Beulah / Trona / Weyburn / Cambridge / Cambridge / MA; USA / /
Company
Argonne National Laboratory / Pulverized Coal / CO2 / Statoil / /
Country
Netherlands / Italy / Norway / United States / /
Currency
cent / USD / /
Event
Environmental Issue / Reorganization / /
Facility
power plant CO2 / North American Chemical Plant / University Of Utrecht / Great Plains Synfuels Plant / Norwegian Institute of Technology / /
IndustryTerm
pipeline transportation / by-product / oil recovery / capture plant energy requirements / gas fields / gas plants / transportation / energy needs / gas turbine design changes / energy penalty / natural gas operations / capture energy requirements / electricity costs / gas turbine / natural gas / high regeneration energy requirements / box solutions / sequestration technologies / capture plant energy penalty / oil / natural gas plants / energy inputs / fossil energy / energy / greenhouse gas emissions / flue gas approaches / electricity / anthropogenic greenhouse gas / atmospheric pressure flue gas / chemical processes / power plant site / energy requirements / technology changes / chemical absorption / less energy intensive / non-fossil energy resources / oil reservoirs / less energy / capture technology / energy efficiency / flue gas / pipeline quality gas / electricity production costs / natural gas streams / gas turbine plants / higher energy requirements / gas field / synthesis gas / gas prices / gas clean-up / /
NaturalFeature
North Sea / /
Organization
U.S. Department of Energy / Coal Utilization Research Council / MIT / office of Science / SFA / University of Utrecht / office of Fossil Energy / US Federal Reserve / Politecnico di Milano / Norwegian Institute of Technology / /
Person
John Houghton / Perry Bergman / Bob Kane / /
Position
SEPARATION AND CAPTURE Howard J. Herzog Principal Research Engineer / Major / /
ProvinceOrState
Saskatchewan / North Dakota / California / Massachusetts / Colorado / /
The Economics of CO2 Separation and Capture