A suitable option for Underground Hydrogen Storage (UHS) is aquifers composed of porous
and permeable media. However, the successful execution and long-term safety of the UHS …

The applications of ionic clathrate hydrates have greatly improved the efficiency and the
conditions required for hydrate-based CO 2 capture, but high energy input for hydrate …

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 …

Clay minerals are abundant in shale, characterized by a lamellar structure and dimensions
smaller than a micron, giving rise to nanometer‐scale pore sizes and large specific surface …

High concentration CO 2 invades and forms carbonate layers in oilwell cement under
geological CO 2 sequestration conditions. Long-term invasion of CO 2 makes the …

SBA-15 mesoporous molecular sieves were used as the adsorption medium to capture
carbon dioxide by the gas hydrate method. First, it is confirmed that the synthesized SBA-15 …

Knowledge of the interaction mechanisms between shale and CH4/CO2 is crucial for the
implementation of CO2 sequestration with enhanced CH4 recovery (CS-EGR) in shale …

The interface performance between clay–sand mixtures and concrete structures is governed
by the mixture's composition and its physical properties. Moisture content and particle-size …

The microscopic understanding of uptake and retention of supercritical carbon dioxide by
expandable layered aluminosilicate minerals is of central importance for large-scale …

Shale gas production accounts for about 70% of the total natural gas production in the US.
Yet it remains a nontrivial task to characterize the petrophysical properties of shale core …