The carbon capture, utilization and storage (CCUS) technology is an effective approach for
reducing carbon emissions and an important supporting method for achieving global goals …

Subsequent CO2 injection can enhance oil recovery and achieve carbon sequestration in
shale reservoirs, which is crucial for energy sustainability and environmental protection …

Pore-scale asphaltene deposition not only affects reservoir permeability and hydrocarbon
production efficiency but also impacts reservoirs performance used in other applications …

CO 2 injection to displace oil in shale reservoirs will form asphaltene precipitation and harm
the microscopic pore-throat structure, influencing the displacement efficiency. However …

Complex physical and chemical reactions during CO 2 sequestration alter the microscopic
pore structure of geological formations, impacting sequestration stability. To investigate CO …

Carbon capture and storage (CCS) in subsurface reservoirs represents a highly promising
and viable strategy for mitigating global carbon emissions. In the context of CCS …

In this paper, the T 2∗-based relaxation theory and numerical simulation method in shale oil
were established for the first time, which have been verified through free induction decay …

With immense potential to enhance oil recovery, CO2 has been extensively used in the
exploitation of unconventional tight oil reservoirs. Significant variations are observed to …

The precipitation of asphaltene damages rock formations and plugs pores, leading to
significant hydrocarbon production losses. Accurately measuring asphaltene deposition in …

Aiming at the challenges of rapid heat dissipation, limited swept efficiency, and a rapid water
cut increase in steam huff and puff development in heavy oil reservoirs, an alternating steam …