Cambridge University Press / National Energy Technology Laboratory / Greenhouse Gas Technologies / Volume 1 Bituminous Coal / John Wiley and Sons / Henkel / /
Country
United Kingdom / /
Event
Environmental Issue / /
Facility
Stanford University / PCC plant / Prentice Hall / Greenhouse Gas Control / NGCC power plant / /
IndustryTerm
carbon capture technologies / supply chain / gas phase pressure / technology options / technology implementations / normal standard chemical exergy / adsorption-based carbon capture technology / direct energy consumption / inefficient sub-systems / carbon capture systems / natural gas / chemical potential / electricity generation technologies / metal-organic framework / software package / adsorption-based carbon capture systems / absorption systems / energy / carbon-capture technologies / technology option results / high voltage electricity / cost-competitive electricity / electricity / energy balances / electricity generation / newly-built tools / resource accounting / energy flows / adsorption systems / storage systems / proposed carbon capture systems / internal energy / binary gas mixture / adsorption-based gas separation systems / carbon capture technology / flue gas / embodied energy inputs / re-usable tools / energy impacts / diffusive chemical exergy / technology configurations / gas phase / involved building robust and re-usable tools to enable / /
Organization
Cambridge University / U.S. DOE / Swiss Centre for Life Cycle Inventories / Department of Mechanical Engineering / LCA / Clean Air Task Force / Stanford University / Stanford / /
Person
Adam R. Brandt / Stuart Sweeney Smith / Chris F. Edwards / Adelaide Calbry-Muzyka / Reza Haghpanah / /
Position
Researcher / Professor / Assistant Professor / representative / /
ProvinceOrState
New York / Nova Scotia / /
PublishedMedium
Environmental Science & Technology / The International Journal / /
SportsLeague
Stanford University / /
Technology
given CCS technology / existing carbon capture technologies / carbon-capture technologies / heat transfer / Using technology / four carbon-capture technologies / CCS technology / carbon capture technologies / thermodynamics / carbon capture technology / two electricity generation technologies / CCS technologies / technology of interest / four CCS technologies / adsorption-based carbon capture technology / /
Microsoft Word - GCEP Progress Report 2014