A comparative analysis of the requirements of Russia and the United States to the fire resistance of building structures of oil refineries and petrochemical plants

B. A. Klementev, A. Kalach, M. Gravit
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引用次数: 2

Abstract

Introduction. Currently, national standards and codes of practice contain deterministic values of the fire resistance of building structures of facilities of the Russian fuel and energy complex (FEC), while a probabilistic approach to determining their fire resistance is not specified in the Russian regulatory documents. The methodology of the probabilistic approach to the fire resistance of structures is detailed in API 2218 “Fireproofing Practices in Petroleum and Petrochemical Processing Plants”, developed by the American Petroleum Institute.Methods. A comparative analysis of the Russian regulatory documents on fire safety and API 2218 in terms of the established concepts of fireproofing and requirements for the fire resistance limits of building structures of oil and gas industry facilities, is carried out.Results. It was established that the Russian Federation has no regulatory documents establishing methods based on the probabilistic approach, including determination of the required fire resistance limits and points of application of fire-resistant coatings at facilities of the fuel and energy complex by analogy with international standard API 2218.Conclusion. Based on the analysis, it was concluded that approaches to the philosophy of the fire resistance of structures of buildings and structures of the fuel and energy complex in the documents under consideration are fundamentally different. In order to improve the Russian regulatory and technical framework, governing fire safety and fire resistance, it is proposed to consider the requirements of foreign documents that take into account proven international engineering and technical practices, in particular, the use of a probabilistic approach taking into account hydrocarbon fires.
俄罗斯与美国对炼油厂、石化厂建筑结构防火要求的比较分析
介绍。目前,国家标准和操作规范包含俄罗斯燃料和能源综合体(FEC)设施建筑结构耐火的确定性值,而俄罗斯监管文件中没有规定确定其耐火的概率方法。美国石油学会制定的API 2218“石油和石化加工厂的防火规范”中详细介绍了结构耐火的概率方法。根据已建立的防火概念和石油天然气工业设施建筑结构的耐火极限要求,对俄罗斯消防安全法规文件和API 2218进行了比较分析。可以确定的是,俄罗斯联邦没有规范性文件建立基于概率方法的方法,包括通过类比国际标准API 2218来确定燃料和能源综合体设施所需的耐火极限和防火涂层的应用点。在分析的基础上,得出结论认为,在考虑的文件中,建筑物结构和燃料和能源综合体结构的耐火哲学的方法是根本不同的。为了改善俄罗斯管理消防安全和防火的监管和技术框架,建议考虑考虑经过验证的国际工程和技术实践的外国文件的要求,特别是使用考虑碳氢化合物火灾的概率方法。
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