To reduce CO 2 emissions in response to global climate change, shale reservoirs could be
ideal candidates for long-term carbon geo-sequestration involving multi-scale transport …

The significant effect of gas sorption induced swelling on shale permeability has been
observed through laboratory measurements and explained through permeability models …

In order to study the productivity dynamic evolution laws of shale gas horizontal well, a
multiscale seepage theoretical model considering the fluid–solid coupling effect is proposed …

Shale reservoirs have gradually been recognized as promising potential candidates for CO
2 geological storage due to their wide geographic distribution and enormous storage …

Many fracture branches are generated during hydraulic fracturing to form complex fracture
networks and the majority of the gas in the unstimulated region (USR) is left unexploited …

Cryogenic shock-induced brittle cracking has promising application prospects in reservoir
stimulation. In this paper, a fully coupled thermo-hydro-mechanical (THM) model combined …

Underground gas storage is widely recognized as a crucial strategy in pursuing low-carbon
and even zero-carbon emissions. This paper is motivated to investigate the injection process …

CO 2 miscible injection holds immense potential for enhancing tight oil recovery, where
achieving the minimum miscibility pressure (MMP) is pivotal. Adsorption of CO 2 and oil in …

An accurate understanding of gas seepage mechanisms in shale reservoirs would have a
positive impact on promoting shale gas development. Shale is a complex dual-porosity …

The accurate calculation of tight sandstone reservoir permeability is crucial for optimizing
production and maximizing natural gas recovery. Traditional physical model-based …