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Development of a QRA method to calculate the risks generated by Liquefied Natural Gas (LNG) filling stations for road trucks

机译:开发QRA方法,以计算液化天然气(LNG)填充站的道路卡车填充站产生的风险

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This paper describes a method to calculate risks generated by liquefied natural gas (LNG) filling stations for road trucks. An increasing number of these stations are operational in the Netherlands and they require activities such as transfer, storage, saturation and supply of LNG. Under the Dutch legislative context, facilities that handle or store large amounts of hazardous substances must carry out a quantitative risk analysis (QRA) for land-use planning purposes. The outcomes of the QRA determine the kinds of activities that are acceptable in the surroundings of the facility. The method defines which release scenarios and frequencies to use and how consequences of release scenarios must be calculated. Outcomes are presented for a generic station and some alternative designs for which calculated safety distances are in the range of 66-140 meter.
机译:本文介绍了一种计算由公路卡车液化天然气(LNG)填充站产生的风险的方法。越来越多的这些车站在荷兰运营,他们需要液化天然气的转移,储存,饱和度和供应等活动。根据荷兰立法背景,处理或储存大量有害物质的设施必须对土地使用规划目的进行定量风险分析(QRA)。 QRA的结果决定了设施周围所能接受的活动。该方法定义了使用哪些发布的场景和频率以及必须计算发布方案的后果。结果是为通用站提供的结果,并且一些替代设计,其中计算的安全距离在66-140米范围内。

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