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ARC FLASH HAZARD REDUCTION: LEARNINGS FROM THE IEEE PETROLEUM AND CHEMICAL INDUSTRY COMMITTEE

机译:ARC Flash危险减少:IEEE石油和化学工业委员会了解

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摘要

Managing the risks of fire and explosion in highly hazardous processes is inherent to manufacturing operations in the petrochemical industry. As early as the 1960s, some petrochemical companies had begun applying knowledge of managing the risk of personnel exposure to hydrocarbon fires and explosions to the electrical arc flash hazard. These practices evolved and formed the basis of arc flash protection requirements that first appeared in NFPA70E, Standard for Electrical Safety in the Workplace, in 1995. This paper provides: 1) a brief history on the development of arc flash hazard management and mitigation methods, and 2) lessons learned from experiences shared within the Petroleum and Chemical Industry Committee of the IEEE Industry Applications Society in implementing a comprehensive arc flash hazard management and mitigation program. General background and lessons learned from practical experience Included are: (1) An overview of current standards and regulations (2) Design practices proven to eliminate or reduce risk of exposure (3) Hazard analysis techniques (4) Getting management and worker buy in (5) Safe work practices (6) Role and current state of personal protective clothing.
机译:在高危过程中管理火灾和爆炸的风险是石油化工行业的制造业务所固有的。早在20世纪60年代,一些石化公司已经开始申请管理人员暴露于碳氢化合物的风险和电弧闪光危险的风险。这些实践的发展和成立了ARC闪光保护要求的基础,该要求首先出现在NFPA70E,工作场所的电气安全标准,1995年。本文提供:1)关于电弧闪光危险管理和缓解方法的开发简史, 2)从石油和化学工业委员会在IEEE行业应用协会的石油和化学工业委员会内分享的经验教训,在实施全面的弧形闪光危险管理和缓解计划中。从实际经验中获取的一般背景和经验教训包括:(1)当前标准和法规概述(2)设计实践已被证明,以消除或降低曝光风险(3)危险分析技术(4)获取管理和工人( 5)安全工作实践(6)个性和当前的个人防护服。

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