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炭化処理装置Carbonization equipment
連続式炭化処理プラント
（CONTINUOUS CARBONIZER）※国際特許取得*International
patent
本技術は内熱式自燃方式技術です。大量に発生するバイオマス資源のリサイクルを目的に開発され、高含水性原料を得意とし、バイオマス原料からセラミックコーティング炭（不燃炭）と有機炭の２種類の均一炭の生産と焼却灰の生産が可能です。
内熱式自燃方式技術とは炭化工程での燃料を自燃で補い、50％の原料水分でも安定した燃焼を維持するためランニングコストは極めて低いです。又プラント全体がシンプル構造のためイニシャルコストが安価でメンテナンスも容易です。
This technology uses inner-heat self sustaining combustion. It was developed for the recycling of biomass resources that are generated in high volume specializing in resources with high water contents. It can use biomass resources to produce two kinds of uniform carbon, ceramic coating carbon (non burning carbon) and organic carbon, as well as incineration ash. Inner-heat self sustaining combustion is a technology where the fuel in the carbonization process is supplemented by self sustaining combustion. It has a very low running cost because it maintains stable incineration even with 50% resource water content. Further, the overall simple configuration of the plant allows for a low initial cost and easy maintenance.
内熱式自燃方式技術とは炭化工程での燃料を自燃で補い、50％の原料水分でも安定した燃焼を維持するためランニングコストは極めて低いです。又プラント全体がシンプル構造のためイニシャルコストが安価でメンテナンスも容易です。
This technology uses inner-heat self sustaining combustion. It was developed for the recycling of biomass resources that are generated in high volume specializing in resources with high water contents. It can use biomass resources to produce two kinds of uniform carbon, ceramic coating carbon (non burning carbon) and organic carbon, as well as incineration ash. Inner-heat self sustaining combustion is a technology where the fuel in the carbonization process is supplemented by self sustaining combustion. It has a very low running cost because it maintains stable incineration even with 50% resource water content. Further, the overall simple configuration of the plant allows for a low initial cost and easy maintenance.
バッチ式炭化処理装置
（BATCH・CARBONIZER）
本技術は使用済み人工透析器具、細菌シヤーレなど高分子系やセルロース系の感染性医療廃棄物や、一般的におぞましく処理し難い廃棄物を600℃～700℃の高温で一括炭化し、完全に殺菌処理する処理機です。
本機に還流管ユニットを取り付けることにより、処理原料のプラスチック類から油を回収し、回収油を本機の加熱燃料として再利用することで大幅なランニングコストの削減も可能です。（オプション機能）
This technology is a processor that batch carbonizes artificial dialysis equipment, high molecular and cellulous related infectious medical waste such as bacterial Petri dishes, and other generally odious and difficult to process waste at a high temperature of 600oC to 700oC for total decontamination processing. Oil can be recovered from plastics in the processed resource by attaching a reflux pipe unit, which can be used as heating fuel for the device itself for a major reduction of running cost. (Optional function)
本機に還流管ユニットを取り付けることにより、処理原料のプラスチック類から油を回収し、回収油を本機の加熱燃料として再利用することで大幅なランニングコストの削減も可能です。（オプション機能）
This technology is a processor that batch carbonizes artificial dialysis equipment, high molecular and cellulous related infectious medical waste such as bacterial Petri dishes, and other generally odious and difficult to process waste at a high temperature of 600oC to 700oC for total decontamination processing. Oil can be recovered from plastics in the processed resource by attaching a reflux pipe unit, which can be used as heating fuel for the device itself for a major reduction of running cost. (Optional function)
燃料再生装置Fuel recycling equipment
バッチ式プラスチック油化再生装置
（PLASTIC・ORIGIN・OIL・SYSTEM）
本技術はプラスチック廃棄物を油に再生し、燃料として再利用する再生装置です。プラスチック廃棄物に雨水や泥、油などが付着していても処理が可能です。水分は蒸発させ泥は装置内に残し油は再生油となります。
処理対象原料：PP、PS、PE、PVCなどのプラスチック廃棄物（原料により再生収率の変動あり）
This technology is a recycling device that recycles plastic waste into oil for reuse as fuel. It is capable of processing plastic waste that still has rain water, dirt, or oil attached. The water is evaporated, the dirt remains in the device, and the oil becomes recycled oil. Materials that can be processed: Plastic waste such as PP, PS, PE, and PVC (recovery rate varies depending on material).
処理対象原料：PP、PS、PE、PVCなどのプラスチック廃棄物（原料により再生収率の変動あり）
This technology is a recycling device that recycles plastic waste into oil for reuse as fuel. It is capable of processing plastic waste that still has rain water, dirt, or oil attached. The water is evaporated, the dirt remains in the device, and the oil becomes recycled oil. Materials that can be processed: Plastic waste such as PP, PS, PE, and PVC (recovery rate varies depending on material).
