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BWR containment configuration having partitioned wetwell airspace

机译:BWR围护结构具有划分的湿井空域

摘要

An improved containment configuration for a boiling water reactor in which the wetwell airspace is divided into a multiplicity of chambers through the use of wetwell airspace divider partitions. The partitions extend to below the water level of the suppression pool so that the gas in one airspace chamber cannot communicate with another airspace chamber. Each wetwell airspace chamber can be placed in flow communication with the drywell via a respective open vacuum breaker. When one vacuum breaker fails in the open position or when wetwell/drywell steam bypass leakage into one chamber occurs, the pressure differential between the wetwell airspace chamber and the drywell drops. However, because the leaking chamber is isolated, the pressure differential between the drywell and the other chambers is unaffected. Thus, the PCC heat exchangers corresponding to non-leaking chambers can continue to operate effectively, even if the PCC heat exchanger corresponding to the leaking chamber is rendered ineffective.
机译:用于沸水反应堆的改进的安全壳构造,其中通过使用湿井空气空间分隔壁将湿井空气空间分成多个腔室。隔板延伸至抑制池的水位以下,以使一个空域室中的气体无法与另一空域室连通。每个湿井空间空间可通过相应的开放式真空断路器与干井流体连通。当一个真空断路器在打开位置发生故障时,或者当湿井/干井蒸汽旁路泄漏到一个腔室中时,湿井空域腔室和干井之间的压力差就会下降。但是,由于泄漏腔是隔离的,因此干井腔和其他腔之间的压差不受影响。因此,即使使与泄漏室相对应的PCC热交换器无效,与非泄漏室相对应的PCC热交换器也可以继续有效地工作。

著录项

  • 公开/公告号US5570401A

    专利类型

  • 公开/公告日1996-10-29

    原文格式PDF

  • 申请/专利权人 GENERAL ELECTRIC COMPANY;

    申请/专利号US19950532292

  • 发明设计人 DOUGLAS M. GLUNTZ;

    申请日1995-09-22

  • 分类号G21C9/004;

  • 国家 US

  • 入库时间 2022-08-22 03:37:38

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