Failure Mode And Effect Analysis and Technometrics for Risk Analysis in Batching Plant
Failure Mode And Effect Analysis dan Teknometrik Untuk Analisis Risiko Pada Batching Plant
DOI:
https://doi.org/10.21070/ups.10584Keywords:
Technometrics, Failure Mode and Effect Analysis, Concrete Industry, Risk ManagementAbstract
The precast concrete industry has high operational risks due to the use of large-capacity machines and the demand for strict quality standards, so operational disruptions can reduce production performance. This research was conducted at the Batching Plant of PT. XYZ, which still faces problems with the machine maintenance system and the suboptimal utilization of technological components. This study aims to identify the weakest technological components, determine the level of technological sophistication, identify the highest operational risks, and develop improvement recommendations. The method used is Failure Mode and Effect Analysis to identify and prioritize operational risks and technometric methods to assess the contribution and level of sophistication of technological components. The results show that gearbox sprocket failure has the highest Risk Priority Number value of 240 and is the most critical risk, while the technoware component has the lowest level of sophistication at 0.76. The Technology Contribution Coefficient value of 0.80.
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