UD. X is a company engaged in the production of supporting equipment for rice milling machines su... more UD. X is a company engaged in the production of supporting equipment for rice milling machines such as APC / grain cleaners, elevators / spoons, skin breaking bodies, inflatable and suction blowers, groats, sieves and conveyors. This company uses machines and equipment that have the possibility of causing accidents for its workers. Problems that often occur in this company are work accidents where in the period (July 2020-July 2021) there have been 52 work accidents, caused by worker negligence in carrying out their work such as not using Personal Protective Equipment (PPE/APD), lack of employee awareness regarding occupational safety and health, and the absence of a good K3 system implementation. This study is to identify potential hazards that can occur using the Health Failure Modes and Effects analysis (HFMEA) method and design an OHS system. The purpose of this study is to identify potential hazards and design an OHS system. The results of the identification of potential hazards of work accidents obtained 21 activities in the sub-process that have the potential to occur and 45 hazards that can occur with the effect of injuries on several body parts, the hazard scoring matrix assessment with the highest value of 12 and the lowest value of 2.33 potential hazards obtained hazard score 8 or higher, existing control measure is No, detectability is Yes so the process stops at this point. A total of 12 potential hazards that get a hazard score below 8, a single point weakness is worth No, the process stops here too. With the design of the K3 system as a solution for improving working conditions, including employee policies and regulations, procurement of supporting equipment, K3 facilities, safety of machine operation
UD. X is a company engaged in the production of supporting equipment for rice milling machines su... more UD. X is a company engaged in the production of supporting equipment for rice milling machines such as APC / grain cleaners, elevators / spoons, skin breaking bodies, inflatable and suction blowers, groats, sieves and conveyors. This company uses machines and equipment that have the possibility of causing accidents for its workers. Problems that often occur in this company are work accidents where in the period (July 2020-July 2021) there have been 52 work accidents, caused by worker negligence in carrying out their work such as not using Personal Protective Equipment (PPE/APD), lack of employee awareness regarding occupational safety and health, and the absence of a good K3 system implementation. This study is to identify potential hazards that can occur using the Health Failure Modes and Effects analysis (HFMEA) method and design an OHS system. The purpose of this study is to identify potential hazards and design an OHS system. The results of the identification of potential hazards of work accidents obtained 21 activities in the sub-process that have the potential to occur and 45 hazards that can occur with the effect of injuries on several body parts, the hazard scoring matrix assessment with the highest value of 12 and the lowest value of 2.33 potential hazards obtained hazard score 8 or higher, existing control measure is No, detectability is Yes so the process stops at this point. A total of 12 potential hazards that get a hazard score below 8, a single point weakness is worth No, the process stops here too. With the design of the K3 system as a solution for improving working conditions, including employee policies and regulations, procurement of supporting equipment, K3 facilities, safety of machine operation
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