Over the past two decades there has been heightened concern about, and an improving
scientific description of, the impacts of increasing carbon dioxide concentrations in Earth's …

The objective of this work was to determine the methods that produce the most
representative measurements and estimations of air-water interfacial area specifically for the …

The movement of injected CO2 through permeable pore networks determines its distribution
and stability within reservoirs used for carbon sequestration (Fig. 1), and this process is …

Carbon capture and storage (CCS) is likely to be a critical technology to achieve large
reductions in global carbon emissions over the next century. Research on the subsurface …

The wettability of mineral surfaces is an important property influencing multiphase flow in
soils and sedimentary rocks. In particular, for CO2 abatement technologies that rely on …

The movability of water in shale nanopores intensely affects the transport and storage of
other fluids and plays an important role in the geological water cycle. To investigate the …

In geologic carbon sequestration, reliable predictions of CO2 storage require understanding
the capillary behavior of supercritical (sc) CO2. Given the limited availability of …

Despite the broad range of interest and applications, controls on the electric surface charge
and the zeta potential of silica in contact with aqueous solutions saturated with dissolved CO …

A pore‐scale model is developed to simulate fluid‐fluid interfacial area in variably saturated
porous media, with a specific focus on incorporating the effects of solid‐surface roughness …

Capillary trapping of a non‐wetting phase arising from two‐phase immiscible flow in
sedimentary rocks is critical to many geoscience scenarios, including oil and gas recovery …