The advancements in hydraulic fracturing and horizontal drilling techniques have
substantially facilitated the large-scale extraction of natural gas from shale gas reservoirs …

Shale gas plays a vital role in global energy supply and carbon emission reduction due to its
abundant resource reserves and high energy efficiency. In shale nanoporous media …

Accurate prediction of shale gas well production and estimated ultimate recovery (EUR) is
always a difficult and hot spot in shale gas development. In particular, the production and …

Shale gas is a significant energy worldwide, and hydraulic fracturing is an essential method
for shale gas extraction. To understand the effect of drilling direction and hydraulic pressure …

Abstract CO 2 huff-n-puff (HNP) is an attractive enhanced oil recovery (EOR) technique in
shale development due to its low cost, high efficiency, and environmentally friendly feature …

The complex nanopore structures in coal provide the space for gas adsorption and
migration, which is crucial for the development of coalbed methane. However, the …

The abandoned well pattern for transforming geothermal reservoirs aligns seamlessly with
the prevailing shift towards low carbon and enhanced energy efficiency. The effect of …

Tectonic deformation has an evident impact on the pore structure of organic-rich marine
shale. To study the impact of tectonic deformation on the pore structure of shale, cores were …

Shale reservoirs with complex pore systems perform a significant volume response to
dynamic stress variations during gas depletion/injection. The determination of matrix …

Long-term CO2 injection will induce natural fractures to open and form an induced fracture
network, which is dynamic during injection and shut-in because there is no proppant in the …