Метод совершенствования планирования и управления технологическими процессами воздухообеспечения угольных шахт

Abstract

Introduction. Management methods in complex technical systems of the mining and processing complex are currently considered as the main tool for improving the planning and management of technological processes in coal mines. In this regard, there is a need to develop an apparatus that allows research and design of methods on a unified basis. Methodology and research methods. During theoretical studies, methods of mathematical statistics and graph theory were used. The apparatus of mathematical logic, set theory and Gomori algorithms and their modifications were used. Discussion of research results. The article presents the results of research to develop a method for improving the planning and control of technological processes of air supply in coal mines. It has been established that the assessment and analysis of methods for improving the planning and control of technological processes of air supply (ATS) in coal mines are becoming increasingly relevant in connection with the modernization of mining production in the Russian Federation. Conclusion. Based on the research carried out, theoretical and practical problems were set and solved, an analysis of the patterns of TPV was carried out to improve the safety and prevent emergency situations of TPV in coal mines. Methods for calculating and analyzing safety for the variable structure of the system and its multifunctional states have been improved, allowing for the selection of optimal TPV parameters and performing calculations to ensure trouble-free operation of the TPV. The research results can be used to set the structure and control technological processes of air supply in coal mines. Conclusions on the article. The article presents the results of TPV studies conducted in coal mines. A method has been developed for analyzing and assessing components for controlling the air supply system of hot water supply, where its use allows for a comprehensive analysis and assessment of emergency situations of hot water supply. The research results can be useful when carrying out mining operations at all enterprises where air supply is necessary.