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co2captureproject.org

Cookie policy - the CO2 Capture Project

http://www.co2captureproject.org/cookies.html

What is the CO. How the project works. Site Traffic Information and Cookies. Servers located within BP and hosted by third party service providers (which may be located outside the EEA) automatically log data about your visit to this website based on your IP address. BP uses this information to see where the website is being used in the world to ensure seamless coverage. By visiting this website, you are agreeing. To our use of cookies for these purposes. This website uses cookies which:. B) enhance the ...

co2captureproject.org

CO2 Capture Project - FAQs on capture and storage

http://www.co2captureproject.org/faqs.html

How the project works. Storage, Monitoring and Verification. Some info goes here. Learn more about CO. Capture and storage by visiting www.ccsbrowser.com. Latest results book now available. CCP has received international recognition for its pioneering work in CCS. View. On storage, monitoring and verification (SMV). On storage, monitoring and verification (SMV). On storage, monitoring and verification (SMV). On storage, monitoring and verification (SMV). On policies and economics.

co2captureproject.com

Monitoring and Verification of CO2 underground – CO2 Capture Project

http://www.co2captureproject.com/monitoring_co2_underground.html

How the project works. Monitoring and Verification of CO. Satellite imaging, In Salah CCS project,. Algeria. Image courtesy of BP. A wide array of monitoring technologies has been used by the oil and gas industry to track fluid movement in the subsurface. These techniques are readily adaptable to CO. Storage to monitor the behavior of CO. Underground. For example, seismic surveying provides an image of the subsurface, often allowing the behavior of stored CO. Some info goes here. Learn more about CO.

co2captureproject.org

About carbon dioxide transport – CO2 Capture Project

http://www.co2captureproject.org/co2_transport.html

How the project works. Pipeline infrastructure, Alaska, USA. Image courtesy of BP. Has to be compressed and transported, most likely by pipeline, to a site suitable for storage. Ships may be viable for CO. Transportation over long distances. Even if a suitable storage site lies directly beneath the source of capture, the captured CO. Will have to be compressed and pumped underground. Pipelining of gases and liquids is widespread throughout the world, and includes millions of tonnes of CO.

co2captureproject.com

CO2 Capture Project Activities - Policies and Incentives

http://www.co2captureproject.com/ccp2_policies.html

How the project works. View publications on policies and incentives. The objectives of the CCP Policy and Incentives team are:. Qualification of technical standards to enable consistent deployment of secure CCS. Providing technological and economic insights needed by governments, regulators, environmental groups and other stakeholders. Two key economic evaluations by the CCP have been carried out to address the issue of financing CO. Other important work has included:. The Phase Two Advisory Board has re...

co2captureproject.com

Site Selection – CO2 Capture Project

http://www.co2captureproject.com/site_selection.html

How the project works. The oil and gas industry has decades of experience understanding and assessing sites kilometers deep underground. The latest technology to map oil and gas fields is now being used to assess sites suitable for CO. Storage. The most effective way to ensure permanent safe storage is to choose sites of sufficient depth (typically deeper than 800 meters) with adequate capacity and an overlying sealing system to ensure containment of fluids. Storage. Image courtesy of BP.

co2captureproject.com

Cookie policy - the CO2 Capture Project

http://www.co2captureproject.com/cookies.html

What is the CO. How the project works. Site Traffic Information and Cookies. Servers located within BP and hosted by third party service providers (which may be located outside the EEA) automatically log data about your visit to this website based on your IP address. BP uses this information to see where the website is being used in the world to ensure seamless coverage. By visiting this website, you are agreeing. To our use of cookies for these purposes. This website uses cookies which:. B) enhance the ...

co2captureproject.com

About carbon dioxide storage – CO2 Capture Project

http://www.co2captureproject.com/co2_storage.html

How the project works. Sandstone rock - typical storage rock. Image courtesy of British Geological Survey. The oil and gas industry has years of experience injecting CO. Underground into geological formations in a process used to enhance oil recovery (EOR). Millions of tonnes of CO. Storage takes place safely and securely. Oil and gas have remained underground for millions of years. The same natural conditions allow injected CO. To be stored securely. Once CO. Storage for millions of years. In the storag...

co2captureproject.org

Monitoring and Verification of CO2 underground – CO2 Capture Project

http://www.co2captureproject.org/monitoring_co2_underground.html

How the project works. Monitoring and Verification of CO. Satellite imaging, In Salah CCS project,. Algeria. Image courtesy of BP. A wide array of monitoring technologies has been used by the oil and gas industry to track fluid movement in the subsurface. These techniques are readily adaptable to CO. Storage to monitor the behavior of CO. Underground. For example, seismic surveying provides an image of the subsurface, often allowing the behavior of stored CO. Some info goes here. Learn more about CO.

co2captureproject.org

Site Selection – CO2 Capture Project

http://www.co2captureproject.org/site_selection.html

How the project works. The oil and gas industry has decades of experience understanding and assessing sites kilometers deep underground. The latest technology to map oil and gas fields is now being used to assess sites suitable for CO. Storage. The most effective way to ensure permanent safe storage is to choose sites of sufficient depth (typically deeper than 800 meters) with adequate capacity and an overlying sealing system to ensure containment of fluids. Storage. Image courtesy of BP.