AbstractA short term performance assessment methodology under development and validation at the In Salah CO2 storage site is presented. The progressive approach first concludes of the necessity to consider a dual media reservoir system at Krechba to fit with gas reservoir production, CO2 injection and CO2 breakthrough at an old appraisal well (Kb-5). To improve gas migration prediction while also considering the geomechanical behavior of the site, an extended geomodel has been developed. Fluid pressure simulation results representative of the dual media reservoir model and of the simple medium upper layer ones (up to the water table) are used to initiate the geomechanical modeling. Comparison of the preliminary geomechanical simulation resu...
A basic requirement for safe geological storage of CO2 is the ability and integrity of the storage c...
AbstractWe report results from a full field simulation model of the combined production and injectio...
AbstractThe In Salah CO2 storage project in Algeria, initiated in 2004, provides a unique early-move...
International audienceA short term performance assessment methodology under development and validati...
International audienceA short term performance assessment methodology under development and validati...
AbstractIn 2006, the CO2ReMoVe project funded by the European Commission was launched with the objec...
AbstractPerformance assessment of CO2 geological storage aims at applying a specific workflow adapte...
AbstractIn 2006, the CO2ReMoVe project funded by the European Commission was launched with the objec...
AbstractThe In Salah Gas Joint Venture CO2 storage project has been in operation in Algeria since 20...
AbstractBuilding on the previous reservoir simulation study of CO2 injection at Krechba, a coupled r...
AbstractSurface uplift has been detected over all three of the In Salah CO2 injection wells with cor...
AbstractThe In Salah CO2 storage site, Algeria, is an industrial-scale capture and storage project. ...
AbstractA methodology for coupled flow-geomechanical CO2 storage site performance assessment using t...
AbstractPerformance assessment of CO2 geological storage aims at applying a specific workflow adapte...
AbstractThe In Salah CCS project in central Algeria is a world pioneering onshore CO2 capture and st...
A basic requirement for safe geological storage of CO2 is the ability and integrity of the storage c...
AbstractWe report results from a full field simulation model of the combined production and injectio...
AbstractThe In Salah CO2 storage project in Algeria, initiated in 2004, provides a unique early-move...
International audienceA short term performance assessment methodology under development and validati...
International audienceA short term performance assessment methodology under development and validati...
AbstractIn 2006, the CO2ReMoVe project funded by the European Commission was launched with the objec...
AbstractPerformance assessment of CO2 geological storage aims at applying a specific workflow adapte...
AbstractIn 2006, the CO2ReMoVe project funded by the European Commission was launched with the objec...
AbstractThe In Salah Gas Joint Venture CO2 storage project has been in operation in Algeria since 20...
AbstractBuilding on the previous reservoir simulation study of CO2 injection at Krechba, a coupled r...
AbstractSurface uplift has been detected over all three of the In Salah CO2 injection wells with cor...
AbstractThe In Salah CO2 storage site, Algeria, is an industrial-scale capture and storage project. ...
AbstractA methodology for coupled flow-geomechanical CO2 storage site performance assessment using t...
AbstractPerformance assessment of CO2 geological storage aims at applying a specific workflow adapte...
AbstractThe In Salah CCS project in central Algeria is a world pioneering onshore CO2 capture and st...
A basic requirement for safe geological storage of CO2 is the ability and integrity of the storage c...
AbstractWe report results from a full field simulation model of the combined production and injectio...
AbstractThe In Salah CO2 storage project in Algeria, initiated in 2004, provides a unique early-move...