In the processes of coal mining and transportation, low-temperature oxidation occurs
continuously, and it is accompanied by multiple wetting. The effect of water on coal …

Hydraulic stimulation techniques are widely used to improve the CBM production. However,
the water blocking effect severely restricts the stimulation effect. In this work, the different …

Coal seam water injection was widely used to prevent mine gas and dust disasters. It is
undeniable that the gas adsorbed on coal surface can influence the coal-water wettability. In …

Deep saline aquifers and depleted carbonate reservoirs are generally considered promising
locations for subsurface CO 2 storage. However, carbonate minerals particularly calcite can …

Microwave technology is regarded as a promising new method for coalbed methane
production. An investigation was carried out using a self-developed controllable microwave …

Water-bearing characteristics of original coal reservoir not only determine the application of
coalbed methane (CBM) adsorption and accumulation theory, but also affect the selection of …

Clarifying the microscale gas–water flow behaviors in a mixed wettability reservoir is of great
importance for underground engineering. A numerical model of mixed wettability based on …

The diffusion mechanism of CH4 and CO2 on the coal matrix is fundamentally important for
enhanced coal seam gas recovery and long-term CO2 sequestration in coal reservoirs. To …

Coal cleats are the main flow path for gas and water during coal seam gas (CSG)
production, and the two-phase flow behaviour in coal cleats is sensitively affected by the …

Coal seam gas (CSG), as a type of unconventional gas resource, is playing an increasingly
important role in energy generation and transition to renewables, as the world takes action …