alexa The Application Of Architectural Elements Analysis In Characterizing Complex Reservoir: A Case Study Of Yongan Town Oil Field, Dongying Sag, Bohai Bay Basin, China

Journal of Petroleum & Environmental Biotechnology
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6th International Conference on Petroleum Engineering
June 29-30, 2017|Madrid, Spain

Sun Ke and Chen Qinghua
China University of Petroleum, China
ScientificTracks Abstracts: J Pet Environ Biotechnol
DOI: 10.4172/2157-7463-C1-031
As the exploration and development of oil and gas fields gets deeper and deeper in our country, characterization of complex reservoir has become one of the most important research fields. The characteristics of complex reservoir are that rock composition is complex, space structure is complex, kind of reservoir space is various, heterogeneity is strong, physical properties is changeful. In view of the above characteristics, there are three problems in traditional reservoir characterization methods which are about gradation, structure and genesis. That architectural elements analysis put forward offers method and idea for solving the above problems. Compared with traditional reservoir characterization methods, the advantages of architectural elements analysis mainly display in three points: First, it can be applied to divide high frequency level of reservoir; second, it can be applied to analyze complex structure of reservoir; third, it can be applied to explain the genesis of reservoirs. The application of architectural elements analysis in characterizing complex reservoir need to pay attention to the applicable condition of the method, the choice of the basic research unit and the relationship between architectural elements and pay zone units. This paper takes Es2 6 of mouth bar which belongs to the Yong3-1 fault block of Yong’an town oil field in Dongying Sag as example, combining with the advantages of architectural elements analysis and problems that should be noticed, thoroughly studies the issues on the division of bounding surface, reservoir sedimentary genesis and the distribution characteristics of oil and water, and comes to the conclusions that the original 61 layer could be divided into six times accretions of mouth bar (architectural element of 3 level), the dip angle of mouth bar accretions is between 2~3°; six times accretion of mouth bar had the characteristics of retrogradation from west to east; the oil and water distribution of 61 layer was mainly controlled by accretion of mouth bar.

Sun Ke is a PhD candidate who is engaged in Petroleum Geology research, Department of Geology, College of Geological Science and Technology, China University of Petroleum, China.


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