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Static Model Construction for Lower Shuaiba Formation (Lower Dariyan)

机译:下帅巴组(下达里扬州)静力模型构造

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Three-dimensional numerical earth models play an increasingly central role in the engineering and petroleum industry. They are routinely used to plan new wells calculate hydrocarbon reserves and when coupled to flow simulator, predict production profile. In the reservoir modeling subject there are different methods for 3D-static modeling of these methods in the present study the geostatistical method is used for 3D-static model of lower shuaiba in the West of Persian gulf. This paper focus on constructing static model for Lower Shuaiba formation is discussed and the 3D static model and property maps showing the oil reserves are presented. Oil in place estimate based on volumetric calculation is finally provided. The static model of Lower Shuaiba formation in the west of Persian Gulf revealed that the major oil deposits lie in the F3 area with some minor deposits in F1, F5 and F8 areas. The oil in place from F3 area amounts to 359.1 MMSTB and from F1, F5 and F8 area are estimated to be around 28.6, 29.9 and 27.9 MMSTB, respectively. Considering the cumulative oil production from Lower Shuaiba being 13.6 MMSTB, 431.9 MMSTB of oil is remaining to be exploited. With a recovery factor of 10% with natural depletion (being on optimistic side) the Lower Shuaiba oil reserve is estimated to be around 31 MMSTB.
机译:三维数值地球模型在工程和石油行业中扮演着越来越重要的角色。它们通常用于计划新井以计算碳氢化合物储量,并与流量模拟仪耦合时,预测产量曲线。在储层建模主题中,本研究中有不同的3D静态建模方法,地统计学方法用于波斯湾西部下帅巴的3D静态建模。本文重点讨论了下帅巴组的静态模型的构建,并给出了3D静态模型和显示储油量的特性图。最终提供了基于体积计算的现场采油估算。波斯湾西部下帅艾巴组的静态模型显示,主要的油藏在F3地区,在F1,F5和F8地区有一些次要的沉积。 F3区到位的油量为359.1 MMSTB,F1,F5和F8区到位的油量分别约为28.6、29.9和27.9 MMSTB。考虑到下帅巴的累计石油产量为13.6 MMSTB,因此仍有431.9 MMSTB的石油需要开采。在自然损耗的情况下,采收率达到10%(乐观的一面),下帅巴的石油储量估计约为31 MTB。

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