Philedelphia / Philadelphia / Peoria / Springfield / Waltham / St. Louis / Hilliard / Palo Alto / New York / Madison / Louis / Chicago / /
Company
Microscopy Laboratory / Literature Cited (1) Farrell A. E. / Forest Products Laboratory / Agilent Technologies / Dionex / Thermo Fisher Scientific / Sigma-Aldrich / BioPulping International Inc. / Academic Press Inc. / YSI Inc. / Arthur Thomas Co / Ralph S. A. / Fisher Scientific / Colowick S. P. / Rohm and Haas / The times / Ohio Semitronics Inc. / /
Continent
North America / /
Country
China / New Zealand / / /
Event
FDA Phase / Environmental Issue / /
Facility
College of Life Science / Institute of Gas Technology / Rocky Mountain Research Station / Capital Normal UniVersity / L reactor / UniVersity of Wisconsin / Forest Products Laboratory / South China UniVersity of Technology / Fort Collins / University of Wisconsin-Madison / /
IndustryTerm
measured energy consumption / process energy efficiency / transportation / energy input / collected wood chips / pretreatment energy consumption / energy consumption evaluation / chemical composition analysis / ecosystem management / lower energy consumption / wood chemical composition / energy consumptions / energy / greenhouse gas emissions / pretreated wood chips / energy consumption / net energy output / high density reducing transportation cost / pretreatment energy efficiency / constant energy consumption / pretreated wood chip / ethanol energye wood milling energye total energy inpute / less energy / gas chromatograph / lower disk-milling size-reduction energy consumption / culture media ingredients / wood chip / electrical energy consumption / chemicals / Wood chemical compositions / sulfite chemical reactions / tree chemical composition / thermal energy recovery / process ethanol energy efficiency / net ethanol energy / stainless steel pressure vessels / ethanol production energy efficiency / potential net ethanol energy / enzyme/ buffer solution / policy makers / energy production / net energy / sugar-production energy efficiencies / thermal energy consumption / chemical compositions / chemical dosages / Few pretreatment technologies / chemical charges / carried out using a gas chromatograph / /
NaturalFeature
Rocky Mountains / /
Organization
Department of Biological Systems Engineering / Chinese Scholarship Council / Capital Normal UniVersity / Beijing / USDA / USDA Forest SerVice / USDA Agricultural Research Service / Ministry of Science and Technology of China / US Federal Reserve / South China UniVersity of Technology / Guangzhou / Institute of Gas Technology / UniVersity of Wisconsin / Madison / University of Wisconsin / College of Life Science / /
Person
Diane Dietrich / John Considine / David Hattis / Woody Biomass / Bruce Dien / Fred Matt / John Popp / /
Evaluation of mountain beetle-infested lodgepole pine for cellulosic ethanol production by sulfite pretreatment to overcome recalcitrance of lignocellulose