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This is a In Vitro Study study.

August 25, 2025

Effects of Isothermal vs Thermal Simulation in 3D/4D CCS Geomechanical Containment Risk Evaluation for a Depleted Clastic Reservoir

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Thermal simulations indicate significant temperature and stress changes in the reservoir and caprock, impacting injection wells.
Caprock integrity risks remain minimal in base case scenarios, but some pressure margin reduction occurs in high case scenarios.
Observations from fault stability analysis reveal low geomechanical risks of fault re-activation due to insufficient cooling from injected CO2.
Inclusion of thermal modelling enhances assessment of geomechanical containment risks for CO2 sequestration projects.

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Implication

This analysis examines thermal and isothermal effects on caprock integrity and geomechanical risks in a depleted clastic reservoir, suggesting optimal CO2 storage strategies.

Cite This Study

Rashidi et al. (2025) studied this question.

synapsesocial.com/papers/68af5f0dad7bf08b1eae1903 https://doi.org/10.2118/225923-ms

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Implication

This analysis examines thermal and isothermal effects on caprock integrity and geomechanical risks in a depleted clastic reservoir, suggesting optimal CO2 storage strategies.

Effects of Isothermal vs Thermal Simulation in 3D/4D CCS Geomechanical Containment Risk Evaluation for a Depleted Clastic Reservoir

Key Points

Discussion

Implication

Cite This Study

Effects of Isothermal vs Thermal Simulation in 3D/4D CCS Geomechanical Containment Risk Evaluation for a Depleted Clastic Reservoir

Key Points

Discussion

Implication

Cite This Study

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