针对不同领域国家标准中安全距离计算的差异性问题对某典型加氢站配置模型进行定量风险分析（QRA）,计算出加氢站设施与站外防护目标安全距离和个人风险,实现多领域（氢能领域与危险化学品领域）标准交叉验证并通过揭示加氢站氢能标准和危化品标准的适配性差异,为加氢站的设计、建设和风险控制提供多维度参考。
Abstract
Addressing the variability of safety distance calculations in national standards for different fields quantitative risk analysis （QRA） was carried out on a typical hydrogen fuelling station configuration model, and the safety distance and personal risk between the hydrogen fuelling station facilities and the protection targets outside the station were calculated. The cross-validation of standards in many fields （hydrogen energy field and hazardous chemicals field） was realized, and the adaptability difference between hydrogen energy standards and hazardous chemicals standards in hydrogen fuelling stations was revealed, which provided a multi-dimensional reference for the design, construction and risk control of hydrogen fuelling stations.
关键词
氢 /
安全 /
加氢 /
定量风险分析 /
多标准交叉验证
Key words
hydrogen /
safety /
hydrogenation /
quantitative risk assessment /
multi-standard crossanalysis
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参考文献
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基金
国家重点研发计划（2019YFB2006305）
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