The Application of Multistage Fuzzy Comprehensive Evaluation Mathematics Method for the Analysis of Determining the Remaining Oil in Ultra-High Water-Cut Oilfield

Chun Mei You; Jia Chun Wang; Xiao Jun Sun; Xian Hu Lv; Shao Ming Song

doi:10.4028/www.scientific.net/AMR.926-930.4429

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Evolution Mechanism Study of Sand and Gravel Braided River
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The Land Use/Cover Change in Flood Storage and Detention Area Based on RS: A Case Study of the LaoWangPo Flood Storage and Detention Area in the Huaihe River Valley
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Reservoir Characteristics of Buried Hill and Oil and Gas Distribution of Hailaer Basin - Case Study of Budate Formation of Sudeerte Oilfield
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The Application of Multistage Fuzzy Comprehensive Evaluation Mathematics Method for the Analysis of Determining the Remaining Oil in Ultra-High Water-Cut Oilfield
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Application of BP Network Based on PSO Algorithm in Cementing Quality Prediction
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Research on the Influential Factors of Agricultural High-Tech Enterprises Debt Acquisition: Based on Multivariate Linear Regression Analysis
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Acquisition of Swarm Intellegence (SI) Principle in Practice Teaching of Automation Disciplines
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An Empirical Study of Internet-Based Collaborative Language Learning in China
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 926-930The Application of Multistage Fuzzy Comprehensive...

The Application of Multistage Fuzzy Comprehensive Evaluation Mathematics Method for the Analysis of Determining the Remaining Oil in Ultra-High Water-Cut Oilfield

Abstract:

After the water flooding sandstone oilfield entering the ultra-high water-cut developing phase, the remaining oil distribution has become increasingly fragmented, how to quantitative distinguish the remaining oil potential is the key to influence oilfield development, using multilevel fuzzy comprehensive evaluation mathematics method, comprehensive analyzed the classification reservoir’s producing conditions during the ultra-high water-cut developing phase, established a quantitative evaluation method from geological and develop factors, solved the problem of analyzing remaining oil in deferent kinds of reservoirs, realized the quantitative characterization of remaining oil in the ultra-high water-cut oilfield.