A new method is proposed to analyze the pore-scale mechanisms and characterization of
light oil storage in shale nanopores, which is based on the Hydrocarbon Vapor Adsorption …

Abstract The Lianggaoshan Formation, which is located in the northeastern part of the
Sichuan Basin, is an important shale oil producer. However, due to the effects of complex …

Understanding the behavior of water-shale adsorption/desorption is of fundamental
importance in evaluating in situ shale oil/gas reserves, improving shale oil/gas production …

This study selects the sample from the 3rd submember continental shale of Member 7 of
Yanchang Formation in Yan'an area, Ordos Basin. Comprehensively using the experimental …

To study nano-scale inorganic pore systems in shale plays, the removal of soluble organic
matter (SOM) using solvent extraction is an important pre-treatment step to reduce the in-situ …

Free water contained in shale reservoirs can influence the enrichment and transportation of
shale gas. To accurately assess shale gas adsorption in shale reservoirs and improve …

The presence of water in narrow pore spaces affects the occurrence and flow of methane,
which in turn affects shale gas production. Therefore, studying the occurrence and …

The pores of continental shale reservoirs contain a large amount of complex shale oil fluid.
Shale pore spaces are extremely small, primarily at the nanometer scale, and exhibit intense …

以鄂尔多斯盆地延安地区延长组7 段3 亚段陆相页岩为研究对象, 综合利用轻烃(C6H14
和C7H16) 吸附, N2 和CO2 吸附, 岩石热解, 有机地球化学, X 射线衍射(XRD) …

Coal-bearing shale shows great potential for unconventional gas resources in China, while
its exploration and development have been challenging for a long time. Gas-in-place (GIP) …