CO 2-Enhanced recovery has attracted extensive attention, meanwhile reducing
greenhouse gas emissions via CO 2 geological sequestration is causing global concern in …

Geological CO 2 sequestration (GCS) in depleted shale reservoirs is recognized as one of
promising techniques to mitigate CO 2 emissions, while the high cost of CO 2 purification …

It is very meaningful to study the adsorption behavior of oil and water in shale nanopores in
the context of enhanced oil recovery. Whereas, the investigation of shale and water …

Natural gas hydrate (NGH) is a highly promising alternative for gas storage and
transportation. Nevertheless, the artificial generation of gas hydrates faces considerable …

The widespread nanopores, diverse minerals, and varying water saturation in shale
reservoirs complicate the mechanism analysis and performance prediction of CO 2 …

Abstract CO 2 huff-n-puff (HNP) is an attractive enhanced oil recovery (EOR) technique in
shale development due to its low cost, high efficiency, and environmentally friendly feature …

With the urgent need for energy and reduction of carbon emissions around the world, the
use of carbon dioxide foam flooding in enhanced oil recovery and CO 2 storage in …

The adsorption characteristic of methane in water-bearing shale is essential for the accurate
estimation of shale gas reserves. The sorption mechanisms of moisture and methane in …

Due to the high clay content of shale reservoirs, developing shale oil by water flooding is
difficult. CO 2 is easier to inject into formations than water, significantly increasing shale oil …

To understand the research progress of molecular dynamics (MD) method in the field of clay
minerals, the application of MD in the interface interaction of clay minerals is reviewed in this …