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Well Performance Monitoring by Statistical Processing and Classification of Well Test Data

机译:通过统计处理和试井数据分类对试井性能进行监控

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Production of heavy oil brings numerous operational challenges that may require arncombination of generic proven solutions with specifically tailored technologies. Thernpaper outlines a general concept of a well performance monitoring system. Its keyrnprinciple is to systematically monitor deviations from expected behavior (productionrnrates), and consequently infer the most likely deviations’ reasons as well asrnrecommendations on possible actions to eliminate existing production bottlenecks.rnStatistical processing and classification of well test data is the first step of the overallrnworkflow, and its objective is to recognize if the test results represent real productionrnvolumes, or if the results are influenced by faults of the testing equipment, such asrnmixing of fluids in well test separator. The authors describe a statistical classificationrnalgorithm, which was tailored to the problem of well test processing. It is based onrnmemory-based classification method that utilizes principles of nearest-neighbor searchrnand lazy learning.
机译:重油的生产带来了许多运营挑战,可能需要将经过验证的通用解决方案与专门定制的技术结合起来。 Thernpaper概述了油井性能监测系统的一般概念。其关键原则是系统地监控与预期行为(生产率)的偏差,从而推断出最可能发生偏差的原因以及对消除现有生产瓶颈的可能措施的建议。井测试数据的统计处理和分类是整个工作流程的第一步,其目的是识别测试结果是否代表实际产量,或者测试结果是否受测试设备故障(例如井测试分离器中流体混合)的影响。作者描述了一种统计分类算法,它是针对试井处理问题量身定制的。它基于基于内存的分类方法,该方法利用了最近邻搜索和惰性学习的原理。

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