Upon injection into a reservoir, CO2 migrates and interacts with the host rock and pore water
(Benson et al. 2005, 2012). Supercritical or gaseous CO2 dissolves in the pore aqueous …

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 …

Reactive transport models can be used to predict the long-term storage capacity of CO 2 in
carbonate formations if the parameters that couple physical and chemical interactions can …

CO 2 storage in carbonate aquifers is a way to mitigate atmospheric CO 2 emissions, but it
leads to acid-producing reactions that may induce alterations in the rock pore structure and …

During carbonated water injection and CO 2-WAG scenarios for enhanced oil recovery,
dynamic transfer of CO 2 from aqueous phase into resident oil can cause complex pH …

This present study investigates the microscopic pore structure of tight sandstone reservoirs.
Core samples, thin sections, scanning electron microscopy, X-ray diffraction, and mercury …

CO 2 reinjection in petroleum reservoirs brings advantages in oil production but may cause
dissolution in carbonate reservoirs. Two-scale continuum models have been successfully …

Reactive-infiltration instability is an inherent nature of a solid dissolution process in a rock
fracture. This instability expands the aperture (spacing) of the fracture inhomogeneously and …

Fluids with different densities often coexist in subsurface fractures and lead to variable‐
density flows that control subsurface processes such as seawater intrusion, contaminant …

The dissolution of minerals within rock fractures is fundamental to many geological
processes. Previous research on fracture dissolution has highlighted the significant role of …