Considering the importance of the problem of increasing the industrial and fire safety of pipeline systems in the transportation of flammable, flammable and chemically hazardous substances, the primary task is the development of new high technology, ensuring their high reliability and efficiency of safe operation.According to statistical data, during the 2011-2015 period, Technical diagnostics of more than 600 units of pipeline systems, only every fourth pipeline met the requirements of industrial safety. The share of pipelines containing unacceptable defects reaches 70-80%.At the moment, a significant part of the technological equipment has fulfilled the normative service life and is in operation for more than 30 years. Based on the results of previous studies, the current system of oil trunk pipelines and oil product pipelines has also developed its own resource – the wear of the system is about 80%. The number of accidents related to pipeline rupture is still not decreasing due to high mechanical stresses in the areas of increased operational loads.The development of technology for the safe transportation of fire and explosive and chemically hazardous environments through the creation of a safety management system for pipeline systems based on the criteria for minimizing non-stationary systemic risks is a very urgent task.The solution of the problem of ensuring the safety of operation of pipeline systems is the creation within the existing systems of dispatch monitoring of a subsystem of operational monitoring and management of non-stationary risks, which, along with operational control and management of technological regimes, prevents possible pre-emergency and emergency situations.The article describes developments aimed at increasing the level of safe operation of pipeline systems in the transportation of explosive and chemically hazardous environments by minimizing synergistic risk.
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