Abstract Supercritical CO 2 (SC-CO 2) fluid is capable of extracting organic matter in shale
and dissolving the primary pores and fractures. To determine how well SC-CO 2 can …

When fracturing a shale gas reservoir with supercritical CO 2, the interaction between CO 2
and shale will change the pore structure, thus affecting the mechanical properties of shale …

Environmental issues have become some of the greatest challenges encountered across
the life cycle Shale gas operations, and mostly involve the management, disposal, and spill …

CO 2 injections into shale reservoirs can enhance the recovery of oil and gas, while
simultaneously sequestrating CO 2. However, with the injection of CO 2, the microstructure …

New well productivity levels have increased steadily across the major shale gas and tight oil
basins of North America since large-scale development began a decade ago. These gains …

To investigate the mechanism of super-critical CO 2 saturation on the tensile properties of
shale, shale specimens were saturated with Sc-CO 2, and inert gas (Ar) was employed as …

Compared with the conventional method utilizing permanent processing facilities, modular
infrastructure has shown greater potential to hedge against the uncertainty due to the rapidly …

Shale gas is an important part of realizing the modern multi-energy system as a kind of
unconventional energy with huge reserves for human energy needs. Adding nanomaterials …

Recently, there has been a significant interest to the development and exploitation of
unconventional gas resources especially shale gas. Several places around the world have …

Associated or stranded natural gas presents a challenge to monetize due to its low volume
and lack of supporting infrastructure. Recent proposals for deploying mobile, modular plants …