ABSTRACT: Fault seal plays a critical part in hydrocarbon traps, and the same will be true for CO2 storage. The standard workflow for prediction of capillary seal of hydrocarbons can be readily adapted to prediction of CO2 seal since the fluid properties of CO2 at reservoir temperatures and pressures are within the range shown by hydrocarbons. The workflow is applied in a feasibility study into the proposed CO2 storage in the Johansen Formation of the Troll Field. Computation of Shale Gouge Ratio (SGR) over the fault surfaces, in combination with juxtaposition diagrams, was used to estimate the sealing potential of faults cutting the Johansen Formation. SGR values were converted to potential CO2 column heights that might be trapped at each ...
Geotechnical assessments of carbon dioxide (CO2) storage sites in the Gippsland Basin have mainly fo...
Carbon Capture and Storage (CCS) is a suite of technologies available to directly reduce carbon dio...
Fault seal analysis is a key part of understanding the hydrocarbon trapping mechanisms in the petrol...
Structural traps for engineered storage of CO2 usually rely on a component of fault seal. In assessi...
A geomechanical and fault seal analysis of the fault-bound natural CO2 reservoir of the Fizzy Field,...
Fault seal analysis is a key part of understanding the hydrocarbon trapping mechanisms in the petrol...
The proposed Aurora CO2 storage site is located in the Horda Platform, northern North Sea. Within th...
AbstractA geomechanical and fault seal analysis of the fault-bound natural CO2 reservoir of the Fizz...
The successful commercial scale deployment of carbon capture and storage (CCS) requires assurance of...
Geological sequestration of CO2 requires the presence of at least one competent seal above the stora...
Two options for geological storage of CO2 are currently considered: storage in depleted hydrocarbon ...
Seal evaluation for CO2 storage is different from that of a hydrocarbon trap since the oil or gas ac...
Fault sealing is one of the key factors that control hydrocarbon accumulations. Faults in the subsur...
It is widely acknowledged that fault rock capillary properties are important in controlling the dist...
Geological sequestration of CO2 requires the presence of at least one competent seal above the stora...
Geotechnical assessments of carbon dioxide (CO2) storage sites in the Gippsland Basin have mainly fo...
Carbon Capture and Storage (CCS) is a suite of technologies available to directly reduce carbon dio...
Fault seal analysis is a key part of understanding the hydrocarbon trapping mechanisms in the petrol...
Structural traps for engineered storage of CO2 usually rely on a component of fault seal. In assessi...
A geomechanical and fault seal analysis of the fault-bound natural CO2 reservoir of the Fizzy Field,...
Fault seal analysis is a key part of understanding the hydrocarbon trapping mechanisms in the petrol...
The proposed Aurora CO2 storage site is located in the Horda Platform, northern North Sea. Within th...
AbstractA geomechanical and fault seal analysis of the fault-bound natural CO2 reservoir of the Fizz...
The successful commercial scale deployment of carbon capture and storage (CCS) requires assurance of...
Geological sequestration of CO2 requires the presence of at least one competent seal above the stora...
Two options for geological storage of CO2 are currently considered: storage in depleted hydrocarbon ...
Seal evaluation for CO2 storage is different from that of a hydrocarbon trap since the oil or gas ac...
Fault sealing is one of the key factors that control hydrocarbon accumulations. Faults in the subsur...
It is widely acknowledged that fault rock capillary properties are important in controlling the dist...
Geological sequestration of CO2 requires the presence of at least one competent seal above the stora...
Geotechnical assessments of carbon dioxide (CO2) storage sites in the Gippsland Basin have mainly fo...
Carbon Capture and Storage (CCS) is a suite of technologies available to directly reduce carbon dio...
Fault seal analysis is a key part of understanding the hydrocarbon trapping mechanisms in the petrol...