RECONSTRUCTION OF PARALLEL GAS PIPELINE SYSTEMS IN ORDER TO APPLY ADVANCED ENGINEERING APPROACHES TO CONTROL EMERGENCY MODES
DOI:
https://doi.org/10.58225/sw.2025.1-169-180Keywords:
Pressure sensor, separating devices, valve, connecting pipe, technological scheme, algorithmAbstract
The management systems for the operational processes of existing parallel gas pipelines under non-stationary conditions are inefficient and technically complex. Additionally, the outdated elements, which are physically worn and do not meet the requirements of modern control technologies, fail to react quickly enough and only report problems after a significant amount of gas is lost to the environment. For this reason, it is crucial to develop new technological schemes that adopt modern control methods in the reconstruction phase of existing pipeline systems in order to eliminate negative outcomes. In this work, based on the analysis of the mathematical model of non-stationary gas flow in parallel gas pipelines, an algorithm based on machine learning technology was developed for the information database of the control and management point of technological processes. The developed algorithm can be recommended for solving engineering technology problems related to the prediction of technical maintenance and management of emergency situations in pipelines.
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