Virdia / Bayer / BlueFire Renewables / HP / Walker LP / Simmons / Int J Pharm / Sandia National Laboratory / Gate Fuels Inc / /
Country
Switzerland / United States / China / /
Currency
cent / USD / / /
Event
Environmental Issue / Reorganization / /
Facility
A Seitz Hall / Joint BioEnergy Institute / Wiley Online Library / /
IndustryTerm
concentrated acid-based biomass saccharification technologies / high transportation costs / specific applications / i.e. low energy input / energy input / biotechnology / energy security / evenly-distributed non-food lignocellulosic biomass / shorter processing time / low energy consumption / high processing cost / oil / lower energy density / imaging / separated co-products / cellulose solution / food / energy / lower energy efficiency / non-food lignocellulose biomass / efficient pretreatment technology / net greenhouse gas emissions / crude oil / biomass-independent technology / hydrogen bond network / energy-intensive milling / ordered hydrogen bonding network / storable chemical energy / bio-products / Online Library / cellulolytic systems / alkali solution / fewer processing steps / chemicals / cellulase systems / /
MarketIndex
CAC value / /
MusicAlbum
Simple / /
MusicGroup
Consolidated / Dale / /
NaturalFeature
Chang mountain / Holtzapple mountain / Chang VS mountain / VS mountain / /
Organization
Joint BioEnergy Institute / US Department of Energy Bioenergy Research Centers / USDA Bioprocessing and Biodesign Center / Biological Systems Engineering Department / DOE BioEnergy Science Center / Institute for Critical Technology and Applied Sciences / Society of Chemical Industry / Virginia Tech / Society of Chemical Industry Keywords / Deconstruction Division / /
New lignocellulose pretreatments using cellulose solvents: a review