食用廃油の灯油、Ａ重油再生燃料及び軽油燃料再生製造プラント
（BIO・DIESEL・FUEL・PLRANT）※特許出願中*Patent pending
本技術は食用廃油の動粘度を低下させ夾雑物の除去、水分の完全除去処理を行った精製油は灯油、Ａ重油の代替燃料となり、次工程で軽油相当燃料も生産可能なハイブリッドプラントです。
This technology is a hybrid plant that reduces viscosity from processed oils and removes foreign matter and completely eliminates water to allow use as a replacement fuel for kerosene or diesel oil. This is a hybrid plant that can further recycle the waste into a gas oil equivalent by further processes.
This technology is a hybrid plant that reduces viscosity from processed oils and removes foreign matter and completely eliminates water to allow use as a replacement fuel for kerosene or diesel oil. This is a hybrid plant that can further recycle the waste into a gas oil equivalent by further processes.
食用廃油の精製燃料化装置
（BIO・MACK・SYSTEM）※特許出願中*Patent pending
本技術は溶剤を使用せず、また再利用が困難な副産物を発生しないという、従来のバイオディーゼル燃料の生成システムとは全く異なる次世代型の食用廃油再生装置です。再生後の食用廃油は灯油、Ａ重油のバイオマス燃料として利用することで排出権取引やカーボンオフセット、国内クレジット制度に利用でき、地球温暖化防止に大きな効果を生み出します。
This technology is a completely new, next generation cooking oil recycling device that is completely different from existing biodiesel fuel production systems because it requires no solvents and generates no hard to recycle byproducts. The recycled cooking oil can be used as kerosene or diesel oil biomass fuel. This is useful for emissions trading, carbon offset, or the domestic credit program, and has a major effect in the prevention of global warming.
This technology is a completely new, next generation cooking oil recycling device that is completely different from existing biodiesel fuel production systems because it requires no solvents and generates no hard to recycle byproducts. The recycled cooking oil can be used as kerosene or diesel oil biomass fuel. This is useful for emissions trading, carbon offset, or the domestic credit program, and has a major effect in the prevention of global warming.
鉱物廃油燃料再生装置
（MINERARL・WASTEOIL・SYSTEM）※特許出願中*Patent pending
本技術は自動車・機械装置などのエンジンオイルやマシン油などの廃油を再生し、再生油と灯油、A重油とを混合し一般バーナで燃焼させることで燃料費の大幅な削減に貢献します。
This technology recycles waste oils such as engine and machine oils from automobiles and machines. The recycled oil, kerosene, and diesel oil are mixed and burned in a standard burner, contributing to a major reduction in fuel costs.
This technology recycles waste oils such as engine and machine oils from automobiles and machines. The recycled oil, kerosene, and diesel oil are mixed and burned in a standard burner, contributing to a major reduction in fuel costs.
焼却炉Incinerators
汚泥廃棄物却炉プラント
Sludge Waste Incineration Plant
※神奈川県工業技術開発大賞受賞*Awarded the Kanagawa Prefecture
Industrial Technology Development Grand Prize
本技術の特徴は高含水性汚泥廃棄物をベルトプレス脱水機などで水分脱水せずとも直接燃焼することで全体システムのフローを短縮させ少スペース化とイニシャルコストの削減が可能です。
This technology directly burns contaminated waste with high water content without using a belt press dewatering device, resulting in a shorter overall system flow, reduced use of space, and lowered initial cost.
This technology directly burns contaminated waste with high water content without using a belt press dewatering device, resulting in a shorter overall system flow, reduced use of space, and lowered initial cost.
ロータリーキルン焼却炉
Rotary Kiln Incinerator
農林水産物の残渣や産業界の液状残渣・汚泥などを撹拌乾燥と一体的に焼却する機構となっているので焼却効率が良いです。大型ホッパーや油圧プッシャーの採用により運搬車両からの断続的な直接投入に対応できる大容量の万能焼却炉です。
This structure combines an agitated dryer with incineration for agricultural and marine product residue and industrial liquid residue and sludge for highly efficient incineration. It handles intermittent direct insertion from transport trucks through the use of a large hopper and hydraulic pusher, making it a large volume all purpose incinerator.
This structure combines an agitated dryer with incineration for agricultural and marine product residue and industrial liquid residue and sludge for highly efficient incineration. It handles intermittent direct insertion from transport trucks through the use of a large hopper and hydraulic pusher, making it a large volume all purpose incinerator.