Analytical Study on Fire Temperature Distribution Characteristics in Petrochemical Plant Facilities

Gyu-hwan Cho, Kisoo Jeon, J. Ahn
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Abstract

In petrochemical plant facilities handling highly inflammable and combustible substances, it is necessary to preferentially review the frame type (closed or open) of the facility with consideration to the various fire conditions that may arise depending on the substances being handled. Accordingly, a fire simulation was carried out in this study for different fire conditions by assuming three frame types, and the spatial temperature distribution was analyzed for each condition. Various temperature distributions were found according to the fire type, fire source, and frame type of the facility. The results showed that petrochemical plant facilities handling diverse substances need to implement fire-resistant designs appropriate for the purpose of the facility by comprehensively considering the arrangement and frame type of the facility and the fire conditions that are likely to arise.
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石油化工装置火灾温度分布特征分析研究
在处理高度易燃可燃物质的石化工厂设施中,考虑到根据所处理的物质可能出现的各种火灾情况,有必要优先审查设施的框架类型(封闭式或开放式)。因此,本研究假设了三种框架类型,对不同的火灾条件进行了火灾模拟,并分析了每种情况下的空间温度分布。根据火灾类型、火源和设施框架类型,发现了不同的温度分布。结果表明,处理多种物质的石化装置设施需要综合考虑设施的布置和框架类型以及可能发生的火灾情况,实施适合设施用途的防火设计。
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