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Gangling Gangling, Huiwen Huiwen, Jingzhou Jingzhou, Yueran Yueran, Shaoying Shaoying, Maolin Maolin, Guowei Guowei (2007)
Structural features and natural gas exploration in the Kelasu structural belt, Kuqa DepressionOil and Gas Geology, 28
Long Shengxiang, Huang Renchun, Li Hongtao, You Yu-chun, L. Guoping, Bai Zhenrui (2011)
Formation Mechanism of the Changxing Formation Gas Reservoir in the Yuanba Gas Field, Sichuan Basin, ChinaActa Geologica Sinica ‐ English Edition, 85
Zhaoping Meng (2002)
The geochemical features of natural gas in Kuqa depression and the discussion on the gas sourcePetroleum Exploration and Development
Y. Yixin (2007)
Structural Segmentation of Salt Structures in the Frontal Ranges of the Kuqa Foreland Fold and Thrust Belt, Northern Tarim BasinActa Geological Sinica
Digang Digang, Chengzao Chengzao (1999)
Natural gas exploration achievements and its prospects evaluation in Tarim BasinNatural gas industry, 19
Z. Guangyou, Z. Wenzhi, Zhang Shui-chang, Liang Yingbo, W. Zhengjun (2007)
Discussion of gas enrichment mechanism and natural gas origin in marine sedimentary basin, ChinaChinese Science Bulletin, 52
Dengfa Dengfa, Chengzao Chengzao, Desheng Desheng, Chaojun Chaojun, Xi Xi (2005)
Formation and evolution of polycyclic superimposed Tarim BasinOil and Gas Geology, 26
Xingxi Xingxi (2000)
The characteristics of Tertiary gipsmantle caprock and its impact on the oil‐gas accumulation in the Kuqa depressionJournal of palaeogeography, 2
Chengzao Chengzao, Jiayu Jiayu, Guangya Guangya (2002)
The geological conditions of big and medium‐sized gas field in Kuqa depressionChinese science bulletin, 47
Yongchang Yongchang, Ping Ping, Quanyou Quanyou (2002)
The geochemical characteristics and resources potential of the west‐to‐east gas pipeline projectActa sedimentologica sinica, 20
Guangli Wang, Tieguan Wang, Linye Zhang (2011)
Geochemical Characterization and Origin of High‐Sulfur, Heavy Oils in Jiyang Sub‐Basin, East ChinaActa Geologica Sinica ‐ English Edition, 85
Jia Chengzao, Song Yan, Wei Guoqi, Zhao Mengjun, L. Shaobo, Li Ben-liang (2005)
Geological features and petroleum accumulation in the foreland basins in central and western ChinaEarth Science Frontiers
Zhulin Zhulin, Guangming Guangming (1998)
Petroleum prospect in Kuqa depression of Tarim basinChina Petrleum Exploration, 3
W. Stahl (1977)
Carbon and nitrogen isotopes in hydrocarbon research and explorationChemical Geology, 20
Wen Zhou, Guanjun Zhao, Fei Liu, B. Ye, Xiuhua Li, Tingting Huang, Qiumei Zhou, Guoliang Dong (2011)
Characteristics of Hydrocarbon Accumulation in the Paleozoic Donghetang Formation in the Southwestern Tahe AreaActa Geologica Sinica ‐ English Edition, 85
Shuichang Zhang, G. Zhu (2008)
Natural gas origins of large and medium-scale gas fields in China sedimentary basinsScience in China Series D: Earth Sciences, 51
Guang Guang, Ying Ying, Na Na (2009)
The phase‐state conversion conditions of natural gas accumulation and its contribution to the oil and gas accumulationDaqing petroleum geology and development, 28
Zhaoping Meng (2003)
THE DIFFUSION INFLUENCE ON GAS POOL: DAWANQI OILFIELD AS AN EXAMPLENatural Gas Geoscience
Liang Di-gang (2005)
Organic maturity and hydrocarbon generation history of the Mesozoic oil-prone source rocks in Kuqa depression, Tarim Basin
Wenzhi Wenzhi, Dafeng Dafeng, Zhaojun Zhaojun, Yan Yan (1998)
The division of Kuqa depression tectonic deformation strata and its significance in the oil and gas explorationActa petrolei sinica, 19
Mengjun Mengjun, Baomin Baomin (2002)
Source rocks for a giant gas‐accumulating area in the Kuqa foreland depressionScientia Geologica Sinica, 37
Xingxi Xingxi (1998)
The effect and model of oil‐gas accumulation in Kuqa petroleum systemPetroleum exploration and development, 28
Tang Liang-jie (2006)
Differential Salt Tectonic Deformation and Segmentation of the Kuqa Foreland Fold-Thrust Belt, Tarim Basin, Northwest ChinaActa Geological Sinica
Liangjie Liangjie, Chengzao Chengzao, Xuejun Xuejun, Shuping Shuping, Ziyu Ziyu, Huiwen Huiwen (2003)
The salt‐related structural styles in Kuqa foreland fold beltScience in China (D), 33
Shen Jun (2006)
THE BASIC FEATURES OF THE ACTIVE TECTONICS IN THE KUQA DEPRESSION OF THE SOUTHERN TIANSHANSeismology and Geology
Jianping (2007)
The geochemical characteristics of crude oil in Kuqa depression forbulgeJournal of oil and gas technology, 29
