Hazard identification in fabrication industry using Hazard Identification and Risk Assessment (HIRA) and Job Safety Analysis (JSA)

L. Herlina, N. M. Dewantari, Atia Sonda, Moch. Rizky Mulyana
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引用次数: 0

Abstract

Mild steel roofing is increasingly being used in simple construction processes. Prima Land Company dominates the lightweight steel roof market share in Pandeglang. However, accidents can come in its manufacturing process, and the potential hazards have yet to be fully measured. Therefore, this study aims to identify, assess, and provide risk control to prevent and reduce work accidents at Prima Land Company. The methods used are Hazard Identification and Risk Assessment (HIRA) and Job Safety Analysis (JSA). HIRA is used to identify the hazard in the mild steel roofing process area, whereas JSA is used to identify hazards in forklifts and lift operations. The results showed that eight activities have potential risks in manufacturing lightweight steel roofs and 16 risks in operating forklift machines and finished loading goods into vehicles. In the HIRA method, the risk category assessment is uniform. However, the highest risk of 38% is extreme risk for sand sprinkling activities, untied and closed plug cables or switches, and transfer of coil raw materials.
基于危害识别与风险评估(HIRA)和工作安全分析(JSA)的制造业危害识别
低碳钢屋面越来越多地用于简单的建筑工艺。普瑞玛土地公司在攀德郎轻钢屋顶市场占据主导地位。然而,在其制造过程中可能会发生事故,潜在的危险尚未得到充分衡量。因此,本研究旨在识别、评估和提供风险控制,以预防和减少Prima Land公司的工作事故。使用的方法是危害识别和风险评估(HIRA)和工作安全分析(JSA)。HIRA用于识别低碳钢屋面工艺区域的危险,而JSA用于识别叉车和升降机操作中的危险。结果显示,制造轻钢屋顶的8项活动存在潜在风险,操作叉车和成品装车的16项活动存在潜在风险。在HIRA方法中,风险类别的评估是统一的。然而,38%的最高风险是撒砂活动,解开和关闭插头电缆或开关以及线圈原材料转移的极端风险。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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