Argonne National Laboratory / Kubota / Matsuda / ACS / Sigma-Aldrich / Ge / Furukawa / Lawrence Berkeley National Laboratory / P. Bollini S. A. / Wildcat Discovery Technologies Inc. / /
Country
Benin / United States / / /
Event
Environmental Issue / /
Facility
National Institute of Standards and Technology / bar N2 / College Park / Science User Facility / bar of CO2 / bar CO2 / Greenhouse Gas Control / NIST Center / University of Maryland / University of California / /
IndustryTerm
gas loading / lower energy penalty / mixed-gas dual-site / gas dosing manifold / gas velocity / gas molecules / gas uptake / capture technologies / equilibrium gas adsorption isotherms / energy penalty / microporous metal / gas adsorption properties / window site / aqueous amine solutions / chemical interactions / temperature gas adsorption measurements / high-throughput gas adsorption analyzer / thermal energy / gas adsorption isotherms / stronger adsorption site / ue gas / High-throughput gas adsorption analysis / gas uptake results / adsorbent based systems / realistic applications / gas adsorption analyzer / highthroughput gas adsorption analyzer / gas mixtures / aqueous alkanolamine solutions / energy / metal / sodium site / capture media / dual-site / mL solution / gas adsorption / hypothetical gas mixture consisting / post-combustion capture applications / ue gas stream / feed gas mixture / evaluated using gas adsorption isotherms / high-throughput gas adsorption instrument / gas adsorption measurements / industrial gas separations / gas mixture / aqueous media / ue gas components / high-throughput gas adsorption system / conventional gas adsorption analyzer / metal sites / gas phase / removal technologies / /
Organization
U.S. Department of Energy / National Science Foundation / Materials Sciences Division / Department of Materials Science and Engineering / University of California / Berkeley / Royal Society of Chemistry / University of Maryland / College Park / Department of Chemistry / NIST Center for Neutron Research / National Institute of Standards and Technology / Advanced Research Projects Agency / Center for Neutron Research / /
Person
Jarad A. Mason / J. C. Hicks / Michael Pape / M. L. Gray / Tae-Hyun Bae / Kenji Sumida / J. H. Drese / Nat / C. W. Jones / Craig M. Brownb / D. J. Fauth / R. P. Lively / J. Liu / W. J. Koros / Greg Halder / G. Qi / Steven S. Kaye / S. Choi / Trudy Bolin / /
Position
Research Associate / vt RT vt RT / /
ProvinceOrState
Maryland / Indiana / California / /
PublishedMedium
the This journal / /
Technology
X-ray / SSL / DSL / CO2 capture technologies / ion exchange / conventional CO2 removal technologies / Simulation / calculated using the SSL / /
Energy & Environmental Science PAPER Cite this: Energy Environ. Sci., 2013, 6, 128