Presented at: ECMOR XIV - 14th European conference on the mathematics of oil recovery, Catania, Italy, 8.-11. September 2014In this work we provide estimates of CO2 storage capacity of the Utsira Formation using the recently provided datasets from the Norwegian Petroleum Directorate, taking CO2 density variation into account. We also investigate strategies on how to realize as much as possible of this potential in large-scale injection scenarios. We base our study on the assumption that the limiting factor for CO2 storage at Utsira is the efficient use of available trapping mechanisms, with pressure buildup being of secondary concern. We consider the trapping mechanisms considered most important for the medium-to-long term (structural, resi...
AbstractThe feasibility to recover stored CO2 from the Utsira formation at Sleipner has been studied...
Storage capacity is a key aspect when validating potential CO2 sequestration sites. Most CO2 storage...
Storage capacity is a key aspect when validating potential CO2 sequestration sites. Most CO2 storage...
In this work, we investigate the pressure-limited storage capacity of the Utsira formation. We emplo...
In this work, we investigate the pressure-limited storage capacity of the Utsira formation. We emplo...
AbstractThe southern part of the Utsira formation has been identified as a possible candidate that m...
AbstractAs the storage capacity especially in the shallower region is critically dependent on the ph...
AbstractThe southern part of the Utsira formation has been identified as a possible candidate that m...
AbstractThe feasibility to recover stored CO2 from the Utsira formation at Sleipner has been studied...
AbstractSubsurface storage of CO2 has a long history on the Norwegian continental shelf; in the Slei...
Large North Sea aquifers of high quality are the likely major target for 12 Gt of European CO2 emiss...
AbstractSubsurface storage of CO2 has a long history on the Norwegian continental shelf; in the Slei...
Large North Sea aquifers of high quality are the likely major target for 12 Gt of European CO2 emiss...
Large North Sea aquifers of high quality are the likely major target for 12 Gt of European CO2 emiss...
AbstractThere are several approaches to estimate possible storage capacities for aquifers and traps ...
AbstractThe feasibility to recover stored CO2 from the Utsira formation at Sleipner has been studied...
Storage capacity is a key aspect when validating potential CO2 sequestration sites. Most CO2 storage...
Storage capacity is a key aspect when validating potential CO2 sequestration sites. Most CO2 storage...
In this work, we investigate the pressure-limited storage capacity of the Utsira formation. We emplo...
In this work, we investigate the pressure-limited storage capacity of the Utsira formation. We emplo...
AbstractThe southern part of the Utsira formation has been identified as a possible candidate that m...
AbstractAs the storage capacity especially in the shallower region is critically dependent on the ph...
AbstractThe southern part of the Utsira formation has been identified as a possible candidate that m...
AbstractThe feasibility to recover stored CO2 from the Utsira formation at Sleipner has been studied...
AbstractSubsurface storage of CO2 has a long history on the Norwegian continental shelf; in the Slei...
Large North Sea aquifers of high quality are the likely major target for 12 Gt of European CO2 emiss...
AbstractSubsurface storage of CO2 has a long history on the Norwegian continental shelf; in the Slei...
Large North Sea aquifers of high quality are the likely major target for 12 Gt of European CO2 emiss...
Large North Sea aquifers of high quality are the likely major target for 12 Gt of European CO2 emiss...
AbstractThere are several approaches to estimate possible storage capacities for aquifers and traps ...
AbstractThe feasibility to recover stored CO2 from the Utsira formation at Sleipner has been studied...
Storage capacity is a key aspect when validating potential CO2 sequestration sites. Most CO2 storage...
Storage capacity is a key aspect when validating potential CO2 sequestration sites. Most CO2 storage...