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Stampede Multi-Purpose Dynamic Simulator

机译:Stampede多功能动态模拟器

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摘要

The Stampede deepwater field is located in the Gulf of Mexico, Green Canyon block, and consists ofrnapproximately 3,500 ft of water. The Stampede project will include 10 in-service wells in a Miocenernformation for a reservoir system at 28,000 – 31,000 ft. TVD. This unique reservoir has deep wells, a lowrngas-to-oil ratio, and a low bubble point, a combination that calls for an in-well gas lift injection design.rnThe Stampede project team identified dynamic simulation as a validation tool during the early designrnphase. High-fidelity fully compositional models were developed for Subsea to simulate heat-transfer effectsrnin the well annulus to understand the interaction between production fluid and gas lift injection for variousrnstartup cases. After the simulation model was in place and in use, the project team identified the need torncontinue using the topsides and subsea integrated simulation models to validate additional phases in processrndesign and engineering. We developed a multi-purpose dynamic simulator (MPDS) that proved to be arncrucial tool for Standard Operating Procedures (SOPs) validation, Operations training and control systemrncheckout.
机译:Stampede深水场位于墨西哥湾的绿色峡谷地带,由约3500英尺的水组成。 Stampede项目将在Miocenernformation中包括10个在用油井,用于28,000 – 31,000英尺TVD的储层系统。这个独特的油藏具有深井,较低的油气比和较低的气泡点,两者结合需要进行井内气举注入设计。Stampede项目团队将动态模拟确定为早期设计阶段的验证工具。 。针对海底开发了高保真全成分模型,以模拟井环空中的传热效果,以了解各种启动情况下采出液和气举注入之间的相互作用。在仿真模型到位并投入使用之后,项目团队发现需要继续使用顶部和海底集成仿真模型来验证工艺设计和工程中的其他阶段。我们开发了一种多功能动态模拟器(MPDS),事实证明它是用于标准操作程序(SOP)验证,操作培训和控制系统结帐的人工工具。

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