CO 2 foam flooding technology is one of the important methods to improve the efficiency of
CO 2 sequestration in saline aquifers. This article explores the influence rules of pressure on …

Caprock plays a critical role in the long-term safety of CO 2 geological storage, and
breakthrough pressure serves as a key indicator for evaluating caprock sealing. The …

As a new type of pollutants, nanoplastics (NPs), which are easily ingested by humans from
food wraps, salt, drinking water, have been widely detected in various water environments …

As the main components of shale gas, the adsorption behavior of CH 4 and nC 4 H 10 in
organic matter is of great significance to the recovery of shale gas. In this work, organic …

CO 2 foam flooding is an important method to expand the sweep scope of CO 2 and
significantly improve the ability of sequestrate CO 2 in saline aquifer. Salinity is an important …

To date, research studies on film-like residual oil have mainly focused on reservoirs in the
late stage of water flooding development. However, there have been relatively few studies …

The interaction between coal, surfactant, and water molecules is a vital surface chemistry
problem. The mechanism by which the type of hydrogen bonding network structure (HBNS) …

The threshold values of CO 2 gas stripped off membranous residual oil from the pore walls
are not clear under different temperatures, pressures and wettability conditions. The extent …

The mechanism of using CO 2 to replace brine in nanopores is still unclear, and the
influence of the wettability of pore walls on the interfacial effect needs to be improved. In this …

A four-phase model of an oil–gas-water-wall system was constructed using the molecular
dynamics simulation method. On this basis, the effect of shale reservoir wettability on the …