Over 64 kilotons of CO2 have been injected (May, 2013) into a heterogeneous sandstone reservoir (saline aquifer) at 630-650 m depth. 4D seismics have been applied to monitor CO2 at the Ketzin site. However, the obtained time-lapse seismic signals have been so far interpreted as being caused by fluid saturation changes only. Modeling of the AVO/AVA response allows us to study two kinds of effects: CO2-saturation- and pore-pressure-related effects. Our results indicate that it is rather infeasible to discriminate between both these effects at the Ketzin site dealing with the real seismic data with limited signal/noise ratios. © 2013 The Authors. Published by Elsevier Ltd
AbstractCarbon dioxide (CO2) storage requires a proven monitoring methodology. In this study we inve...
In this study we integrate reservoir simulation with 3D reflection seismic time-lapse data from the ...
Since July 2008, CO2 is injected into a saline aquifer near the town of Ketzin in Germany. For monit...
AbstractOver 64 kilotons of CO2 have been injected (May, 2013) into a heterogeneous sandstone reserv...
AbstractOver 64 kilotons of CO2 have been injected (May, 2013) into a heterogeneous sandstone reserv...
Capture and geological storage of CO2 are an option to reduce greenhouse gas emissions. At Ketzin (G...
3D seismic time-lapse surveys (“4D seismics”) are an essential tool for large scale reservoir charac...
3D seismic time-lapse surveys (“4D seismics”) are an essential tool for large scale reservoir charac...
Time-lapse seismic monitoring of carbon sequestration at Sleipner has revealed the seismic signature...
An important component of any CO2 sequestration project is seismic monitoring for tracking changes i...
Higher concentration of carbon dioxide (CO2) in the atmosphere has contributed to increased interest...
More than 50 000 tons of CO 2 have been injected at Ketzin into the Stuttgart Formation, a saline aq...
A key objective of stage 2 of the Cooperative Research Centre for Greenhouse Gas Technologies Otway ...
The effects of pore pressure and fluid saturation on the seismic velocity changes are coupled and im...
The CO2SINK (and CO2MAN) project is the first onshore CO2 storage project in Europe. The research si...
AbstractCarbon dioxide (CO2) storage requires a proven monitoring methodology. In this study we inve...
In this study we integrate reservoir simulation with 3D reflection seismic time-lapse data from the ...
Since July 2008, CO2 is injected into a saline aquifer near the town of Ketzin in Germany. For monit...
AbstractOver 64 kilotons of CO2 have been injected (May, 2013) into a heterogeneous sandstone reserv...
AbstractOver 64 kilotons of CO2 have been injected (May, 2013) into a heterogeneous sandstone reserv...
Capture and geological storage of CO2 are an option to reduce greenhouse gas emissions. At Ketzin (G...
3D seismic time-lapse surveys (“4D seismics”) are an essential tool for large scale reservoir charac...
3D seismic time-lapse surveys (“4D seismics”) are an essential tool for large scale reservoir charac...
Time-lapse seismic monitoring of carbon sequestration at Sleipner has revealed the seismic signature...
An important component of any CO2 sequestration project is seismic monitoring for tracking changes i...
Higher concentration of carbon dioxide (CO2) in the atmosphere has contributed to increased interest...
More than 50 000 tons of CO 2 have been injected at Ketzin into the Stuttgart Formation, a saline aq...
A key objective of stage 2 of the Cooperative Research Centre for Greenhouse Gas Technologies Otway ...
The effects of pore pressure and fluid saturation on the seismic velocity changes are coupled and im...
The CO2SINK (and CO2MAN) project is the first onshore CO2 storage project in Europe. The research si...
AbstractCarbon dioxide (CO2) storage requires a proven monitoring methodology. In this study we inve...
In this study we integrate reservoir simulation with 3D reflection seismic time-lapse data from the ...
Since July 2008, CO2 is injected into a saline aquifer near the town of Ketzin in Germany. For monit...