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Hazmat transport: A methodological framework for the risk analysis of marshalling yards

机译:危险品运输:编组站风险分析的方法框架

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摘要

A methodological framework was outlined for the comprehensive risk assessment of marshalling yards in the context of quantified area risk analysis. Three accident typologies were considered for yards: (ⅰ) "in-transit-accident-induced" releases; (ⅱ) "shunting-accident-induced" spills; and (ⅲ) "non-accident-induced" leaks. A specific methodology was developed for the assessment of expected release frequencies and equivalent release diameters, based on the application of HazOp and Fault Tree techniques to reference schemes defined for the more common types of railcar vessels used for "hazmat" transportation. The approach was applied to the assessment of an extended case-study. The results evidenced that "non-accident-induced" leaks in marshalling yards represent an important contribution to the overall risk associated to these zones. Furthermore, the results confirmed the considerable role of these fixed installations to the overall risk associated to "hazmat" transportation.
机译:概述了在定量区域风险分析的背景下对编组站进行综合风险评估的方法框架。院子考虑了三种事故类型:(ⅰ)“在途事故诱发”释放; (ⅱ)“因调车事故引起的”泄漏; (ⅲ)“非事故引起的”泄漏。基于将HazOp和故障树技术应用于为“危险品”运输使用的更常见类型的铁路车辆定义的参考方案,开发了一种用于评估预期释放频率和等效释放直径的特定方法。该方法已用于评估扩展的案例研究。结果表明,编组场中的“非事故引起的”泄漏代表了与这些区域相关的总体风险的重要贡献。此外,结果证实了这些固定装置在与“危险品”运输相关的总体风险中的重要作用。

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