Boca Raton / Oxford / Lignin / Geneva / Denton / New York / Washington / DC / Berlin / /
Company
Renewable Resources / National Academies Press / Kraft / Renewable energy / ACS / National Renewable Energy Laboratory / Oak Ridge National Laboratory / Lawrence Berkeley National Laboratory / E. A. Payzant A. S. / /
Continent
Europe / /
Country
Canada / Italy / United States / /
Currency
pence / / /
Event
Environmental Issue / /
Facility
University of British Columbia / Plant Cell / Plant Physiol / Plant Sci / Plant Biol / Plant Biomass / Institute of Paper Science / University of North Texas / University of California / Plant J. / Georgia Institute of Technology / Plant Biotechnol / /
IndustryTerm
oil recovery / excessive energy / volume by-product / tailored chemical and/ / lignin products / composite products / low-market volume chemical additives / biomass processing / physical and chemical structure / food supply / internal energy use / 3D chemical image / biomass-conversion technologies / downstream processing / food / energy / greenhouse gas emissions / plastics / energy source / lignin-based material applications / targeted physical and chemical properties / desired chemical and physical properties / controlled-delivery media / petroleum products / biomass product / sulfuric acid solution / commodity chemical / commodity chemicals / energy-efficient lightweight vehicles / manufacturing / liquid transportation fuels / direct material applications / chemicals / predictive tool / Selective chemical fragmentation / value products / direct solution / biotechnology / lignin chemical distribution maps / chemical depolymerization / energy security / gas chromatography / improved processing technologies / technology choices / petroleum processing / biomass pretreatment technologies / oil / greenhouse gas concentrations / chemical architectures / pretreatment technologies / chemicals materials / seed oil / chemical pulp industry / Transition metal catalysts / electricity / chemical pulping operations / materials applications / value material applications / functional / spectral imaging / chemical composition / select applications / metal catalysts / chemical transformation / chemicals production / rapid chemical transformation / chemical and physical properties / material applications / chemical imaging / mining / cement / industrial products / chemical structure / co-product / www1.eere.energy.gov/bioenergy/integrated_biorefineries / chemical modifications / structural steel mass / /
Organization
National Research Council / School of Chemistry and Biochemistry / 6BioEnergy Science Center / U.S. Department of Energy / University of North Texas / School of Chemistry / Department of Biological Sciences / BioEnergy Science Center / Department of Chemical and Environmental Engineering / office of the Biomass Program / 7Energy and Environmental Science Directorate / USA.10BioEnergy Science Center / University of California / Riverside / 4BioEnergy Science Center / Institute of Paper Science and Technology / University of British Columbia / Vancouver / Center for Environmental Research and Technology / Georgia Institute of Technology / Atlanta / /
Person
E. Wyman Background / Nat / Richard Chandra / Jack N. Saddler / Martin Keller / Timothy J. Tschaplinski / Paul Gilna / Mary J. Biddy / Brian H. Davison / Amit K. Naskar / Richard A. Dixon / Gerald A. Tuskan / Q. Li / V / Mark F. Davis / Paul Langan / /
REVIEW SUMMARY Advances in biotechnology and chemistry hold promise for greatly expanding the scope of products derived from lignin. READ THE FULL ARTICLE ONLINE