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Book Cover
E-book
Author Tomski, Pamela

Title US policy shift to carbon capture, utilization, and storage driven by carbon dioxide enhanced oil recovery / Pamela Tomski, Vello Kuuskraa, and Michael Moore
Published Washington, DC : Atlantic Council of the United States, 2012
©2012

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Description 1 online resource (15 pages) : color illustrations, color maps
Series Issue brief (Atlantic Council of the United States)
Issue brief (Atlantic Council of the United States)
Summary In the absence of US legislative action on climate policy, there has been a shift in US policy emphasis from carbon capture and storage (CCS) technology to CCUS with the 'U' for 'utilization' for EOR. Although there are many uses for carbon dioxide, the primary utilization opportunity in the United States is enhanced oil recovery. Currently, CO2-EOR offers the only significant price signal for carbon, and it provides the nation's most viable commercial CCUS pathway, increasing domestic oil production and helping to revitalize the US economy. The report states that the extent to which CO2-EOR will be leveraged for wide-scale CCUS deployment depends largely on how the CO2-EOR market develops and on what type of policy actions are taken to incentivize CO2 capture
Notes "October 2012."
Bibliography Includes bibliographical references (pages 12-14)
Notes Online resource; title from PDF page 1 (ACUS, viewed June 8, 2013)
Subject Carbon sequestration -- Economic aspects
Energy policy -- United States
Petroleum industry and trade -- Environmental aspects.
Carbon dioxide mitigation -- Government policy -- United States
Carbon sequestration -- Economic aspects.
Energy policy.
Petroleum industry and trade -- Environmental aspects.
United States.
Form Electronic book
Author Kuuskraa, Vello
Moore, Michael
Atlantic Council of the United States.
ISBN 9781619770201
1619770202
Other Titles U.S. policy shift to carbon capture, utilization, and storage driven by carbon dioxide enhanced oil recovery
United States policy shift to carbon capture, utilization, and storage driven by carbon dioxide enhanced oil recovery