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Socially Constructed Resilience by Multiple Organizations - The Case of Tokai No.2 Power Station-

机译:多个组织在社会上构建的抵御力-以东海第二电站为例-

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Abstract: This paper focuses on the Tokai No.2 Nuclear Power Station, which was hit by earthquakes and subsequent tsunami in the Great East Japan Earthquake in 2011 but swiftly achieved cold shutdown. The earthquake struck the power station just before the scheduled completion of engineering work to raise the walls of the room housing a seawater intake pump. The fact that the work had been applied helped continuous operation of the seawater intake pump, a key piece of equipment for achieving cold shutdown. The power station followed its pre-defined procedure to bring its reactors to cold shutdown. Focusing on the background of the engineering work, which was not mentioned in past reports, this paper analyzes multiple organizations (main actors) based on the concept of Resilience Engineering to reveal how the collaboration between these organizations enhanced the power station’s resilience, and considers the potential of such collaboration in boosting the resilience of our society.
机译:摘要:本文着重介绍了东海第二核电站,该电站在2011年东日本大地震中遭受地震和随后的海啸袭击,但迅速实现了冷停工。在预定的工程工作完成之前,地震袭击了电站,以升高容纳海水吸入泵的房间的墙壁。这项工作已经完成,这一事实有助于使海水进水泵连续运转,这是实现冷停机的关键设备。电站遵循其预定程序将其反应堆冷关闭。针对过去报告中未提及的工程工作背景,本文基于弹性工程学的概念分析了多个组织(主要参与者),以揭示这些组织之间的协作如何增强电站的弹性,并考虑了这种合作在增强社会适应力方面的潜力。

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