BioCycle February 2005, Vol. 46, No. 2, p. 70
The 70,000 ton per year anaerobic facility makes use of vats of circulating water to separate incoming feedstocks prior to a biological phase for gas recovery.
Melvin S. Finstein
Published since 1960, BioCycle is recognized worldwide for its authoritative coverage on composting, organics recycling, anaerobic digestion, renewable energy and community sustainability.
BioCycle magazine, BioCycle.net and BioCycle Conferences are your go-to source for recovering the maximum value out of every ton of organic waste and wastewater generated. BioCycle shows how to process organic residuals — yard trimmings, food waste, woody materials, biosolids, manure, high strength organic wastes, municipal solid waste (MSW), and other source separated feedstocks into value-added products — and create jobs and green enterprises. Products include compost and engineered soils, biogas-derived electricity, vehicle fuels and renewable natural gas. Products that renew agricultural and urban soils, reduce dependence on fossil fuels.
Also visit: findacomposter.com, biocycleenergy.com, biocyclewestcoast.com
BioCycle magazine, BioCycle.net and BioCycle Conferences are your go-to source for recovering the maximum value out of every ton of organic waste and wastewater generated. BioCycle shows how to process organic residuals — yard trimmings, food waste, woody materials, biosolids, manure, high strength organic wastes, municipal solid waste (MSW), and other source separated feedstocks into value-added products — and create jobs and green enterprises. Products include compost and engineered soils, biogas-derived electricity, vehicle fuels and renewable natural gas. Products that renew agricultural and urban soils, reduce dependence on fossil fuels.
Also visit: findacomposter.com, biocycleenergy.com, biocyclewestcoast.com
