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Rock Types and Flow Units in Static and Dynamic Reservoir Modeling: Application to Mature Fields

机译:静态和动态储层模型中的岩石类型和流量单位:应用于成熟领域

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The definition of rock types (RT) and flow units (FU) in the static and dynamic models is useful to have a better description of the potential zones with a reservoir quality. The study and integration of information from conventional and special core analysis, well logs, test pressure, geocellular model, gridding and properties upscaling to simulation are required for the reservoir modeling characterization. The Winland and Flow Zone Indicator (FZI) methods to identify RT, as well as, the Stratigraphic Modified Lorenz (SMLP) method for FU; are the most used techniques to determine the properties at the well level. This document describes a workflow of that techniques at well level to be applied to the 3D static and dynamic reservoir models. The main objective is to identify the different features of the RT and FU in the entire reservoir. As result of this methodology, the FU are well defined and are used to determine the zone mapping in the upscaling process to perform the reservoir simulation model; and put new wells with oil opportunities in a mature field.
机译:静态和动态模型中的岩石类型(RT)和流量单位(FU)的定义可用于具有具有储层质量的潜在区域的更好描述。储层建模表征需要从常规和特殊核心分析,井测井,测试压力,几骨展模型,网格化和性能提升到仿真所需的研究和集成。 Winland和流量区指示器(FZI)方法来识别RT,以及富士的地层改性Lorenz(SMLP)方法;是最常用的技术,用于确定井级别的属性。本文档描述了在井级的技术的工作流程应用于3D静态和动态储库模型。主要目的是识别整个水库中的RT和FU的不同特征。由于该方法的结果,FU很好地定义,用于确定升高过程中的区域映射,以执行储存器模拟模型;并将新井与成熟领域的石油机会置于。

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