Abstract
AbstractOccupational risk assessment is now the main element of the occupational health management system. It helps reduce the likelihood of accidents and occupational diseases in the workplace. This effect is most relevant for the transport industry. When constructing a risk-oriented evaluation algorithm for noise reduction measures as the most harmful factor in transport enterprises, a risk pyramid is considered. A methodology for studying the values of harmful production factors as a problem with a complex of several output parameters using the normalization method is presented. A method for assessing the probability of risk using the generalized Harrington desirability function is considered. It is based on the method of converting the natural values of the partial output parameters into a dimensionless scale. The selection of measures to reduce the impact of noise was made on the basis of risk analysis according to the pyramid of G.Z. Feinburg. As a result of the study, the proposed noise reduction measures at transport enterprises are evaluated in terms of reducing occupational risk. This will reduce the risk of accidents and occupational diseases in the transport industry.KeywordsOccupational safety and health management systemTransport industryExposure riskHealth damage riskOccupational riskRisk probability assessmentDesirability scaleRisk categoryTraffic noise
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