Florida Biorefinery Targets First Waste-to-Fuel Process on Commercial Scale
While other researchers are working on processes to convert waste into fuel, Ineos Bio’s plan would garner revenue from three different streams: taking in plant waste and possibly household garbage; generating electricity; and producing ethanol with significantly reduced CO2 emissions.
The facility will use common processes to gasify plant waste, including palm leaves. But while typical ethanol processes use bacteria that eat sugars, this process will use a bacteria found in chicken waste that researchers say consumes carbon monoxide and hydrogen.
The remaining gas will be burned for electricity. In tests, the process has produced nearly 100 gallons of ethanol per dry ton of waste, according to the company.
By mid-2012, the company expects to begin producing 8 million gallons of bioethanol and six megawatts of electricity annually.
About two megawatts of that electricity — enough to power 1,400 homes — will be shared with the local community.
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