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Palaeozoic Reservoirs Geology Prediction and Exploitation Monitoring Features: Case Study of Tomsk Region Fields, Russia

机译:古生代水库地质预测和开发监测特点:俄罗斯汤姆克地区田园案例研究

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Paleozoic deposits, characterized by complex geological structure, require a special approach to lateral properties variation prediction. Typical correlation associations and dependencies showed limited relevance of statistical methods and low predictive potential for seismic analysis. Comparable complex structured reservoirs can be confidently predicted by traditional approach of geological similarity. Regardless of complications mentioned, Paleozoic reservoirs production is effective and close to planned values at the moment After a logical move beyond slanted well to horizontal ones, it is planned to drill multilateral wells as a next step to reduce uncertainties influence on production and to increase oil production profitability. Non-conventional informational capacity of exploitation monitoring complex for Paleozoic deposits is shown in the paper in addition. Some examples are introduced and well test data usage for porous and filtration media type selection is demonstrated aiming at hydrodinamic model enhancement.
机译:古生代沉积物,以复杂的地质结构为特征,需要一种特殊的横向特性变化预测方法。典型的相关关联和依赖性显示出统计方法的有限相关性和地震分析的低预测潜力。可比的复杂结构储层可以通过传统的地质相似性方法预测。无论如何,无论如何提到并发症,古生代水库生产是有效的,在横向倾斜的逻辑移动到横向的情况下,古生代水库生产是有效的,并且在横向倾斜的情况下,计划钻取多边井作为下一步,以降低不确定性对生产影响和增加油的步骤生产盈利能力。此外,古生代矿床的剥削监测复合物的非传统信息能力如图所示。介绍了一些实例,并对多孔和过滤介质型选择进行了良好的测试数据使用,旨在瞄准氢化物模型增强。

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