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《Earth Science Frontiers》 2009-04
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Genesis,stages and distribution of the fractures in H_3 reservoir in Anpeng oil field,Miyang Sag

Zhou Wen1,Zhang Yinde1,Yan Changhui1,Wang Honghui1,Sun Shangru2 1.State Key Laboratory of Oil and Gas Reservoir Geology and Exploitation,Chengdu University of Technology,Chengdu 610059,China 2.Henan Oil Company,Nanyang 473001,China  
Based on the data of directional core drilling,FMI,routine cores and their thin-sections,we have described the characteristics of H3 reservoir in Anpeng oil field,Miyang sag.By analyzing the stable isotopes of 20 fracture infillings and 5 groups of acoustic emission,combined with the studies of fracture characteristics and tectonic evolution,the fractures in H3 member were assigned to the regional fracture type which is characterized by the dominance of vertical or high-angle extensional fracture,occurring in groups,relatively stable occurrences and out of the control of local nose-type folds.It has been recognized that there are 4 breaking stages,of which the 2nd one is the major stage.Based on the rock mechanical properties,the distribution of rigid rocks,the thickness of sandstones and the intensity of tectonic stress field,we have systematically discussed the geological factors controlling the fracture developments.The regional stress intensity closely related to the degree of the fracture development is the major extrinsic factor influencing the fractures,while the lithology,the density and the thickness of rocks are the major intrinsic causes.The procedures of tectonic filtering,the stress field simulation and the main curvature calculation have been employed to anticipate and evaluate the areal distribution of fractures of the reservoir groups of Ⅶ,Ⅷ and Ⅸ in the study area.
【Fund】: “油气藏地质与开发工程”国家重点实验室·成都理工大学项目“安棚油田核三段储层裂缝特征及有效储层分布评价”(Kt2002-18)
【CateGory Index】: P618.130.25
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