Economy University of Calgary / Lulea University of Technology / Greenhouse Gas Control Technologies / McGill University / / /
IndustryTerm
Chemical recovery cycle / natural gas compounds / chemical solution / transportation / 1M sodium hydroxide solution / thermo-chemical properties / thermodynamic minimum required energy / carbon dioxide gas / alkaline solutions / greenhouse gas / conventional chemical recovery / sodium hydroxide solution / high temperature energy / preliminary chemical process design / oil / feed solution / required energy / aqueous solution / chemical process design / systems energy requirements / mixed sodium carbonate/sodium hydroxide solution / energy / chemical recovery / low energy cost / saturated sodium carbonate aqueous solution / concentrated alkaline aqueous solution / low pumping energy / energy requirement / molar solution / important chemical reactions / chemical / atmospheric air using alkaline solution / alkaline solution / contactors energy requirements / /
MusicGroup
Institute / /
Organization
Lulea University / Institute for Sustainable Energy Environment / University of Calgary / McGill University / Montreal / /
Person
Curtis Berlinguette / Mike Foniok / Alessandro Biglioli / van Heiningen / Christelle Guillermier / Carolyn Ladd / Renato Bacicchi / Maurice Shevalier / Brandon Hart / Marco Satyro / Frank Zeman / Chen / Michael Nightingale / / /
Position
Corresponding author / Author / /
Product
VMGSim / RCA H100 Portable Audio Device / /
ProgrammingLanguage
Labview / /
ProvinceOrState
Alberta / Quebec / Florida / Idaho / /
PublishedMedium
Environmental Science & Technology / Proceedings of the National Academy of Sciences / Environmental Science &Technology / /
Technology
simulation system / thermodynamics / crystallization / simulation / /
Low energy packed tower and caustic recovery for direct capture of CO2 from air