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Achieving an Acceptable Standard for Plant Condition and Inventory Status in Nuclear Facilities in Readiness for the Annual Physical Inventory Take

机译:为年度物理库存准备达到核设施中的植物状况和库存状况的可接受标准

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International safeguards regulations state that a physical inventory take, and subsequent verification, shall be performed in each material balance area of a facility in every calendar year. This physical inventory is the sum of all measured and derived estimates of quantities of nuclear material within a material balance area as determined by the facility operator, which is subsequently verified by the safeguards inspectorates. In order to provide the safeguards inspectorates with sufficient confidence to draw safeguards conclusions, a material balance area must be in an adequate condition and the inventory status such that it facilitates this verification. This includes minimising the quantity of nuclear material present, ensuring as much material as possible is in a measurable form and accessible for verification, and that any supporting equipment or information is available in a timely manner to the safeguards inspectors to name but a few requirements on the operator. To ensure the physical inventory verification process is as effective and as efficient as possible, Sellafield Limited has drawn upon best practice guidance for physical inventory takes and verifications as set out by the UK Office for Nuclear Regulation and the expectations and experience of the European Commission Directorate General for Energy safeguards inspectors. This collaborative approach has led to definition of these standards and their limitations for implementation in each material balance area across the Sellafield site. In order to obtain a consistent approach, this work began with a focus on ageing, legacy facilities where there were often operational constraints to obtaining optimum conditions for physical inventory takes and verification activities. The approach to plant standards in these legacy areas was successful and was therefore rolled out to the other material balance areas across the Sellafield site. This paper outlines the approach adopted by Sellafield Limited along with some of the challenges and operational constraints encountered and key learning from the exercise.
机译:国际保障措施条例规定实物盘点取,随后核查,应在每个日历年度设施的每个材料平衡区进行。这种物理库存核材料的量的所有测量和推算取得的由设施操作,其随后通过保障监察机构验证所确定的材料平衡区域内的总和。为了提供足够的信心保障监察得出保障结论,材料平衡区必须在适当的条件和库存状态,使得它有利于该验证。这包括减少核材料存在的数量,以确保尽可能多的材料尽可能以可衡量的形式和验证访问,并且任何配套设备或信息,请及时向保障视察员的名字,但在一些要求运营商。为了确保实际库存量核查过程是有效和尽可能高效,塞拉菲尔德有限公司已在实物盘点最佳实践指南绘制需要和载列由英国办公室反应堆等规制与预期和欧盟委员会的经验验证通用能源保障视察。这种协作方式导致了这些标准及其局限性定义在整个塞拉菲尔德网站每个材料平衡区的实现。为了获得一致的做法,这项工作开始侧重于老龄化,传统的设施中,经常有操作上的限制,以获得对实物库存需要和核查活动的最佳条件。在这些传统领域的标准厂房的做法是成功的,因此被推广到整个塞拉菲尔德网站上的其他材料平衡区。本文将介绍塞拉菲尔德有限公司与一些从演习的挑战和遇到的限制和学习沿采用的方法。

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