This work aims to study the structural and residual trapping mechanisms on the Deccan
traps topography to elucidate the possible implementation of CO2 geological sequestration …

Carbon capture and storage is part of Canada's climate change action plan to reduce
greenhouse gas emissions. The Containment and Monitoring Institute Field Research …

Three different outcrops are selected in this study, each representing a shallow-marine
system with varying heterogeneity provided by siliciclastic–carbonate mixing that may form a …

Geological carbon storage is a promising solution to reduce the CO2 concentration in the
atmosphere to ameliorate the effects of global warming from the greenhouse effect. Among …

In this study, a statistical‐based methodology is used to evaluate the poroelastic effects of
injection during CO2 geologic sequestration in a closed reservoir. We constructed a series …

Solubility of CO 2 in connate water plays a crucial role in facilitating the safe disposal of CO
2 in geological formations, and this phenomenon in CO 2 geological sequestration is termed …

Predicting CO2 plume migration is an important aspect for the geological sequestration of
CO2. In the absence of experimental data, the storage performance of CO2 geo‐storage can …

Carbon capture and storage is considered as an amelioration technique to address the
increasing level of carbon dioxide in the atmosphere. Depleted oil and gas reservoirs are …

Structural trapping is known to be the primary storage mechanism in geological carbon
sequestration (GCS), where the injected CO2 rises upwards due to buoyancy forces and …

Several researchers have studied the Sleipner model to understand the inherent flow
physics better, to find a satisfactory match of the CO 2 plume migration. Various sources of …