Three-dimensional numerical simulations are performed to investigate the effects of nitrogen
(N 2) and sulfur dioxide (SO 2) impurities on the solubility trapping mechanism of carbon …

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

Abstract Changes in borehole water levels and remotely triggered seismicity occur in
response to near and distant earthquakes at locations around the globe, but the …

Dissolution-driven convection occurs in the host phase of a partially miscible system when a
buoyantly unstable density stratification develops upon dissolution. Reactions can impact …

We study numerically the nonlinear interactions between chemical reaction and convective
fingering in a diffusive boundary layer in a porous medium. The reaction enhances stability …

One of the fundamental physical phenomena related to CO 2 injection in subsurface brine-
saturated formations is the dissolution-diffusion-convection process of CO 2. The injected …

The study of gas-water mass transfer in porous media is important in many applications,
including unconventional resource extraction, carbon storage, deep geological waste …

Acidic fluid flow in geologic formations leads to mineral dissolution and, under certain
circumstances, to localized dissolution forming a dendritic pattern, known as wormhole …

Buoyancy-driven hydrodynamic instabilities of acid–base fronts are studied both
experimentally and theoretically in the case where an aqueous solution of a strong acid is …

Regional‐scale advective, diffusive, and eruptive transport dynamics of CO2 and brine
within a natural analogue in the northern Paradox Basin, Utah, were explored by integrating …