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 …

Adsorption phase density is a bridge to accurately reflect the absolute adsorption amount of
adsorption characteristics. Although the calculation method of adsorption phase density has …

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 …

The characterization of coal pore structure is extremely important to coalbed methane
exploitation and the prevention of gas disaster in coal mines. Various techniques have been …

The sorption capacity of coal is influenced by temperature, coal rank, mineral composition
and moisture content. In the study, we experimentally measure the methane and carbon …

The injection of CO 2 into deep coal seams can improve the recovery of CH 4 and contribute
to the geological sequestration of CO 2. To reveal the controlling factors associated with CO …

Investigation of coal microstructure based on 3D reconstruction is of great significance to the
development of coalbed methane and the spatial migration of fluids in coal. In this paper …

Abstract Development of shale gas exploration and recovery processes have become the
research focus of the scientific and industrial communities due to the acute depletion of …

The water-based fracturing stimulation is commonly used for low permeability coalbed
methane (CBM) reservoirs. The influence of various fracturing fluids on the gas sorption and …

Understanding methane sorption behavior in the gas-shale system is of great importance for
evaluating reservoir production potential and reducing exploration risk. In this study …