Nowadays, nanoemulsions have shown a high application potential in improving
hydrocarbon recovery from tight reservoirs. However, the adsorption characteristics …

Temporary plugging and diverting stimulation technology is extensively utilized in the
development of coal bed methane and shale gas, as well as in the staged fracturing of …

Carbonate reservoirs with abundant oil and gas resources are mainly composed of
limestone and dolomite. As the acid-rock reaction progresses, limestone is gradually …

Hydraulic fracturing with temporary plugging agents is one of the most promising
technologies to improve the thermal efficiency of deep geothermal reservoirs …

Horizontal well-staged fracturing is a key technology for efficient shale gas production.
However, stress shadows between clusters make it difficult to synchronize the initiation and …

This study conducted temporary plugging and diversion fracturing (TPDF) experiments using
a true triaxial fracturing simulation system within a laboratory setting that replicated a lab …

Complex and vertically overlapped lithologies exist for the high-quality shale oil reservoir of
the Lianggaoshan formation in the Sichuan basin. Continental shale oil reservoirs grow …

Horizontal well with multi-stage fracturing is one of the most effective stimulation methods for
unconventional reservoirs, eg tight oil/gas or shale. To maximize reservoir stimulation …

Profile control is an effective method for enhancing oil recovery. In-situ crosslinked gels offer
advantages such as easy pum** and controllable gel formation time when used as agents …

Temporary plugging and diverting fracturing (TPDF) technology constitutes a pivotal
stimulation methodology in the advancement of unconventional resources, given its efficacy …