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Grains Containing Oil inclusions in Different Hydrocarbon Production and Show Types of Sandstone Reservoirs from the Central Junggar Basin,Northwest China

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Acta Geologica Sinica(English Edition) 2011年第5期85卷 1163-1172页

作者： CAO Jian~1,WANG Xulong~2,SUN Ping’an~1,SHI Xinpu~2,HU Wenxuan~1,YAO Suping~1, ZHANG Yueqian~2,TANG Yong~2 and XIE Xiaomin~1 1 State Key Laboratory for Mineral Deposits Research,Department of Earth Sciences,Nanjing University, Nanjing,Jiangsu 210093,China 2 PetroChina Xinjiang Oilfield Company,Karamay,Xinjiang 834000,China State Key Laboratory for Mineral Deposits Research Department of Earth Sciences Nanjing University Nanjing Jiangsu 210093 China PetroChina Xinjiang Oilfield Company Karamay Xinjiang 834000 China *Correspondence: Corresponding author. E-mail: jcao@***

The values of grains containing oil inclusions(GOI) in 120 reservoir sandstone samples from the central Junggar Basin of Northwest China were *** sandstones are characterized by different types of hydrocarbon production and *** values range from 0.015%to 19.9%,and show a fairly good correlation with the hydrocarbon production/shows,which are qualitatively suggestive of reservoir hydrocarbon abundance and petroleum ***,it may be implied that the values can reflect hydrocarbon migration,being not controlled mainly by the other influencing *** correlation between the values and the reservoir hydrocarbon production and show types indicates that the GOI method can be used in hydrocarbon migration study when the petroleum type of a reservoir is normal oil or gas alone,but it should be used with caution when light oil charges the reservoirs or a complex hydrocarbon migration event takes *** case study in the central Junggar Basin using the method presents some new understanding on hydrocarbon ***, the method may help to solve specific petroleum geological problems,and can be treated as a routine tool in hydrocarbon migration study.

关键词： grains containing oil inclusions(GOI) petroleum inclusion hydrocarbon migration reservoir geochemistry the central Junggar Basin

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Integrated fluid inclusion studies and source rock parameters in constraining hydrocarbon potential in offshore Lamu Basin, Kenya

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Energy Geoscience 2023年第3期4卷 26-47页

作者： G.A.Osukuku O.O.Osinowo W.A.Sonibare E.W.Makhanu C.Orora Pan African University for Life and Earth Sciences Institute(Including Health and Agriculture) PAULESIUniversity of IbadanNigeria Schlumberger Offshore Service Limited the Netherlands National Oil Corporation of Kenya(NOCK) Kenya

Fluid inclusion signal strength and visual inclusion abundance are generally lower along migration pathways than in charged reservoirs from the same area. A zone that displays strong fluid inclusion stratigraphy (FIS) hydrocarbon indications and high visualized petroleum inclusion abundance, indicates paleo-charge or in some cases a migration pathway, e.g, where inclusion abundance is enhanced by extensive microfracturing. In this study, fluid inclusion data are interpreted in seven offshore wells of the Lamu Basin to enhance the understanding of hydrocarbon generation, migration and migration pathways. The study also examines the interrelationship among rock texture, rock composition and trapped fluid distribution in the study area. The studies were based on FIS analyzed data courtesy of Fluid inclusion Technologies (FIT) Inc. in USA laboratories. FIT conducted analysis on 391 samples from the Paleocene to Upper Jurassic (Kiboko-1 well), 249 from the Paleoecene to Campanian (Kubwa-1 well), 106 from the Maastrichtian to Turonian (Mbawa-1 well), 59 from the Eocene to Campanian (Pomboo-1 well), 26 form the Lower Eocene to Maastrichtian (Simba-1 well), 16 from the Eocene to Maastrichtian (Kipini-1 well) and 11 from the Maastrichtian to Campanian (Kofia-1 well). It also made analysis on sidewall core sample plates, with 44 from the Maastrichtian to Campanian (Kubwa-1 well), 108 from the Campanian to Upper Jurassic (Kiboko-1 well) and 8 from the Campanian (Pomboo-1 well) for petrographic evaluation. For photomicroscopy, thin sections were examined under a petrographic microscope using Ultra Violet (UV) fluorescence and microthermometry, in order to verify the presence of petroleum bearing inclusions in the rock samples and to explore textural relationships that may yield additional information on the timing of hydrocarbon migration or generation. Gas shows in Mbawa-1 well is a result of generated hydrocarbons from the carbonate interbeds in the Upper Cretaceous. Gas show

关键词： Fluid inclusion stratigraphy(FIS) petroleum inclusion Vitrinite reflectance Photomicr osCopy Lamu basin

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