Geological carbon storage is one of the technologies required to arrive at the ambitious yet
realistic net-zero emission target and climate change neutrality. Injected CO 2 in geological …

Due to the corrosive nature of dissolved CO 2, the potential short or long term alteration of
rock properties, represents a major issue in several sites where natural CO 2 circulation is …

Carbon capture and sequestration (CCS) in geological formations is a prominent solution for
reducing anthropogenic carbon emissions and mitigating climate change. The capillary …

Carbon dioxide geosequestration in deep saline aquifers or oil and gas reservoirs is a key
technology to mitigate anthropogenic greenhouse gas emissions. Porous carbonate rock is …

Reactive transport modeling is a process-based approach that accounts for advection,
diffusion, dispersion and a multitude of biogeochemical reactions. The occurrence of these …

We present a particle‐based method to simulate carbonate dissolution at the pore scale
directly on the voxels of three‐dimensional micro‐CT images. The flow field is computed on …

Dissolution and precipitation reactions are the primary mechanisms that occur when a rock
(ie, a mineral assemblage) is in contact with a fluid out of equilibrium. They play a critical …

Injection of acids and CO2 into geologic formations leads to dissolution of soluble minerals
comprising reservoirs rocks. This increases the uncertainty in predicting the security and …

Carbon dioxide (CO 2) injection into geological formations is gaining global interest.
Examples include CO 2 storage to mitigate greenhouse gas emissions and water alternating …

The formation factor, which reflects the electrical conductivity of porous sediments and rocks,
is widely used in a range of research fields. Consequently, given the discovery of numerous …