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Integrated Reservoir Modeling of Two Urengoy Gas Fields

机译:两种Urengoy气田的集成储层建模

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The paper presents the integrated reservoir simulation and optimization results of two onshore gas fields. The fields are tied to common separator node, and have the similar gas in place volumes and production potentials. The optimal production plan for each field is the goal of the simultaneous development planning. Usually, separate field development plane does not consider surface facilities constraints, so overestimates the gas production amount and project lifetime. However, integrated "reservoir-well-pipeline" model allows to optimize the production system and reach the maximum gas production from each field. This paper presents the two gas field production optimization algorithm, also several development strategies with common production facility constraints are discussed with results. The optimal two-field simultaneous development plan is calculated on integrated computer model taking into account production system constraints.
机译:本文介绍了两个陆上气田的集成储层模拟和优化结果。 该字段与公共分离器节点相关联,并具有类似的气体,进入卷和生产电位。 每个领域的最佳生产计划是同时开发规划的目标。 通常,单独的现场开发平面不考虑表面设施限制,因此高估气体生产量和项目寿命。 然而,集成的“水库 - 井 - 管道”模型允许优化生产系统并从每个领域到达最大气体生产。 本文提出了两种天然气场生产优化算法,也有几种具有普通生产设施约束的发展策略。 在考虑生产系统约束的集成计算机模型上计算了最佳的双场同时开发计划。

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