The gas in the coalbed methane (CBM) reservoirs is mainly in the adsorbed state, and the
influence of surface jump of adsorbed gas on CBM migration and gas well productivity …

The breakthrough of shale oil in North America led to a worldwide energy revolution. Shale
reservoirs show multiscale properties and a large proportion of nanopores compared to …

Thermal enhanced recovery (TER) is a promising approach to improving the production
efficiency of shale gas reservoirs. TER involves complex physical behaviors including …

Gas permeation through nanopores is a long-standing research interest because of its
importance in fundamental science and many technologies. The free molecular flow is …

The gas transport mechanism in shale reservoirs is extremely complex and is a typical
multiscale and multiphysics coupled transport process, considering the complex shale rock …

The transport of CO 2–CH 4 mixture in coal nanopores is crucial to CO 2-enhanced coalbed
(CO 2-ECBM) recovery, but is highly challenging on adsorption-diffusion dominated …

To study the gas transmission characteristics in organic pores of rough shale reservoirs,
firstly, considering the effect of roughness, adsorption layer, and stress sensitivity on fracture …

Coupled pressure-driven (viscous) flow and spontaneous imbibition are the main regimes
during shale oil production. Revealing the unclear mechanisms of this coupled flow is a …

This study aims to preserve the superhydrophility and the ultrafast water permeation
property of the thermally cured graphene nanoplatelets (GNPs) coating after epoxy is added …

The gas flow in coal is extremely complicated as a combined results of multiple flow
mechanisms and complex pore structures. Comprehensive understanding of gas flow …