Biomass
Landfill Gas/Biogas
Biomass
Biofuel | Alcohols, Ethanol
Biomass
Biofuel | Alcohols, Biobutanol from Diatom or Algae
(Solalgal Fuel)
Biomass
Biofuel | Pyrolysis Derived Fuels
Biomass
Biofuel | Biodiesel
Biomass
Biofuel | Greendiesel
Biomass
Biofuel | Vegetable Oil
Biomass
Biofuel | Syngas
Biomass
Biofuel | Solids
Biomass
Biofuel | Hydrocarbon Plants
and Biogasoline
Biomass
Energy | Waste-to-Energy (WtE)
Biomass
Microbial Fuel Cells (MFC)
Landfill Gas/Biogas
Biomass
Biofuel | Alcohols, Ethanol
Biomass
Biofuel | Alcohols, Biobutanol from Diatom or Algae
(Solalgal Fuel)
Biomass
Biofuel | Pyrolysis Derived Fuels
Biomass
Biofuel | Biodiesel
Biomass
Biofuel | Greendiesel
Biomass
Biofuel | Vegetable Oil
Biomass
Biofuel | Syngas
Biomass
Biofuel | Solids
Biomass
Biofuel | Hydrocarbon Plants
and Biogasoline
Biomass
Energy | Waste-to-Energy (WtE)
Biomass
Microbial Fuel Cells (MFC)
biomass, Biofuel, Alcohols, Biobutanol from Diatom or Algae (Solalgal Fuel)
Butanol can be used in gasoline engines without engine modification. Like ethanol it is formed via fermentation processes but uses a specialized bacteria, clostridium acetobutylicum, instead of yeast. Diatoms or algae can be used as the raw organic material for butanol production which can be powered by 100% solar energy.
Butanol can be used in gasoline engines without engine modification. Like ethanol it is formed via fermentation processes but uses a specialized bacteria, clostridium acetobutylicum, instead of yeast. Diatoms or algae can be used as the raw organic material for butanol production which can be powered by 100% solar energy.