INDUSTRY SAFETY EVALUATION

INDUSTRIAL SAFETY ENGINEERING

The project's objective is to conduct research and design on FRP (fiber reinforced plastic) dust, conduct a risk assessment, design tools, and make recommendations for reducing or eliminating FRP's impact on industries. FRPs produce abrasive and electrically conductive dust that has the potential to also cause explosive dust-air mixtures in the machine tool's enclosed workspace. Powerful extraction systems (engine power greater than 5 kW) are typically installed and operated at a constant flow rate in order to safeguard both the machine tool and the machine operator. This significantly raises the machine tool's overall energy consumption. In order to improve the energy efficiency of dust extraction systems, a novel method for demand-oriented flow rate control is presented in this paper. This project's objective is to regulate the industries' FRP flow rate. The evaluation of human-related potential threats is the focus of this project. The risky management of the FRP dust is another aspect of this project. For each and every one of the hazards that were found during the hazard assessment, recommendations must be made to control or eliminate it. The specific steps needed to fix the issue should be included in the recommendations.

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