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TRACKING HAZARD ANALYSIS DATA IN A JUNGLE OF CHANGING DESIGN

机译:跟踪更改设计丛林中的危险分析数据

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The biggest fear of the hazard analyst is the loss of data in the middle of the design jungle. When project schedules are demanding and design is changing rapidly it is essential that the hazard analysis data be tracked and kept current in order to provide the required project design, development, and regulatory support. Being able to identify the current information, as well as the past archived information, as the design progresses and to be able to show how the project is designing in safety through modifications based on hazard analysis results is imperative. At the DOE Hanford site in Washington State, Flour Hanford Inc is in the process of the removal and disposition of sludge from the 100 Area K Basins. The K Basins were used to store spent fuel from the operating reactors at the Hanford Site. The sludge is a by-product from the corrosion of the fuel and fuel storage canisters. The sludge removal project has been very dynamic involving the design, procurement and, more recently, the operation of processes at two basins, K East and K West. The project has an ambitious schedule with a large number of changes to design concepts. In order to support the complex K Basins project a technique to track the status of the hazard analysis data was developed. This paper will identify the most important elements of the tracking system and how it was used to assist the project in ensuring that current design data was reflected in a specific version of the hazard analysis and to show how the project was keeping up with the design and ensuring compliance with the requirements to design in safety. While the specifics of the data tracking strategy for the K Basins sludge removal project will be described in the paper, the general concepts of the strategy are applicable to similar projects requiring iteration of hazard analysis and design.
机译:对危险分析师的最大恐惧是设计丛林中间的数据损失。当项目计划要求苛刻并且设计迅速变化时,必须跟踪危险分析数据并保持当前的数据,以提供所需的项目设计,开发和监管支持。能够识别当前的信息以及过去的归档信息,因为设计进展并能够通过基于危险分析结果的修改来展示项目在安全性设计中的势在必行。在华盛顿州的Doe Hanford网站上,面粉Hanford Inc正在从100区k流域去除和配置污泥。 K盆地用于储存来自Hanford遗址的操作电抗器的花燃料。污泥是来自燃料和燃料储存器罐的腐蚀的副产品。污泥去除项目一直非常动态,涉及设计,采购和最近,两个盆地,K East和K西部的过程的运作。该项目有一个雄心勃勃的计划,对设计概念进行了大量变化。为了支持复杂的K个盆地,开发了一种跟踪危险分析数据状态的技术。本文将确定跟踪系统最重要的元素以及如何使用该项目来确保当前设计数据反映在危险分析的特定版本中,并展示该项目如何跟上设计和设计确保符合安全要求的要求。虽然将在论文中描述K盆地污泥拆卸项目的数据跟踪策略的具体情况,但该策略的一般概念适用于需要迭代危险分析和设计的类似项目。

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