Hazard identification on cabtrim in manufacturing industry

T. Rajpradeesh, P. Venkumar, T. Hariraja, J. Nagarjun, V. Manikandan
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引用次数: 1

Abstract

The objective of this investigation is to reduce the hazards in the workplace, based on the worker’s operation using HIRA (Hazard Identification and Risk Analysis) and FMEA (Failure Mode and Effects Analysis). The number of work accidents in India at the end of 2017 was relatively high. Therefore, this investigation is conducted to identify hazards and determine risk control using hazard identification and risk assessment method (HIRA). There are three main stages, first to identify the hazard in the workplace and second is to analyze the hazard and the third one is to control the identified hazard using some control measures. The result shows that there are nine potential hazards in industries, 22% of it is categorized as high-risk level, i.e. hand slashed and fingers cut by machine. There are the three kinds of risk control for activities for determined to minimize the risk, i.e. elimination and engineering control and personal protective equipment. The problems are identified by the severity data using FMEA worksheet.The objective of this investigation is to reduce the hazards in the workplace, based on the worker’s operation using HIRA (Hazard Identification and Risk Analysis) and FMEA (Failure Mode and Effects Analysis). The number of work accidents in India at the end of 2017 was relatively high. Therefore, this investigation is conducted to identify hazards and determine risk control using hazard identification and risk assessment method (HIRA). There are three main stages, first to identify the hazard in the workplace and second is to analyze the hazard and the third one is to control the identified hazard using some control measures. The result shows that there are nine potential hazards in industries, 22% of it is categorized as high-risk level, i.e. hand slashed and fingers cut by machine. There are the three kinds of risk control for activities for determined to minimize the risk, i.e. elimination and engineering control and personal protective equipment. The problems are identified by the severity data using...
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制造业室内装饰的危害识别
本次调查的目的是利用HIRA(危害识别和风险分析)和FMEA(失效模式和影响分析),根据工人的操作,减少工作场所的危害。2017年底,印度的工作事故数量相对较高。因此,本调查采用危害识别和风险评估方法(HIRA)识别危害并确定风险控制。主要有三个阶段,第一阶段是识别工作场所的危害,第二阶段是分析危害,第三阶段是使用一些控制措施来控制已识别的危害。结果表明,工业中存在9种潜在危害,其中22%属于高风险级别,即机器割伤手和手指。对活动的风险控制有三种,即消除风险、工程控制风险和个人防护装备风险。使用FMEA工作表通过严重性数据识别问题。本次调查的目的是利用HIRA(危害识别和风险分析)和FMEA(失效模式和影响分析),根据工人的操作,减少工作场所的危害。2017年底,印度的工作事故数量相对较高。因此,本调查采用危害识别和风险评估方法(HIRA)识别危害并确定风险控制。主要有三个阶段,第一阶段是识别工作场所的危害,第二阶段是分析危害,第三阶段是使用一些控制措施来控制已识别的危害。结果表明,工业中存在9种潜在危害,其中22%属于高风险级别,即机器割伤手和手指。对活动的风险控制有三种,即消除风险、工程控制风险和个人防护装备风险。问题由严重性数据识别,使用…
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