英国ABWR通用设计评估中实际消除早期或大量裂变产物释放的演示

M. Ang, Nuh Mohamud, Hiromasa Chitose, Naoki Hirokawa, Ryusuke Kimura
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引用次数: 0

摘要

对不断改进核电站安全的要求已导致国际上期望在新的反应堆设计中切实消除由于严重事故而产生的裂变产物的早期或大量释放。英国商业、能源和工业战略部最近发布了第七份英国报告,该报告证实了英国遵守《核安全公约》的义务[参考文献1]。关于安全评估和验证的第14条,英国核监管机构(核监管办公室(ONR))期望在新核电站的安全案例中包含“实际消除”潜在严重事故状态的示范[参考文献2]。为了实现这一目标,安全案例应该表明,事故状态在物理上是不可能发生的,或者根据设计规定,这些状态可以被认为是极不可能发生的,并且具有很高的置信度[Ref-3] [Ref-4] [Ref-5]。在2017年8月提交给ONR的英国ABWR通用设计评估(GDA)施工前安全报告(PCSR)中,开发并成功应用了示范框架[参考文献6]。本文对该论证进行了总结。
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A Demonstration of Practical Elimination of Early or Large Fission Product Release for the UK ABWR Generic Design Assessment
The demand for continuous improvement in safety of nuclear power plants has led to an international expectation that early or large releases of fission products as a result of severe accidents be practically eliminated for new reactor designs. The UK Department for Business, Energy and Industrial Strategy has recently published the Seventh UK Report which provided confirmation of UK demonstrating compliance with the obligations of the Convention on Nuclear Safety [Ref-1]. Relating to Article 14 on the Assessment and Verification of Safety, the UK nuclear Regulator (Office for Nuclear Regulation (ONR)) has the expectation of the demonstration of ‘practical elimination’ of potential severe accident states be included in the safety cases for new nuclear power plants [Ref-2]. In order to achieve this, the safety case should show either that it is physically impossible for the accident states to occur or the states can be considered to be extremely unlikely with a high degree of confidence by design provisions [Ref-3] [Ref-4] [Ref-5]. A demonstration framework was developed and applied successfully in the UK ABWR Generic Design Assessment (GDA) Pre-Construction Safety Report (PCSR) which was submitted to the ONR in August 2017 [Ref-6]. A summary of this demonstration is provided in this paper.
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