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Matter / Energy economics / Carbon capture and storage / Chemical engineering / Climate change mitigation / Enhanced oil recovery / Cubic foot / Petroleum / Low-carbon economy / Chemistry / Carbon dioxide / Carbon sequestration


Development of a Probabilistic Assessment Methodology for Evaluation of Carbon Dioxide Storage By Robert C. Burruss, Sean T. Brennan, Philip A. Freeman, Matthew D. Merrill, Leslie F. Ruppert, Mark F. Becker, William N. H
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Document Date: 2009-03-04 14:46:26


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File Size: 2,11 MB

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Company

CO2 Storage Resources / National Energy Technology Laboratory / PT PTD PTDs PTs PTU PTUs PVT / Determine Unconditional Storage Resources / /

Country

United States / /

Event

Business Partnership / /

IndustryTerm

geologic sequestration technologies / oil and gas resources / conventional enhanced oil recovery saline formation storage / oil recovery / temperature oil recovery factor / conventional enhanced oil recovery cubic feet / geographic information system gas /

Organization

U.S. Congress / U.S. Department of Energy / African Union / Storage Assessment Unit / U.S. Government / U.S. Environmental Protection Agency / Organization of the Report / U.S. Department of the Interior / Environmental Protection Agency / /

Person

Philip H. Nelson / Leslie F. Ruppert / Sean T. Brennan / Robert C. Burruss / William N. Herkelrath / Christopher J. Schenk Open-File / Christopher J. Schenk / Christopher E. Neuzil / Matthew D. Merrill / Timothy R. Klett / Philip A. Freeman / Sharon M. Swanson / Troy A. Cook / Mark F. Becker / Suzette M. Kimball / /

/

Position

Acting Director U.S. Geological Survey / Secretary U.S. Geological Survey / /

Product

CO2 injection / /

PublishedMedium

Public Law / /

Technology

GIS / geologic sequestration technologies / ATM / carbon management technologies / /

URL

http /

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