2003Petroleum Exploration and DevelopmentRequires access

Quantitative modeling in fluvial facies reservoir

Zhong Lin Wang

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Abstract

Seidimentary microfacies, the spreding of the sand body, reservoir frame, reservoir and fluid characteristic, reservoir heterogeneity and individual-well model were studied in Zhong-7 district in Gudong oil field in order to find a effective method in reservoir stochastic modeling by using comprehensive theory and technology. Considering of the high heterogeneity in fluvial facies reservoir, several methods of reservoir modeling in 2-D and 3-D were studied and analyzed and the result indicates that indicator simulation is the best method in fluvial facies reservoir quantitative modeling. Quantitative model was build in Zhong-7 district and the effect is excellent.

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What this paper is about

Seidimentary microfacies, the spreding of the sand body, reservoir frame, reservoir and fluid characteristic, reservoir heterogeneity and individual-well model were studied in Zhong-7 district in Gudong oil field in order to find a effective method in reservoir stochastic modeling by using comprehensive theory and technology. Considering of the high heterogeneity in fluvial facies reservoir, several methods of reservoir modeling in 2-D and 3-D were studied and analyzed and the result indicates that indicator simulation is the best method in fluvial facies reservoir quantitative modeling. Quantitative model was build in Zhong-7 district and the effect is excellent.

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Available abstract

Seidimentary microfacies, the spreding of the sand body, reservoir frame, reservoir and fluid characteristic, reservoir heterogeneity and individual-well model were studied in Zhong-7 district in Gudong oil field in order to find a effective method in reservoir stochastic modeling by using comprehensive theory and technology. Considering of the high heterogeneity in fluvial facies reservoir, several methods of reservoir modeling in 2-D and 3-D were studied and analyzed and the result indicates that indicator simulation is the best method in fluvial facies reservoir quantitative modeling. Quantitative model was build in Zhong-7 district and the effect is excellent.

Key concepts: Facies, Fluvial, Reservoir modeling, Geology, Oil field, Petroleum engineering, Petrology, Geomorphology

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