Wenzheng Wenzheng, Liangjie Liangjie, Guimei Guimei, Yixin Yixin, Qinghua Qinghua, Wenjing Wenjing, gengxin gengxin, Ganglin Ganglin (2007)
Characteristics of salt‐related tectonics in the eastern Qiulitage tectonic belt of Kuche foreland basinActa petrolei sinica, 28
Z. Guangyou, Zhang Shui-chang, Chen Ling, Yang Haijun, Yang Wenjing, Zhang Bin, Su Jin (2009)
Coupling relationship between natural gas charging and deep sandstone reservoir formation: A case from the Kuqa Depression, Tarim BasinPetroleum Exploration and Development, 36
Quanyou Quanyou, Shengfei Shengfei, Jian Jian, Wenhui Wenhui, Dianwei Dianwei, Huaqing Huaqing, Anping Anping (2007)
The natural gas geochemistry and genetic type in Kuqa DepressionScience in China (D), 37
Liu Xian-qin (2005)
Origin and Geochemistry of Natural Gas in Kuqa Depression, Tarim BasinXinjiang Petroleum Geology
Zhongmin Zhongmin, Tiejun Tiejun, Hongwen Hongwen (2006)
The controlling factors of hydrocarbon accumulation and exploration prospects in Kuqa depression southern edgeGeology in China, 33
Wang Fei-yu (2006)
Gas generation history of Mesozoic hydrocarbon kitchen in Kuqa depression,Tarim basin
Tang Liang-jie (2007)
Paleo-Uplifts and Salt Structures and Their Influence on Hydrocarbon Accumulations in the Kuqa DepressionActa Geological Sinica
J. Hunt (1991)
Generation of gas and oil from coal and other terrestrial organic matterOrganic Geochemistry, 17
Yang Ning, Chen Mei-tao, Zhao Feng-yun, Zhang Ya-guang (2005)
ACCUMULATION MODELS OF PALEOWEATHERING CRUST RESERVOIR IN CARBONATE YINGMAILI AREANatural Gas Geoscience
Liangjie Liangjie, Zhijun Zhijun, Chengzao Chengzao, Xuejun Xuejun, Shuping Shuping, Huiwen Huiwen, Ziyu Ziyu (2004)
A Large‐scale Salt Nappe Complex in the Leading Edge of the Kuqa Foreland Fold‐Thrust Belt, Tarim Basin, Northwest ChinaActa Geologica Sinica (English edition), 78
Tang Liang-jie, Jin Zhijun, Jia Chengzao, P. Xuejun, Chen Shuping, Xie Hui-wen, Wang Ziyu (2004)
A Large‐scale Tertiary Salt Nappe Complex in the Leading Edge of the Kuqa Foreland Fold‐Thrust Belt, the Tarim Basin, Northwest ChinaActa Geologica Sinica ‐ English Edition, 78
Z. Xingxi, Wang Hongjun, Chen Yicai, X. Zhiming (1998)
The study on the contributing factors of phase state of gas condensate : examples from Tarim BasinMarine and Petroleum Geology, 15
M. Schoell (1980)
The hydrogen and carbon isotopic composition of methane from natural gases of various originsGeochimica et Cosmochimica Acta, 44
Zhang Nianchun (2009)
Fault System and Oil-Gas Accumulation in Yaha Structural Belt of Tabei UpliftXinjiang Petroleum Geology
Shengfei Shengfei, Jinxing Jinxing (2006)
The distribution of coal‐derived oil and gas and controlling factors in Kuqa depressionNatural gas industry, 26
Quanyou Liu, Tongwei Zhang, Zhijun Jin, Shengfei Qin, Yongchun Tang, Wenhui Liu (2011)
Kinetic Model of Gaseous Alkanes Formed from Coal in a Confined System and Its Application to Gas Filling History in Kuqa Depression, Tarim Basin, Northwest ChinaActa Geologica Sinica ‐ English Edition, 85
Abstract: Based on the analysis of the hydrocarbon geochemical characteristics in the Kuqa petroleum system of the Tarim Basin, this study discusses the causes and controlling factors of the phase diversities and their differences in geochemical features. According to the characteristics and differences in oil and gas phase, the petroleum system can be divided into five categories: oil reservoir, wet gas reservoir, condensate gas‐rich reservoir, condensate gas‐poor reservoir and dry gas reservoir. The causes for the diversities in oil and gas phases include diversities of the sources of parent material, maturity of natural gas and the process of hydrocarbon accumulation of different hydrocarbon phases. On the whole, the Jurassic and Triassic terrestrial source rocks are the main sources for the hydrocarbon in the Kuqa Depression. The small differences in parent material may cause diversities in oil and gas amount, but the impact is small. The differences in oil and gas phase are mainly affected by maturity and the accumulation process, which closely relates with each other. Oil and gas at different thermal evolution stage can be captured in different accumulation process.
Acta Geologica Sinica (English Edition) – Wiley
Published: Apr 1, 2012
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