The emission of carbon dioxide (CO 2) is globally recognized as a significant contributing
factor to climate change. The natural sequestration of CO 2 in reservoirs is widely …

The occurrence and enrichment of shale plays are highly controlled by pore characteristics
of the formation. In this study, an immature sample rich in kerogen type III from the …

The competitive adsorption of CO 2/CH 4 mixtures in shale is a prerequisite for optimizing
the process of CO 2 sequestration in shale with enhanced gas recovery (CO 2-ESGR). In …

The interaction of hydrogen in shale gas formations holds significant interest for long-term
subsurface hydrogen storage. Accurately and rapidly predicting hydrogen adsorption in …

Subsurface hydrogen storage for large-scale energy supply to decarbonize a variety of
greenhouse gas-emitting activities is gaining momentum worldwide to combat climate …

Low-cost nitrogen-enriched activated carbons (PNACs) with high microporosity were
prepared by a simple one-step activation doping process using KOH as a chemical activator …

The gas adsorption capacity of kerogen is commonly obtained through experimental
isothermal adsorption procedures. These experiments employ mathematical models called …

Clarifying shale gas adsorption mechanism and establishing a reliable shale gas adsorption
model are the basis of evaluating shale gas geological reserve and studying flow theory, so …

To understand injectivity and storage stability of CO 2 into gas-bearing shale reservoirs, CO
2 adsorption and desorption on the dry and moist shales with diverse properties were …

In this paper, low-cost activated carbons (ACs) using apple tree pruning waste and waste
polyethylene terephthalate (PET) plastic bottles as precursors were prepared by a two-step …