Modelling the progress of geochemical processes in CO 2 storage sites is frustrated by
uncertainties in the rates of CO 2 flow and dissolution, and in the rates and controlling …

Carbon capture and storage (CCS) is a developed technology to minimize CO2 emissions
and reduce global climate change. Currently, shale gas formations are considered as a …

Underground hydrogen storage (UHS) is becoming a promising technology to help achieve
full hydrogen economy and support the energy transition to carbon net-zero. One of the …

Abstract Carbon Capture and Storage is the only technology available to mitigate large-
scale greenhouse gas emissions from fossil fuel based power and industrial sectors in the …

To better understand the CO 2 enhanced shale gas recovery process, it is of great
significance to investigate the CO 2-water-shale interaction and its effect on the …

CO 2 intrusion has a crucial effect on the pore structure of mineral-bearing coal. In this study,
we selected long flame coal, lean coal, and anthracite after CO 2 adsorption at different …

CO2–shale interaction performs a crucial role in determining the capacity and leakage risk
of CO2 storage in shale reservoirs. In this paper, the alterations of physical and chemical …

To investigate the mechanism of super-critical CO 2 saturation on the tensile properties of
shale, shale specimens were saturated with Sc-CO 2, and inert gas (Ar) was employed as …

There are many advantages to using supercritical carbon dioxide (ScCO 2) fracturing
technology to exploit shale gas reservoirs in China, including minimal damage to the …

Abstract The supercritical CO 2 (ScCO 2)-water-shale interaction and its influence on
adsorption characteristics of shale have significant impact on the estimation of the CO 2 …