HyEnergy Scientific Instruments LLC / Furukawa / Broader / International Energy Agency / Kubota / Matsuda / Lawrence Berkeley National Laboratory / Cambridge University Press / /
Country
Netherlands / Benin / United States / /
Currency
USD / / /
Event
Environmental Issue / /
Facility
Hoff Institute / bar CO2 / Greenhouse Gas Control / bar N2.33 Fig / University of California / bar N2 / University of Amsterdam / /
IndustryTerm
regeneration energy requirements / improved chemical robustness / energy demands / low-pressure gas stream / gas molecules / flue gas temperature / energy axis / flue gas temperatures / energy penalty / gas molecules increases / non-porous metal / high-energy binding sites / unsaturated metal coordination sites15 / minor flue gas components / Online functionalities / high energy requirements / Post-combustion flue gas / outlet gas stream / aqueous alkanolamine solutions / flue gas pressures / given metal / energy / metal / greenhouse gas emissions / dual-site / Online composition / reaction product / scale equipment / gas adsorption / exit gas / inlet gas / gas stream / captured gas / measurable single-component gas adsorption isotherms / flue gas travels / gas mixture / flue gas / average binding energy / Online Energy / gas phase / lower energy penalty / gas adsorption instrument / capture technologies / regeneration energy / aqueous amine solutions / typical flue gas temperature / adsorbed gas / mixed component gas / cleaner energy future / energy framework / thermal energy / gas adsorption isotherms / real mixed gas / power plant flue gas stream / Online gas emissions / gas mixtures / mass gas / material and adsorbed gas / flue gas components / energy costs / cleaner energy sources / flue gas conditions / energy cost / industrial applications / Online Fig / gas molecule / energy requirement / Metal-organic frameworks / energy penalty arising / Online Downloaded / idealized flue gas mixture / open metal sites / greater thermal energy / typical flue gas / High-pressure gas sorption measurements / energy output / /
Organization
Cambridge University / University of California / U.S. Department of Energy / Department of Chemistry / Advanced Research Projects Agency / University of Amsterdam / National Science Foundation / Royal Society of Chemistry / Hoff Institute for Molecular Sciences / /
Person
J. R. Long / O. Swang / W. L. Queen / H. Kabbour / A. Dailly / O. M. Yaghi / D. C. Dietzel / V / C. C. Ahn / E. Groppo / S. S. Kaye / Z. R. Herm / W. S. Han / H. Fjellvag / D. A. Neumann / Elmer Spectrum / B. Arstad / Y. Liu / E. Poirier / G. J. Long / Sergey N. Maximoff / Abhoyjit S. Bhown / Berend Smit / R. Blom / R. E. Johnsen / F. Grandjean / S. Bordiga / Alessandro / C. M. Brown / K. Sumida / S. Chavan / C. Brown / A. D. Neumann / O. K. Kongshaug / /
Position
C1EE01720A General information Anhydrous dichloromethane / RT / representative / temperature controller / D. G. Archer / J. Phys / Queen / /
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