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Integration of Geology, Geophysics, and Numerical Simulation in the Interpretation Of a Well Test in a Fluvial Reservoir

机译:河流相油藏试井解释中的地质,地球物理和数值模拟的集成

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摘要

The focus of this paper is the incorporation of geologic and geo- physical data in the analysis of pressure test sin a fluvial reservoir. Using a 3,105,851-cell "porosity cube" derived by seismic and Well-log data, this work outlines the steps involved in developing A 3D model with 7,128 cells that was used to estimate reservoir Properties (such as permeability, skin, permeability/porosity rela- Tionship, reservoir connectivity, ad fault factor).
机译:本文的重点是在河流储层压力测试分析中结合地质和地球物理数据。使用通过地震和测井数据得出的3,105,851个单元的“孔隙度立方体”,该工作概述了开发具有7,128个单元的3D模型所涉及的步骤,该模型用于估算储层属性(例如渗透率,表皮,渗透率/孔隙度关系) -关系,储层连通性,广告断层因数)。

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