Over the past decade, the exploration and development of deep coalbed methane (CBM)
resources in China have attracted significant attention for their immense potential. Typically …

Coalbed methane (CBM) drilling technology is critical in achieving efficient CBM
development. The geological conditions for CBM development in China are complex …

Abstract Changes of heat and energy during methane adsorption and desorption are
essential factors affecting the production of coalbed methane. To characterize adsorption …

The permeability rebound and recovery are the key factors affecting the production efficiency
of CBM and the storage capacity of CO 2 during the CO 2-ECBM process. In this study, fully …

The thick and steeply inclined coal seams of the Junggar Basin of Xinjiang, China, are
unique with dip angles generally> 50° but over the range 0°–85°. Initial and evolving …

Considering the large burial depth and unclear coalbed methane (CBM) development
potential of the No. 15 coal seam in the Shouyang block in the northern Qinshui Basin, this …

Understanding the oxidation characteristics of coal spontaneous combustion and the
variation of characteristic parameters is of great importance to further clarify the intrinsic …

Gas content is one of the most important parameters determining the potential resources
and recovery of coalbed methane (CBM). Extensive field work has been conducted for a …

This study of geological and hydrogeological conditions in the coal-bearing Shanxi and
Taiyuan formations in the Anze Block, southern Qinshui Basin, reveals the water-flow …

The No. 8 coal with a buried depth of more than 2 000 m of Lower Permian Taiyuan
Formation in Daning-Jixian block, eastern margin of Ordos Basin is the first deep CBM field …