深层气藏综合资产建模。阿联酋个案研究

M. Basioni, Abu Baker Ali Al Jefri, A. Y. Al Blooshi, Hamda J. AlMesmari, Y. Azoug, N. Belova, K. Bogachev, Aleksei Grishin, A. Elmahdi, F. Roncarolo
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引用次数: 0

摘要

水库管理的主要目标是使高原持续时间和储量采收率最大化,同时使项目风险最小化,并保持最高的环境和安全标准。提前识别在资产的整个生命周期中可能发生的所有风险和瓶颈是至关重要的,以防止它们发生或在发生时最小化反应时间。所有资产要素(地下动态模型和地面设施网络)的集成为优化资产开发提供了合适的工具。本文描述了对共享地面设施的6个储层(3个油田)进行的完全耦合的地面和地下建模,其中包括6个具有不同PVT属性的气藏。一个完全集成的模型描述了发生在地下和地面系统中的所有技术过程,并且必须根据油藏监测计划进行进一步校准。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrated Asset Modeling for Deep Gas Reservoirs. Case Study in UAE
The primary objective of reservoir management is the maximization of plateau duration and reserves recovery, while minimizing the project risks and maintaining the highest environmental and safety standards. It is critical to identify upfront all the risks and bottlenecks that may occur through the entire life of the assets, to prevent them from happening or minimize the reaction time in case of occurrence. Integration of all asset elements (subsurface dynamic models and a surface facility network) provides a fit-for-purpose tool to optimize assets development. This article describes fully coupled surface and subsurface modeling done for 6 reservoir formations (3 fields) sharing the surface facility and including 6 gas reservoirs with different PVT properties. A fully integrated model describes all technical processes occurring in the subsurface and surface systems and has to be further calibrated using measurements done as per the reservoir monitoring plan.
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