Liquid CO 2 phase change fracturing (LCPCF) is a promising approach for stimulating coal
reservoirs and enhancing gas drainage efficiency of low-permeability coal seams. In this …

When the traditional drill and blast method is applied to rock crushing projects, it has strong
vibration, loud noise and dust pollution, so it cannot be used in densely populated areas …

As an alternative and safe method for coal reservoir stimulation, liquid CO 2 phase change
fracturing (LCPCF) technology has large potential for enhancing coalbed methane drainage …

Monitoring the carbon dioxide blast wave is an efficient method for determining the power of
carbon dioxide blasting. Due to the harsh measurement environment, noise is inevitably …

Carbon dioxide phase transition fracturing is a safe rock-breaking technique. Its vibration
effect cannot be ignored. It is valuable for fracturing safety control to investigate its ground …

When extracting coal-bed methane (CBM) from deep ground, conventional hydraulic
fracturing struggled to expand fractures due to both inadequate pressure and the water-lock …

The Carbon dioxide (CO 2) phase transition blasting is a state-of-the-art technology in fields
of geotechnical, geological, and mining engineering, due to its advantages of high safety …

Liquid carbon dioxide (L-CO2) phase-transition blasting technology (LCPTB) has caused
wide concern in many fields, but there is a lack of research on the initiation of the carbon …

A cutting-edge technique for igniting hot dry rock (HDR) reservoirs is carbon dioxide
blasting. The cooling effect of the drilling fluid was taken into consideration during a …

How to quantitatively account for the effect of SC-CO 2 (Supercritical Carbon) rock-breaking
in different rock sites is the key concern in the engineering application of non-explosive rock …