The injection of carbon dioxide (CO2) into geological formations results in a chemical re‐
equilibration between the mineral assemblage and the pore fluid, with ensuing mineral …

Reduced-order models (ROMs) are a widely used and powerful approach to reducing the
complexity of predictive physics-based numerical simulations for a wide range of …

CO 2 dissolution in saline water during aquifer sequestration causes natural convection
because of the density difference between CO 2-saturated brine and native brine. In this …

Geological carbon dioxide (CO2) sequestration entails capturing and injecting CO2 into
deep saline aquifers for long-term storage. The injected CO2 partially dissolves in …

In the current energy transition context, one of the most promising technological solutions to
the main complication of the Power-to-Gas process, namely, the supply of carbon dioxide, is …

Geological storage of carbon dioxide (CO 2) is a promising technology for reducing
atmospheric emissions. The large discrepancy in the time-and length-scales between up-dip …

Density-driven convection, which can accelerate the dissolution rate of carbon dioxide
(CO2) in resident brine, is critical for the long-term fate of the injected CO2 permanence and …

Abstract A two‐dimensional (2‐D) model that describes mass transport between non
equilibrium gas and liquid phases of a binary non polar mixture in a closed system of fixed …

In geological storage of carbon dioxide (CO2), the buoyant CO2 plume eventually
accumulates under the caprock. Due to interfacial tension between the CO2 phase and the …

The convection–diffusion process of carbon dioxide (CO2) dissolution in a saline reservoir is
investigated to shed light on the effects of the permeability heterogeneity. Using sequential …