Global shale oil is abundant in geological reserves, but there are widespread problems of
difficult exploitation and unsatisfactory oil recovery. CO 2 injection in shale reservoirs can …

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 …

Abstract After the Industrial Revolution, the ever-increasing atmospheric CO 2 concentration
has resulted in significant problems for human beings. Nearly all countries in the world are …

Accomplishing the high miscibility of CO 2 and crude oil under reservoir conditions is critical
for achieving the most efficient recovery process by CO 2 injection into low-porosity and low …

CO 2 injection process has become one of the most effective development methods of shale
oil reservoirs. Considering the widespread nanoscale pores in shale, the replacement …

Reliable prediction of gas recovery from shale formations is essential for achieving the full
potential of shale gas. A distinguishing feature of shales is that nanoscale pores dominate …

CO 2 capture and storage technology is favorable for the reduction of CO 2 emissions. In
recent years, a great number of research achievements have been obtained on CO 2 …

Utilizing CO2 to enhance shale oil recovery has a huge potential and thus has gained
widespread popularity in recent years. However, the microscopic mechanisms of CO2 …

Shale oil is stored in nanoscale shale reservoirs. To explore enhanced recovery, it is
essential to characterize the flow of hydrocarbons in nanopores. Molecular dynamics …

Shale gas/oil remaining in blind pores accounts for a large proportion in total reserves,
which is urgent to be further exploited. Understanding the microscopic mechanism of gas/oil …