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Coupled tripartite investigation of breaker fluid invasion and impact on hydrocarbon recovery in sandstone reservoirs
《Petroleum Research》2023年第3期338-349,共12页Stella I.Eyitayo Kazeem A.Lawal Marshall C.Watson Oladoyin Kolawole Ibrahim Abdullahi Asekhame U.Yadua Oluchukwu M.Okoh Saka Matemilola Tunde Alabi 
Breaker fluids are designed to dissolve filter cakes by breaking their long-chain molecules,thereby removing solid deposits on the wellbore wall.Although breaker fluids are not intended to infiltrate the hydrocarbon r...
关键词：Breaker fluid Fluid invasion Formation damage Fluid transport Near-wellbore alteration 
Hydrocarbon generating-potential and maturity-related changes of the Khatatba Formation, Western Desert, Egypt
《Petroleum Research》2019年第2期148-163,共16页Mohammed A.Ahmed Mostafa M.A.Hassan 
The petroliferous province of the Western Desert comprises several sedimentary basins with different hydrocarbon potentiality and production capability.The middle Jurassic Khatatba Formation was proved a potential sou...
关键词：NEAG concession Abu Gharadig Basin Source rock evaluation Khatatba Formation Well logging 
Shale pore characteristics of Shahejie Formation: Implication for pore evolution of shale oil reservoirs in Dongying sag, north China被引量：4
《Petroleum Research》2019年第2期113-124,共12页Shun Zhang Huimin Liu Min Wang Xinjin Liu Huilai Liu Youshu Bao Weiqing Wang Runze Li Xin Luo Zhengwei Fang 
The work was supported by the National Science and Technology Major Project of China(No.2017ZX05049);the National Basic Research Program of China(973 Program)(No.2014CB239102);the National Natural Science Foundation of China(No.41572087).
The pore characteristics of shale reservoirs in the lower submember of Member 3 to upper submember of Member 4 of Shahejie Formation in Dongying sag are analyzed,influences of mineral content and organic matter conten...
关键词：Shale oil Pore and fracture DIAGENESIS Clay mineral transformation Dissolution Recrystallization Hydrocarbon-generation and acid expulsion PALEOGENE Dongying sag 
Pore evolution in hydrocarbon-generation simulation of organic matter-rich muddy shale被引量：1
《Petroleum Research》2017年第2期146-155,共10页Liming Ji Long Su Yuandong Wu Cong He 
This work was supported by National Key Basic Research Program of China(973 Program)(No.2012CB214704-02);National Science and Technology Major Project of China(No.2011ZX05008-002)and Key Laboratory Project of Gansu(No.1309RTSA041).
For exploration and potential evaluation of deep shale reservoirs with high maturity,hydrocarbon generation and pore evolution of muddy shale in deep high evolution stage were investigated by the high-temperature high...
关键词：Muddy shale Pore evolution High pressure and high temperature Hydrocarbon-generation simulation Kerogen Pore volume Surface area 
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