Authors: T. Tyuleneva, E. Kabanov

Title of the article: The use of a risk-based approach in the management of professional risks of methane and dust explosion on coal mining enterprise

Year: 2021, Issue: 2, Pages: 13-32

Branch of knowledge: 25.00.22 Geotechnology (underground, open and construction)

Index UDK: 622.817:338.246.025.2

DOI: 10.26730/2618-7434-2021-2-13-32

Abstract: The industrial safety regulations are mainly developed based on the results of a study of cases that have already occurred. The use of retrospective analysis makes it impossible to take into account dangerous factors that are not detected by the accumulated experience, which is of great importance for the safety of working conditions created in a dynamic and subject to a set of specific factors in the production environment. This disadvantage can be eliminated by the principles of a priori analysis, which takes into account the potential risks for this system and the factors of their occurrence. Its implementation consists in conducting a systematic analysis of threats, assessing and predicting their occurrence in the context of a risk-based approach. The problem of studying the occupational risks of the negative impact of hazardous and harmful production factors on personnel as a result of accidents at coal mining enterprises is the area of joint functioning of the occupational health and safety management system and the industrial safety management system. In order to meet the requirements for the analysis and forecasting of occupational injury risks in methane and dust explosions under conditions of uncertainty of the initial data, there is a need for a methodological approach based on the modeling of fuzzy logical inference with a hierarchical structure. This article describes a methodology that will ensure the implementation of the requirements in the field of complex analysis and forecasting of occupational injury risk in methane and dust explosions with the detection of dangerous situations and areas, as well as take into account the results of complex analysis and forecasting.

Key words: underground mining risk-based approach accident rate injuries occupational risk industrial safety labor protection

Receiving date: 24.05.2021

Approval date: 23.07.2021

Publication date: 14.10.2021

CITE DOWNLOAD