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首页> 外文期刊>Transactions of The Institution of Chemical Engineers. Process Safety and Environmental Protection, Part B >Resilience-based Integrated Process System Hazard Analysis (RIPSHA) approach: Application to a chemical storage area in an edible oil refinery
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Resilience-based Integrated Process System Hazard Analysis (RIPSHA) approach: Application to a chemical storage area in an edible oil refinery

机译：基于弹性的综合流程系统危险分析（RIPSHA）方法：应用于可食用炼油厂的化学储存区

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摘要

The hazard that prevails in the chemical storage area of a process industry is exceptionally high in contrast to other different areas. In the present scenario, upcoming process industries handle different hazardous chemicals for processing, due to which the chemical storage area draws more attention with regard to safety. It is very hard to repair the damages brought about unintentionally in a chemical warehouse. Resilience-based Integrated Process System Hazard Analysis (RIPSHA) approach is a recently developed methodology to examine the varied nature of an accident. In this study, storage areas of chemicals, namely sulfuric acid, phosphoric acid, hydrochloric acid, caustic (sodium hydroxide), ammonia in an edible oil refinery in South India were considered for resilient analysis. The results of the study were made in RIPSHA worksheet and represented graphically. The existing risk has been adequately investigated in both plant system layers and managerial system layers, and it has been found that the safety precautions and structural design of the chemical storage area needed development. (C) 2020 Institution of Chemical Engineers. Published by Elsevier B.V. All rights reserved.
机译：与其他不同区域相比，工艺业化学储存区域中占上危害的危害。在目前的情景中，即将到来的过程行业处理不同的危险化学品以进行加工，因为该化学储存区域在安全性方面引起了更多的关注。在化学仓库中无意中修复损害是非常困难的。基于弹性的综合流程系统危害分析（RIPSHA）方法是最近开发的方法，以检查事故的各种性质。在本研究中，考虑了化学品的储存区域，即硫酸，磷酸，盐酸，苛性盐（氢氧化钠），在印度的可食用油炼油厂中的氨。该研究的结果是在RIPSHA工作表中进行的，以图形方式表示。植物系统层和管理系统层都已经对现有风险进行了充分调查，有人发现，化学储存面积的安全预防措施和结构设计所需的发展。 （c）2020化学工程师机构。 elsevier b.v出版。保留所有权利。

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