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, Waste to Energy (WtE)
The use of non-recyclable waste for combustion (incineration) to generate electricity or (less common) for processing into methane or similar fuel.
WtE is generally preferrable to landfill waste disposal. Limestone scrubbers can greatly reduce the emission of harmful chemicals from incineration, and while there is CO2 released, the effect of this is less than the more toxic greenhouse gases that are produced by landfill offgassing of methane, even if much of that methane is captured.
Here's a good article about WtE from the NY Times.
The use of non-recyclable waste for combustion (incineration) to generate electricity or (less common) for processing into methane or similar fuel.
WtE is generally preferrable to landfill waste disposal. Limestone scrubbers can greatly reduce the emission of harmful chemicals from incineration, and while there is CO2 released, the effect of this is less than the more toxic greenhouse gases that are produced by landfill offgassing of methane, even if much of that methane is captured.
Here's a good article about WtE from the NY Times.