power plant CO2 / store CO2 / California Institute of Technology / /
IndustryTerm
oil recovery / pipeline infrastructure / gas plants / gas production data / transportation / oil and gas provinces / energy needs / capture systems / gas storage industry experience / physical and chemical trapping mechanisms / incremental oil / oil and gas fields / technology characteristics / natural gas / oil and gas / lake gas disaster / risk management / gas mitigation option / oil / undiscovered energy / geological media / energy / cement wall / oil and gas industry / gas field development / electricity / hyperspectral imaging / cement degradation / electricity generation / oil and gas reservoirs / geological storage site / dense gas / required transportation distance / storage site / gas emissions / renewable energy options / natural gas combined-cycle / electricity production / oil reservoirs / manufacturing enterprises / capture technology / mature market technology / cement / incremental oil production / electricity production costs / cement plugs / credible geological storage systems / petroleum systems / credible technology / subsurface-surface layer gas transport / established protocols / /
NaturalFeature
Lake Nyos / /
Organization
California Institute of Technology / Cambridge University / Compact Commission / Seismological Society of America / American Association of Petroleum Geologists / OECD / /
Person
H.R. Compton / A.J. Rigg / V / B.E. Bradshaw / V / /
Position
representative / /
Product
Seismicity Underground injection / CO2 Injection / CO2 injections / The USEPA Underground Injection / information / /
Implementing Geological Carbon Capture and Storage: Assessing the Challenges Intergovernmental Panel on Climate Change Introduction