Integrated Modeling of the Complex Multilayer Oil, Gas and Condensate Field Development as a Method of the Project Value Increasing

E. Bogdanov, I. Chameev, S. Nekhaev, R. Badgutdinov, A. Tkachuk, A. Shorokhov
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Abstract

The work is devoted to highlighting the experience of creating a full-scale integrated (reservoir – well – infrastructure network) model of gas reservoirs of the large oil, gas and condensate field of Yamal, finding optimal solutions to the problem of both development oil rims, gas caps of productive reservoirs and dry gas reservoirs, as well as the gas injection system on the efficiency of the field development process as a whole. The task included creating, history matching and integration of the hydrodynamic models with surface facility system, the elimination of "bottlenecks" in the gas facility network system and the determination of the optimal solution to the problem of hydrocarbon production (oil production from oil rims and gas production from gas caps and dry gas formations). Conducted integrated calculations allowed us to consistently identify the risks of the project and allowed them to be minimized at the preparatory stage of the project, which leads to an increase in the value of the project.
复杂多层油气田凝析开发综合建模——项目增值方法
这项工作致力于强调在Yamal大型油气和凝析气田建立气藏全面综合(油藏-井-基础设施网络)模型的经验,为开发油圈、生产油藏和干气藏的气顶以及整个油田开发过程效率的注气系统的问题找到最佳解决方案。任务包括创建、历史匹配和整合流体动力学模型与地面设施系统,消除天然气设施网络系统中的“瓶颈”,确定碳氢化合物生产问题的最佳解决方案(从油环采油,从气帽和干气地层采气)。进行综合计算使我们能够一致地识别项目的风险,并允许在项目的准备阶段将其最小化,从而导致项目价值的增加。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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