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Engineered Reliability for Intelligent Well Systems

机译:智能井系统的工程可靠性

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A new total-concept approach to achieving reliability forrnintelligent completion systems has produced successfulrninstallations in the BP Wytch Farm field and in the NorskrnHydro Troll and Oseberg fields. Intelligent monitoring andrninflow-control systems optimize field production and ultimaternrecovery. Total reliability is critical to realizing these benefits.rnReliability in all aspects of the completion, from equipmentrndesign to installation, is built into the engineering process.rnReliability modeling and lifetime forecasts are based onrnsystem architecture; survival analysis is based on track recordsrnand accelerated testing of components. Modeling and forecastsrnare refined throughout the project to guide and acceleraterndesign and development.
机译:在BP Wytch Farm油田以及NorskrnHydro Troll和Oseberg油田中,一种用于实现可靠性的智能完井系统的新的整体概念方法已成功安装。智能监控和流量控制系统可优化现场生产和最终采收率。全面的可靠性对于实现这些优势至关重要。rn从设备设计到安装的完成过程各个方面的可靠性都内置在工程流程中。rn可靠性建模和寿命预测基于系统体系结构;生存分析基于跟踪记录和组件的加速测试。在整个项目中完善建模和预测,以指导和加速设计和开发。

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