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NON-SAFETY PIPING OPERABILITY REVIEW CASE STUDY ... today and tomorrow

机译:非安全管道可操作性审查案例研究......今天和明天

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During a 1993 outage at the Perry Nuclear Power Station, a condition report was issued which identified potential intersystem loss of water between the Emergency Closed Cooling Water System and the Nuclear Closed Cooling Water System during a design basis event The review of this condition report indicated that if a SSE event were to occur during a design basis event components important to plant safety could potentially be adversely affected if certain non-seismic/non-safety portions of the Nuclear Closed Cooling Water System could not maintain pressure boundary integrity as a result of the seismic loadings. Presented in this paper are steps, criteria, and methodology used to demonstrate the seismic acceptability of the affected portion of the Nuclear Closed Cooling Water System Piping. Also discussed are the potential benefits and applicability of a recently developed EPRI non-safety, non-seismic operability procedure. This discussion includes the potential cost savings which could have arisen from application of this recently developed procedure.
机译:在1993年在Perry核电站停电期间,发出了一个条件报告,在设计基础事件期间,在设计基础事件期间确定了紧急闭合冷却水系统与核封闭冷却水系统之间的潜在线性系统丧失。此条件报告的审查表明如果在设计基础事件期间发生SSE事件,如果核闭合冷却水系统的某些非地震/非安全部分可能不会维持压力边界完整性,可能会受到不利影响的可能性不利影响地震载荷。本文介绍是用于证明核闭合冷却水系统管道受影响部分的地震可接受性的步骤,标准和方法。还讨论了最近开发的EPRI非安全性,非地震可操作性程序的潜在益处和适用性。该讨论包括可能从最近开发的程序的应用中出现的潜在成本节省。

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