巨型油藏区块综合开发建模

K. Bogachev, Aleksandr Zagainov, E. Piskovskiy, Iuliia Moshina, Aleksei Grishin, Anton Muryzhnikov, Aydar Gatin, N. Korostelev
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引用次数: 1

摘要

综合油田模型的建立和匹配,包括大油田的局部模型、井模型和地面网络模型。该综合模型采用了一种创新的方法来求解一个统一的方程组,该方程组涵盖了水库-井-地面网络系统中的所有物理过程;不涉及积分器软件。该项目涉及覆盖部分大油田的历史匹配动态模型,地面网络布局和井下设备参数的井建。这些数据被输入到一个单一的软件产品中,以创建一个数字双胞胎,从而可以同时与油藏和网络一起工作。该方法能够快速创建和匹配大量井的集成模型,可以为各种操作模式创建预测,并估计现有基础设施的基本情况产量,同时还提供了将新项目井连接到现有地面网络的选项。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrated Field Development Modeling of Block in Giant Oil Reservoir
The creation and matching of an integrated field model including a model for part of a giant field, well models and surface network model is considered here. The integrated model was created using an innovative method of solving a unified system of equations that cover all the physical processes in the reservoir-well-surface network system; no integrator software was involved. The project involves a history-matched dynamic model covering part of a giant field, a surface network layout and well constructions with the subsurface equipment parameters. These data were fed to a single software product to create a digital twin which would allow simultaneous work with both the reservoir and the network. The approach enabled quick creation and matching of an integrated model with a lot of wells which can create forecasts for various operation modes and estimate the base case production for the infrastructure in place, as well as offers an option to connect new project wells to the current surface network.
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