Abstract Carbon Capture and Sequestration (CCS) has been widely adopted as a key
technology to mitigate anthropogenic greenhouse gas emissions and to meet the 2050 net …

One of the major concerns of carbon capture and storage (CCS) projects is the prediction of
the long-term storage security of injected CO 2. When injected underground in saline …

Deep saline aquifers and depleted carbonate reservoirs are generally considered promising
locations for subsurface CO 2 storage. However, carbonate minerals particularly calcite can …

In this paper, we report on experimental and computational studies investigating the
evolution of pore structure and permeability of a microporous carbonate rock during …

Résumé The dynamic response of rocks to thermal, hydrodynamical, mechanical, and
geochemical solicitations is of fundamental interest in several disciplines of geosciences …

We study the impact of reactive flow on a complex carbonate rock whose pore space was
resolved by X‐ray μ‐CT. A small core plug was imaged in the original and chemically …

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 …

Fines mobilization during the injection of low-salinity water yields a decrease in well
injectivity and productivity but may cause an increase in the reservoir sweep efficiency …

Abstract Digital Rock Physics (DRP) serves as a powerful computational tool for analyzing
the petrophysical properties of rock. Obtaining the properties of a fine-grained sample, such …

This study aims to present a simple method to calculate the permeability of porous materials
using μ-CT images and an approximation based on the solution of Laplace's equation for …