水路危险货物运输的风险效应模型

J. Donk, W.G. de Rijke
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引用次数: 1

摘要

危险货物的内河运输在荷兰变得越来越重要。当意外暴露时,这些物品会危害环境和居民。荷兰政府关注交通安全,并制定了风险管理政策。为开发风险管理工具,我们展开了一项大型研究项目“内河运输安全”。该项目的目的是对内陆水道沿线最危险的地点进行盘点,并开发风险效应模型(REM),以支持有关水道和港口安全改进的决策。研究项目分为3个阶段。1994年1月,该项目的第一阶段已经完成。在最后阶段,REM将能够精确计算水路运输的安全风险、经济风险和环境风险,并将有可能深入了解降低风险措施的定性和定量效果。本文对荷兰的风险政策进行了概述。然后重点介绍了快速眼动模型的第一阶段,并指出了快速眼动模型未来的发展方向。然后通过案例研究说明了快速眼动的应用。
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A risk-effect model for waterway transport of dangerous goods
Inland waterway transport of dangerous goods in the Netherlands is becoming increasingly important. When accidentally exposed, these goods can endanger the environment and inhabitants. The Dutch government is concerned with the safety of transport and has developed a risk management policy. To develop tools for risk management, a large research project "Safety of Inland Water Transport" was initiated. The aim of this project is to make an inventory of the most dangerous locations along the inland waterways and to develop a risk-effect model (REM), that can support decisions on safety improvement of waterways and harbours. The research project is divided into 3 phases. In January 1994 the first phase of the project was finished. In the final phase REM will enable precise calculation of safety risks, economical and environmental risks of waterway transport and will make it possible to get insight into the qualitative and quantitative effect of risk-reducing measures. In the paper an outline of the risk policy in the Netherlands is given. The paper then concentrates on the first phase version of REM. Some major future developments of REM are highlighted. The application of REM is then demonstrated with a case-study.
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