The merits of CO 2 capture and storage to the environmental stability of our world should not
be underestimated as emissions of greenhouse gases cause serious problems. It represents …

Tectonic coal, formed after the intact coal being subjected to long-term intense squeezing,
shearing and deformation, is characterised by brittle or ductile damaged coal body, with the …

As key flow properties for coalbed methane production, greenhouse gas reduction through
CO 2 storage in coal and gas drainage to improve mining safety, knowledge of gas diffusion …

Adsorption-pore (pore size less than 100nm) and seepage-pore (pore size greater than
100nm) structures have great effects on gas adsorption/diffusion and gas flow in coal seam …

This article reviews the state of research on sorption of gases (CO2, CH4) and water on coal
for primary recovery of coalbed methane (CBM), secondary recovery by an enhancement …

There is a significant diversity in the global coal basins in terms of their rank, age, geological
features and fracturing characteristics. A section of such coal basins is often not …

This review focuses on the consequences of the early and rapid deployment of carbon
dioxide (CO2) capture and storage (CCS) technologies, which is currently recognized as a …

This paper discusses the results of an experimental study carried out to study and evaluate
the sorption and diffusion properties of methane in Illinois basin coals. As a first step …

This review highlights the latest trends in carbon capture, utilization, and storage techniques.
The recent advances in the current carbon capture techniques, ie, post-combustion carbon …

The influence of sorption-induced coal matrix deformation on the evolution of porosity and
permeability of fractured coal seams is evaluated, together with its influence on gas recovery …