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Scientists have known for nearly a century that certain bacteria can convert organic material into electricity. Only recently though, have microbiologists and engineers worked to exploit this phenomenon in the development of microbial fuel cells for powering environmental monitoring devices and treating wastewater. READ MORE
The future of wastewater treatment is being designed in Pennsylvania, where the Milton Regional Sewer Authority's plant plans to upgrade its antiquated aerobic water treatment process. The technologies penciled into this design of tomorrow aren't new, but the designers are billing it as the world's first wastewater-to-energy project. READ MORE
Cuphea has been in development as an industrial crop for a number of years. Once the oilseed reaches commercial viability it could replace imported oils and petroleum as a source for capric and lauric acids used in the production of manufacturing surfactants, detergents, lubricants, personal care products and other specialty chemicals. READ MORE
Biomass will play an increasing role in filling the world's demand for energy and chemicals. Producing enough biomass will take land and lots of it. As Will Rogers said when advising people to buy land, "They ain't making more of the stuff." Harvesting more biomass per acre for food and fuel to feed and run a growing world population is the key, and microscopic algae may be a major player. READ MORE
Wyoming-based Heartland BioComposites LLC makes composite fencing from wheat straw and recyclable plastic. Though the manufacturing facility is located in an arid region of the country biomass sourcing has been easy. READ MORE
Basic research on plant cell walls promises to boost not only dairy efficiency, but biofuels production as well. USDA Agricultural Research Service scientists may be on the edge of a breakthrough. READ MORE
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