of the respective chambers can be fully exhibited to fulfill the unique functions of the remaining heat chamber, the heating chamber, and the fire extinguishing cooling chamber. Further, the present invention uses nitrogen gas to extinguish and cool the carbonized material carbonized in the fire extinguishing cooling chamber in the charcoal manufacturing apparatus main body, and at the same time accelerate the fire extinguishing cooling,
Therefore, since the heat exchanged heat is introduced into the remaining heat chamber to increase the thermal efficiency, the charcoal producing apparatus produces charcoal by carbonizing the material to be carbonized in the main body of the charcoal producing apparatus.
Using nitrogen gas, the material to be carbonized in the fire extinguishing cooling chamber in the charcoal manufacturing equipment body is subjected to fire extinguishing and cooling processing, and the fire extinguishing cooling is accelerated, and at the same time, the heat exchanged heat is conducted to the residual heat chamber to improve the thermal efficiency. There is an effect that can be increased. Further, the present invention hastens the fire-extinguishing cooling by performing the fire-extinguishing cooling process on the carbonized material carbonized in the charcoal manufacturing apparatus main body by the nitrogen gas used in the fire-extinguishing cooling chamber, so that the heat exchanged heat is transferred to the residual heat chamber. In order to increase the thermal efficiency by guiding, the material to be carbonized is carbonized in the main body of the charcoal making apparatus to produce charcoal. The room is made into a residual heat room, a heating room, a fire extinguishing cooling room, and arranged in series, so that the partitioning door can increase the thermal efficiency. And move them in order through
By opening and closing the partition doors of the remaining heat room, heating room, fire extinguishing cooling room, using charcoal gas generated from the wood of the material to be carbonized as a material as a heat source, increasing the thermal efficiency in each room Optimize the functions of these three rooms, and
The preheating chamber, the heating chamber, and the fire extinguishing / cooling chamber perform post heat treatment, heat treatment, and fire extinguishing / cooling processing to carbonize the material to be carbonized in the main body of the charcoal manufacturing apparatus to produce charcoal. A charcoal production method using a charcoal production apparatus characterized in that charcoal is produced by carbonizing a material to be carbonized as a raw material by moving a container such as the storage chamber or a storage container from an inlet to an outlet of the container. Therefore, there is an effect that the remaining heat treatment, the heating treatment, and the fire extinguishing cooling treatment of the remaining heat chamber, the heating chamber, and the fire extinguishing cooling chamber can be sufficiently performed.
【図面の簡単な説明】[Brief description of the drawings]
【図１】本発明の木炭製造装置の概念的な構造の縦断面
図である。FIG. 1 is a longitudinal sectional view of a conceptual structure of a charcoal production device of the present invention.
【図２】図１で示した本発明の木炭製造装置の概念的な
構造の縦断面図である。FIG. 2 is a longitudinal sectional view of a conceptual structure of the charcoal production apparatus of the present invention shown in FIG.
【図３】本発明の木炭製造装置の使用に際して用いられ
る被炭化材の収容室或いは収容容器をなどの収容体とな
る移動車の斜視図である。FIG. 3 is a perspective view of a moving vehicle serving as a storage body such as a storage room or a storage container for a carbonized material used when using the charcoal production apparatus of the present invention.
【図４】本発明の木炭製造装置を使用して、移動車内の
被炭化材を木炭製造装置内で炭化して、その後、木炭を
おろして移動車内の空車を斜面で下降させ、木炭製造装
置下方位置で、リフトにより木炭製造装置の入口の前
に、移して、最初の位置に服した状態を本発明の木炭製
造をなし得る使用態様斜視図である。FIG. 4 is a diagram illustrating a charcoal manufacturing apparatus using the charcoal manufacturing apparatus of the present invention to carbonize a material to be carbonized in a mobile vehicle in the charcoal manufacturing apparatus, and then lowering the charcoal to lower an empty vehicle in the mobile vehicle on a slope; FIG. 5 is a perspective view of a use mode in which the charcoal production of the present invention can be performed in a state where the charcoal production apparatus according to the present invention is moved to a first position by a lift in front of an entrance of a charcoal production device in a lower position.
