Carbon dioxide-enhanced oil recovery (CO 2-EOR) has gained widespread attention in light
of the declining conventional oil reserves. Moreover, CO 2-EOR contributes to the reduction …

Shale oil and gas primarily exist in nanoscale pore-fracture networks. Thus, it is essential to
clarify the flow behavior of hydrocarbon in confined nanopores. This paper summarizes …

CO 2 capture, utilization, and storage technology are one of the most effective methods to
reduce CO 2. Although this technology has been relatively mature, the main problems …

Recent advances on the recovery of oil and gas from shale and tight reservoirs have put in
focus the need for a better understanding of the behavior of fluids under confinement …

Slug injection of CO 2/N 2 has proven to be a promising technology for the enhancement of
oil recovery in low/ultra-low permeability reservoirs. In spite of this, the detailed …

At present, the mechanism of the influence of salinity on wettability of reservoir rocks is still
insufficient. In this paper, molecular dynamics simulation is used to study the wetting …

Carbon dioxide (CO 2) has been utilized to recover the residual oil from the geological
reservoirs through enhanced oil recovery (EOR) methods for over 50 years. Despite its long …

Asphaltene deposition is a ubiquitous problem in crude oil exploitation, which can cause the
blockage of pore throat, leading to a significant reduction of oil recovery. Understanding the …

Enhanced oil recovery (EOR) has been widely used to recover residual oil after the primary
or secondary oil recovery processes. Compared to conventional methods, chemical EOR …

With the increasing worldwide energy demand, enhanced oil recovery (EOR) is becoming
more critical for oil fields. Recent studies have reported various types of nanoparticles (NPs) …