The utilization and storage of CO 2 emissions from oil production and consumption in the
upstream oil industry will contribute to sustainable development. CO 2 flooding is the key …

Research on the diagenesis of continental sandstone reservoirs can provide scientific
guidance for the prediction of reservoir sweet spots. The low permeable-interbedded thin …

A substantial volume of aqueous fluid is held in the pore throat of tight sandstone gas
reservoirs due to poor porosity and permeability, complicated clay minerals, and pore …

Permeability enhancement via acid has drawn broad attention in mining and oil industries to
treat low-permeability formations to increase the resource recovery rate. In this study …

The microscopic pore shape and topology significantly affect fluid transport and occurrence
in porous permeable rock. A quantitive characterization of the impact of pore morphology on …

Convective heat transfer in porous media has attracted great academic interests due to the
complex geometry and the upscaling challenges. In this paper, the 3-D pore structures …

The characteristic scale of flow in micro–nanochannels is generally in the range of 0.01
μm∼ 1 μm. When crude oil passes through micro-nano channels and tight reservoirs, it …

To improve the understanding of trapping and mobilization mechanism during multiphase
flow in porous media, long-term waterflooding experiments have been performed to capture …

The heterogeneity of pores, an inevitable and intractable challenge during steam flooding,
directly induces channeling phenomenon and seriously suppresses oil recovery …

The determination of high-quality intervals in oil reservoirs has always been challenging
work while their petrophysical attributes are relatively low. To date, extensive reservoir …