Biomass
Working towards the 3Rs
We aim to create biomass related business by utlizing sustainable and competitive feedstock.
To achieve this objective, we are also promoting the cultivation of biomass in our projects.
Our advantages in domestic
biomass business
Our method of using biomass-based hydrogen and fuel cells to generate electricity can increase power generation efficiency from 20% to 53%.
This reduces the amount of needed materials and allows us to start with as little as 250kW,
scaling up to suit the amount of gathered material without compromising efficiency.
![わが社の熱分解方式は小規模でも高効率な発電を実現 間伐材 炭化装置 水素・一酸化炭素 電力・発熱 出典:三菱重工業株式会社 熱分解により燃料ガスを得る 化学反応により電力を得る 注1 :SOFC(固体酸化物形燃料電池)の効率 熱分解は含まず 注1 電力53% 熱20%](https://gpdj.jp/wp-content/themes/green_power/img/english/biomass/photo01.png)
![わが社の熱分解方式は小規模でも高効率な発電を実現 間伐材 炭化装置 水素・一酸化炭素 電力・発熱 出典:三菱重工業株式会社 熱分解により燃料ガスを得る 化学反応により電力を得る 注1 :SOFC(固体酸化物形燃料電池)の効率 熱分解は含まず 注1 電力53% 熱20%](https://gpdj.jp/wp-content/themes/green_power/img/english/biomass/sp_photo01.jpg)
![バイオマスの収穫から発電所までの全工程でGHG削減を実現 間伐材 熱エネルギーボイラー 運動エネルギータービン 電気エネルギー発電機 電力20~42% 熱50~20%](https://gpdj.jp/wp-content/themes/green_power/img/english/biomass/photo02.png)
![バイオマスの収穫から発電所までの全工程でGHG削減を実現 間伐材 熱エネルギーボイラー 運動エネルギータービン 電気エネルギー発電機 電力20~42% 熱50~20%](https://gpdj.jp/wp-content/themes/green_power/img/english/biomass/sp_photo02.jpg)
Our advantages in imported
biomass business
We aim to develop high efficiency biomass fuel and power station by our own technology.
We utilize non-standard coconuts which do not compete with food and such coconuts are suitable for jet fuel and diesel fuel.
By processing such coconuts into fuel at coconuts production areas, it will lead to utilze fuel consumption efficiently at users areas.
![インドネシア・フィリピン 消費地(日本等)ココナッツ農園 大量の規格外ココナッツを安定的に調達燃料加工工場 現地工場にて3種類の燃料に加工 気体燃料 液体燃料 固体燃料](https://gpdj.jp/wp-content/themes/green_power/img/english/biomass/photo03.png)
![インドネシア・フィリピン 消費地(日本等)ココナッツ農園 大量の規格外ココナッツを安定的に調達燃料加工工場 現地工場にて3種類の燃料に加工 気体燃料 液体燃料 固体燃料](https://gpdj.jp/wp-content/themes/green_power/img/english/biomass/sp_photo03.jpg)
Experimentation and
analysis carried out at
Green Labs Ltd
We produce gas, liquid and solid biomass fuels by heat treatment with superheated steam.
By analysing the fuels produced, we promote the rapid establishment of a process to produce fuels that comply with the standards.
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1. Experiments on fuel
production from
biomassUsing our labo equipment, we test the best conditions for the production of gases, liquids and solids.
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2. Analysis of organic
compounds in
liquid biomass fuelsThe calorific value (kcal) of liquid and solid biomass fuels is measured using a near-infrared calorimeter.
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3. Elemental analysis
of solid and liquid
biomass fuelsAn energy dispersive X-ray fluorescence
spectrometer is used to analyse the
elements in liquid and solid biomass fuels. -
4. Analysis of organic
compounds in liquid
biomass fuelsA gas chromatograph mass spectrometer is
used to analyse the composition of liquid
biomass fuels (e.g. hydrocarbons and fatty acids).