Carbon Dioxide (CO 2) emissions from fossil fuel consumption have caused global warming
and remain challenging problems for mitigation. Underground Hydrogen Storage (UHS) …

Subsurface geologic formations such as depleted hydrocarbon reservoirs, deep saline
aquifers and shale formations have been considered promising targets for carbon dioxide …

With the increased requirements for fully using carbon resources and removing H 2 S from
flue gas, chelated-iron wet desulfurization technology has gained popularity due to the …

Sequestration of acid gas in geological formations is a disposal method with potential
economic and environmental benefits. The process is governed by variables such as gas …

Interfacial properties are important in the process of geosequestering acid gases in the
presence of formation water. However, to a considerable extent, the information from …

Decarbonisation of most industrial processes is imperative to achieve climate neutrality. In
oil and gas, carbon dioxide (CO2) and natural gas are being discovered together with …

Accurate predictions of equilibrium, transport, and interfacial properties of H2S-brine
systems play a significant role in improving acid gas sequestration efficiency in saline …

In this study, we investigate the dynamics of interfacial tension (IFT) between residual pore
water and gas mixtures containing H 2, CH 4, and H 2 S within subsurface porous media …

Abstract Hydrogen sulphide (H₂S), a highly toxic and corrosive molecule, is typically found
in hydrocarbon reservoirs, sewers and in the waste industry. It can be extremely problematic …

Decarbonisation of most industrial processes is imperative to achieve climate neutrality. In
oil and gas, carbon dioxide (CO2) and natural gas are being discovered together with …