Engineering Analysis of Indirect Biomass Liquefaction - Biomass Magazine

Engineering Analysis of Indirect Biomass Liquefaction - Biomass Magazine

Ethanol Producer Magazine

Engineering Analysis of Indirect Biomass Liquefaction Biomass Magazine, ND - Jan 11, 2008 Future remote power systems may run on indigenous biomass residues such as forest or agricultural wastes that power fuel cells with a completely “green” ... Biomass Gasification: Any New Environmental Concerns? Ethanol Producer Magazine all 2 news articles

Engineering Analysis of Indirect Biomass Liquefaction - Biomass Magazine
fuel cells may be a near-term solution to power production in remote areas. biomass residues such as forest or agricultural wastes that power fuel cells with a completely “green” footprint. produced from fossil sources, but this project touts renewable biomass-derived hydrogen using wood residue as the primary feedstock. produced and converted to hydrogen at remote sites. biomass gasification relative to methanol production and to identify potential methanol production systems that can handle various compositions of syngas. biomass does not need to be predried because the heat integration assists in maintaining the uniform gasification temperatures required for complete conversion of green biomass. produce methanol using thermally integrated gasification is 79 cents per gallon, assuming a 20-year life with an estimated capital cost of $665,844 financed at 6.5 percent. producing 176,967 gallons of methanol per year.