International Energy Agency / Durex Industries Inc. / Thermal Corporation / Orange Research Inc. / Oak Ridge National Laboratory / OECD Publishing / Mascoma Corporation / Elsevier Ltd. / Omega Engineering Inc. / /
Country
United States / Lebanon / / /
Facility
University of Tennessee UT-Battelle LLC / Louisiana State University / FT reactor / Plaza et al. / Dartmouth College / L reactor / University of Southern Queensland / /
IndustryTerm
poplar chips / Continuous cooking applications / porous media length / online version / stainless steel manifold blocks / stainless steel 316L / porous media permeability / sustainable global energy system / higher energy consumption / pretreatment technologies / energy / porous media resistance / energy consumption / long stainless steel pipe / media resistance / cooked wood chips / porous media / size reduction processing step / chemicals / /
Organization
Research Center / U.S. Department of Energy / University of Tennessee UT-Battelle LLC / Dartmouth College / University of Southern Queensland / OECD / Great Lakes Bioenergy Research Center / BioEnergy Science / US Federal Reserve / Louisiana State University / DP (Pa) / Link Energy Foundation / /
Person
Shao / Yang / Lee R. Lynd / Rudolph / V / Véronique Archambault-Léger / Wyman / Foust / / /
Position
T.D. / Corresponding author / /
ProvinceOrState
A.B. / Queensland / New York / Tennessee / New Hampshire / /
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