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An Integrated Approach to Evaluate the Further Development of the Changbei Unconventional Tight Gas Reservoirs

机译:一种综合方法来评估昌北非常规储气储层的进一步发展

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Shell and PetroChina have been successfully developing the Main Changbei P1S2 QA Reservoir using the advanced technology of openhole dual lateral horizontal wells since 2005. The scope of this project has been expanded to further develop the Changbei Main Reservoir and also to appraise and develop the Unconventional tight gas Reservoirs. The Unconventional tight gas Reservoirs have not been commercially developed to date and are geologically very different from the Main Reservoir. The team employed front end loading and decision based modelling to manage the complexities of essentially developing a green field within a brown field, and unconventional microDarcy reservoirs above and below a more conventional milliDarcy reservoir. The field was divided into type areas based on reservoir quality and development maturity. The Main Reservoir modelling approach is conventional but the Unconventional Reservoirs will require single-well multi-reservoir box models to facilitate probabilistic uncertainty work flows and type curve generation. Synergies between the Main and the Unconventional Reservoirs have also been considered.
机译:壳牌和石油以来一直成功开发了主要的常部P1S2 QA水库,自2005年以来,露洞双横向水平井的先进技术。该项目的范围已扩大,以进一步发展昌北主水库,也批准并发展着非常规紧张气体储层。无传统的紧的气体储层迄今为止没有商业发展,与主水库几乎不同。该团队采用前端装载和基于决策的建模,以管理基本上在棕色田间内开发绿色场的复杂性,以及更常规的Milidarcy水库上方和下方的非传统的微跑车储层。该领域分为基于储层质量和发展成熟度的类型区域。主要的储层建模方法是常规的,但非常规储层将需要单井多水库盒式机型,以促进概率的不确定性工作流程和类型曲线生成。也考虑了主要和非传统水库之间的协同作用。

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