１ 余熱室 ２ 加熱室
兼乾留室 ３ 窒素ガス使用の消火冷却室 ４ 第一の
開閉可能な扉 ５ 第二の開閉可能な扉 ６ 第三の
開閉可能な扉 ７ 第四の開閉可能な扉 ８ 被炭化
材の収容となる移動車 ９ 移動車の車輪 １０ 移動車
の扉 １１ 木炭ガスタンク １２ 窒素ガ
ス供給管 １３ 高温ガス取り出し口 １４ ドレイ
ン １５ 水平面 １６ 斜面 １７ 気体給送管 １８ 木炭ガ
スタンク １９ 地表面 ２０ 高温ガ
ス取り出し用貯留部 ２１ 木炭ガス取り出し用貯留部 ２２ 窒素ガ
ス供給用貯留部 ２３ 木炭製造装置本体 ２４ 木炭製
造装置本体の入口 ２５ 木炭製造装置本体の出口 ２６ 加熱室
兼乾留室下部構造部分REFERENCE SIGNS LIST 1 extra heat chamber 2 heating chamber and dry distillation chamber 3 fire extinguishing cooling chamber using nitrogen gas 4 first openable door 5 second openable door 6 third openable door 7 fourth openable door 8 Mobile vehicle to store carbonized material 9 Wheel of mobile vehicle 10 Door of mobile vehicle 11 Charcoal gas tank 12 Nitrogen gas supply pipe 13 Hot gas outlet 14 Drain 15 Horizontal plane 16 Slope 17 Gas supply pipe 18 Charcoal gas tank 19 Ground surface 20 High-temperature gas take-out storage unit 21 Charcoal gas take-out storage unit 22 Nitrogen gas supply storage unit 23 Charcoal production device main body 24 Charcoal production device main body inlet 25 Charcoal production device main body outlet 26 Heating / drying room lower structure
───────────────────────────────────────────────────── フロントページの続き (58)調査した分野(Int.Cl.6，ＤＢ名) C10B 53/02 ──────────────────────────────────────────────────続 き Continued on the front page (58) Field surveyed (Int.Cl. 6 , DB name) C10B 53/02
Claims (3)
にし、それらの室を余熱室、加熱室、消火冷却室にし
て、直列に並べて、仕切り用扉により、熱効率を高め得
るようにし、被炭化材の収容体を、それらの余熱室、加
熱室、消火冷却室を通って順番通りに移動させ、余熱
室、加熱室、消火冷却室の仕切り用扉を開閉し得るよう
にして、素材となる被炭化材の木材から発生した木炭ガ
スを熱源として使用して、それぞれの室内での熱効率を
高めてそれら三室の機能を最適状態にし、それらの余熱
室、加熱室、消火冷却室により、余熱処理、加熱処理、
消火冷却処理をして素材となる被炭化材を本炭製造装置
本体内で炭化して木炭を製造し、前記木炭製造装置本体
の入口から出口に向けて収容室或いは収容容器などの収
容体を移動させることにより素材となる被炭化材を炭化
して木炭を製造することを特徴とする木炭製造装置。1. The interior of a charcoal manufacturing apparatus is divided into three chambers by partition walls, and these chambers are arranged in series as a residual heat chamber, a heating chamber, and a fire extinguishing cooling chamber, and a partitioning door can improve thermal efficiency. The container of the material to be carbonized is moved in order through the remaining heat chamber, the heating chamber, and the fire extinguishing cooling chamber, so that the partition doors of the remaining heat chamber, the heating chamber, and the fire extinguishing cooling chamber can be opened and closed, Using the charcoal gas generated from the wood to be carbonized as a heat source, the thermal efficiency in each room is raised to optimize the functions of the three rooms, and the remaining heat room, heating room, fire extinguishing cooling room , Residual heat treatment, heat treatment,
The fired material is subjected to a fire-extinguishing cooling process to carbonize the material to be carbonized in the main body of the charcoal manufacturing apparatus to produce charcoal, and a housing such as a housing room or a housing container is moved from the inlet to the outlet of the main body of the charcoal manufacturing apparatus. An apparatus for producing charcoal, characterized in that charcoal is produced by carbonizing a material to be carbonized by moving the carbonized material.
