Structural trapping is the primary CO 2 geo-storage mechanism, and it has historically been
quantified by CO 2 column heights, which can be permanently immobilized beneath a …

Several mechanisms have been suggested as drivers of naturally occurring underpressure.
However, the phenomenon is largely underrepresented in literature. Previous studies have …

We present the first experiments of dissolution-driven convection of carbon dioxide (CO 2) in
a confined brine-saturated porous medium at high pressures. We designed an alternative …

Motivated by the persistence of natural carbon dioxide ($\text {CO} _ {2} $) fields, we
investigate the convective dissolution of $\text {CO} _ {2} $ at low pressure (below 1 MPa) in …

We combine modeling and measurements to investigate the dynamics of convective carbon
dioxide (CO 2) dissolution in a pressure-volume-temperature cell, extending a recent study …

We investigate the effect of hydrodynamic dispersion on convection in porous media by
performing direct numerical simulations (DNS) in a two-dimensional Rayleigh-Darcy …

Subsurface sandstone reservoirs sealed by overlying, low-permeability layers provide
capacity for long-term sequestration of anthropogenic waste. Leakage can occur if reservoir …

We investigate the flow structure and dynamics of moderate-Rayleigh-number (R a) thermal
convection in a two-dimensional inclined porous layer. High-resolution numerical …

Convective dissolution trapping is an important mechanism for CO₂ mitigation because of
its high security and long-term storage capacity. This process is a problem of solutal …

Hydraulic testing has revealed dramatic underpressures in Paleozoic shales and
carbonates at the Bruce nuclear site in Ontario. Although evidence from both laboratory and …