AbstractMaintaining caprock integrity is key to long-term geological storage of CO2, as large-scale structural trapping below a top seal is one of the most important storage mechanisms. Evaporite sequences, such as anhydrite, form the caprock of many depleted oil and gas reservoirs, as well as several current CCS sites and natural CO2 analogues. This paper is based on two studies by Hangx et al. on the mechanical and volumetric (permeability) behavior of Zechstein anhydrite
The frictional behavior of anhydrite‐bearing faults is of interest to a) the safety and effectivenes...
AbstractLeakage of CO2 into the atmosphere is the most crucial concern for geological storage of ant...
-Leakage of CO2 into the atmosphere is the most crucial concern for geological storage of anthropoge...
Maintaining caprock integrity is key to long-term geological storage of CO2, as large-scale structur...
AbstractMaintaining caprock integrity is key to long-term geological storage of CO2, as large-scale ...
We investigated the effect of rock texture and composition on the mechanical strength and volumetric...
To achieve climate mitigation goals geological storage of CO2 will have to play a major role. Avoidi...
AbstractThe geomechanical behavior of caprock and wellbore systems determines the robustness of the ...
To limit climate change, humanity needs to limit atmospheric CO2 concentrations, hence reduce CO2 em...
The socio-economic impact of global warming resulting from anthropogenic CO2 emissions has lead to m...
Caprock integrity is one of the most important factors regarding the long-term safe underground sto...
Caprock formations are intended to prevent upwards carbon dioxide (CO2) migration to the surface dur...
International audienceUsing a combination of core flooding experiments and wettability measurements,...
The geological storage of CO2, also referred to as CO2 geosequestration, represents one of the most ...
The safe storage of CO2 in deep reservoir units requires an efficient sealing of the overlaying capr...
The frictional behavior of anhydrite‐bearing faults is of interest to a) the safety and effectivenes...
AbstractLeakage of CO2 into the atmosphere is the most crucial concern for geological storage of ant...
-Leakage of CO2 into the atmosphere is the most crucial concern for geological storage of anthropoge...
Maintaining caprock integrity is key to long-term geological storage of CO2, as large-scale structur...
AbstractMaintaining caprock integrity is key to long-term geological storage of CO2, as large-scale ...
We investigated the effect of rock texture and composition on the mechanical strength and volumetric...
To achieve climate mitigation goals geological storage of CO2 will have to play a major role. Avoidi...
AbstractThe geomechanical behavior of caprock and wellbore systems determines the robustness of the ...
To limit climate change, humanity needs to limit atmospheric CO2 concentrations, hence reduce CO2 em...
The socio-economic impact of global warming resulting from anthropogenic CO2 emissions has lead to m...
Caprock integrity is one of the most important factors regarding the long-term safe underground sto...
Caprock formations are intended to prevent upwards carbon dioxide (CO2) migration to the surface dur...
International audienceUsing a combination of core flooding experiments and wettability measurements,...
The geological storage of CO2, also referred to as CO2 geosequestration, represents one of the most ...
The safe storage of CO2 in deep reservoir units requires an efficient sealing of the overlaying capr...
The frictional behavior of anhydrite‐bearing faults is of interest to a) the safety and effectivenes...
AbstractLeakage of CO2 into the atmosphere is the most crucial concern for geological storage of ant...
-Leakage of CO2 into the atmosphere is the most crucial concern for geological storage of anthropoge...