Geologic carbon dioxide (CO 2) storage is a promising strategy for reducing its atmospheric
levels, but concerns regarding potential leakage through faults or high-permeability …

Sequestration of carbon dioxide (CO 2) in deep saline aquifers is an approach to addressing
the increasing level of atmospheric CO 2. Rock wettability influences various aspects of …

Subsurface hydrogen (H 2) storage has emerged as a promising solution for overcoming
challenges in renewable energy generation. The feasibility of geologic hydrogen storage in …

Subsurface fluid injection stimulates complex hydromechanical interaction, necessitating the
integration of geomechanical data across spatial and temporal scales to consider the …

The displacement efficiency of supercritical CO2 (scCO2) injection in the storage zone and
its primary trap** mechanism in the confining zone are strongly tied to the capillary …

In this study, the Darcy–Brinkman–Stokes (DBS) model based on the theory of microscopic
continuous media is used to model the pore-scale reaction transport in rocks. This reaction …

Proper consideration of the complexity of coupled processes is essential for accurate
assessment of outcomes of geoenergy projects. The potential applications include …

The feasibility of geologic hydrogen (H2) storage in saline aquifers necessitates a thorough
analysis of multiphase fluid flow and fluid distribution. This study investigates Berea …

PETRONAS is committed to reduce the bulk carbon dioxide (CO2) emission to the
atmosphere by re-injecting the produced CO2 from high CO2 gas field to nearby identified …

The displacement efficiency of supercritical CO2 (scCO2) injection in the storage zone and
its primary trap** mechanism in the confining zone are strongly tied to the capillary …