Vestnik Naučnogo Centra po Bezopasnosti Rabot v Ugolʹnoj Promyšlennosti (Jun 2018)

ON THE NEED TO CREATE AN INTELLIGENT DIGITAL CONTROL SYSTEM FOR THE HAZARDOUS SUBSTANCES HANDLINGTO ORGANIZE EFFECTIVE PREVENTION OF THREATS ANDTO REDUCE THE BREAKDOWNS, INCIDENTS, LOSSES NEGATIVE CONSEQUENCES

  • Malyshev Yu.N.,
  • Kazarin A.M.

DOI
https://doi.org/10.26631/arc2-2018-22-27
Journal volume & issue
no. 2-2018
pp. 22 – 27

Abstract

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Particularly important work to prevent violations in connection with the increased danger of emerging threats is work to control the turnover of explosives. The causes of more than 80% of accidents and accidents are of an organizational nature, that is, the level of control by the leaders over the processes of blasting operations remains extremely low. Within the framework of the work the goal is described of excluding accidents and reducing the number of incidents at enterprises related to the handling of hazardous substances, tasks have been identified. In accordance with the results of the analysis and the terms of reference developed by the LLC "Siumol", the Hardware and Software Complex of the Remote Monitoring of Logistics - Personnel Control System (hereinafter - the "SIUMOL-KDP" APC) was developed. The peculiarity of the developed "Siumol- KDP" agro-industrial complex is the ability to constantly monitor the time and place of the occurrence of key events, as well as the correctness of actions of employees responsible for handling explosives. Stages of system introduction and results from its introduction are given. The implementation of the concept of the development of the AIC "SIUMOL-KDP", tested at several enterprises, will make it possible, within 3-5 years, to significantly reduce the risks arising in the course of the OV turnover. But this is possible only after the implementation of the first stage - the introduction of enterprises that perform blasting operations. Prospective directions of the modernization of the agro-industrial complex "SIUMOL-KDP" are the addition of subsystems: ensuring the safety of the TAC with an assessment of the completeness of the response of the explosives in the well; control of time and routes of transportation of explosives; identification of explosives using the marking of manufacturers of explosives.

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