Chemical stimulation is a potential technology for coal permeability enhancement.
Developing chemical stimulation techniques and understanding its mechanism are …

Acid fracturing technology is an effective way to reconstruct carbonate reservoirs. However,
considering the characteristics such as strong heterogeneity, deep burial, and high …

Several derivative disasters such as ground pressure disasters and methane explosions can
be caused by the hard roof in coal mines. For limestone roofs with fine integrity and extreme …

The acid fracturing stimulation mechanism of dolomite reservoirs is entirely different from
that of limestone. Most existing research on dolomite acid fracturing still uses the research …

Deep tight-gas carbonate reservoirs have huge reserves, with the advantages of having
clean and low-carbon characteristics in addition to being a sustainable and stable supply …

With little to no natural fracture development and the high calcite content in porous
carbonate reservoirs, for multistage acid fracturing, different fluids are used to form a viscous …

Carbonate gas reservoirs in Sichuan are deeply buried, high temperature and strong
heterogeneity. Staged acid fracturing is an effective means to improve production. Staged …

Deep carbonates hydrocarbon resources are abundant and hold significant potential for
sustainable energy development in future. Acid fracturing is an effective technology for …

Understanding the complex flow behavior along a rough-walled fracture under complex
chemical conditions is of great significance to deep rock engineering in carbonate rocks …

This study aims to address the problem of fracture hydraulic conductivity decline in soft
formations using a diammonium hydrogen phosphate (DAP) solution. A naturally weak …