製造装置本体内の余熱室、加熱室、消火冷却室を移動し
て収容し得るようにし、窒素ガスを使用して、木炭製造
装置本体内の消火冷却室で炭化した被炭化材を消火冷却
処理し、その消火冷却を早めると同時に、そこで、熱交
換した熱を余熱室へ導いて熱効率を高め得るようにし
て、素材となる被炭化材を木炭製造装置本体内で炭化し
て木炭を製造することを特徴とする請求項１記載の木炭
製造装置。2. A charcoal production apparatus according to claim 1, wherein a movable container such as a storage container can be accommodated by moving a remaining heat chamber, a heating chamber, and a fire extinguishing cooling chamber in the main body of the charcoal production apparatus. The carbonized material carbonized in the fire extinguishing cooling chamber in the apparatus main body is subjected to fire extinguishing cooling processing, and the fire extinguishing cooling is accelerated. The charcoal production apparatus according to claim 1, wherein the charcoal is produced by carbonizing the material to be carbonized in the main body of the charcoal production apparatus.
器などの収容体を移動可能にし、それを木炭製造装置本
体内の余熱室、加熱室、消火冷却室を順番通りに移動さ
せて、余熱室、加熱室、消火冷却室のそれぞれにおい
て、所要時間の間、余熱処理、加熱処理、消火冷却処理
をして素材となる被炭化材を木炭製造装置本体内で炭化
して木炭を製造するとともに、消火冷却室で使用する窒
素ガスにより、木炭製造装置本体内で炭化した被炭化材
を消火冷却処理し得ることにより消火冷却を早め、そこ
で、熱交換した熱を余熱室へ導いて熱効率を高め得るよ
うにして、素材となる被炭化材を木炭製造装置本体内で
炭化して木炭を製造することを特徴とする木炭製造装置
を使用した木炭製造方法。3. A storage body such as a storage room or a storage container for a material to be carbonized, which is a material, is made movable, and is moved in order through a remaining heat chamber, a heating chamber, and a fire extinguishing cooling chamber in a main unit of a charcoal production apparatus. In each of the remaining heat room, heating room and fire extinguishing cooling room, for the required time, heat treatment, heat treatment and fire extinguishing cooling process are performed, and the material to be carbonized is carbonized in the main body of the charcoal making device to produce charcoal. At the same time, the nitrogen gas used in the fire extinguishing cooling chamber can extinguish the fire extinguishing cooling by extinguishing and cooling the material to be carbonized in the charcoal production unit by using the nitrogen gas used in the fire extinguishing cooling chamber. A method for producing charcoal using a charcoal production apparatus, characterized in that a material to be carbonized is carbonized in a main body of the charcoal production apparatus so as to produce charcoal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP6244502A JP2890099B2 (en) | 1994-09-02 | 1994-09-02 | Charcoal making device and charcoal making method using the charcoal making device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP6244502A JP2890099B2 (en) | 1994-09-02 | 1994-09-02 | Charcoal making device and charcoal making method using the charcoal making device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0873862A JPH0873862A (en) | 1996-03-19 |
| JP2890099B2 true JP2890099B2 (en) | 1999-05-10 |
Family
ID=17119634
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP6244502A Expired - Fee Related JP2890099B2 (en) | 1994-09-02 | 1994-09-02 | Charcoal making device and charcoal making method using the charcoal making device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2890099B2 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20020026789A (en) * | 2000-10-02 | 2002-04-12 | 오인규 | Method for manufacturing charcoal having strong heating power and product using it made from said method |
-
1994
- 1994-09-02 JP JP6244502A patent/JP2890099B2/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0873862A (en) | 1996-03-19 |
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