DESIGN OF SYSTEMS OF MONITORING AND MANAGEMENT OF FACILITY PRODUCTS OF LIQUID PRODUCTS ON THE BASIS OF COMPUTER INTELLIGENCE SYSTEMS
DOI:
https://doi.org/10.31471/1993-9981-2022-1(48)-78-87Keywords:
трубопровідна транспортна система, система автоматичного моніторингу і керування, об’єкт керування.Abstract
The paper examines the problems of control, monitoring and management of facilities for the transportation of liquid products, namely pipelines, pumps and metering units. To date, the number of small and medium-diameter pipelines is the most common among suppliers of liquid products, so get fully autonomous transport systems that are equipped with monitoring and control systems are quite attractive.
When studying the existing approaches to control and management of pipeline systems, it can be noted that industrial transport systems are equipped with control and management systems that have sufficient technical means of automation. However, the final automation on a deserted basis has not been received because the peculiarities of such transport systems require constant supervision and control. This is primarily due to the fact that the operation of such equipment is accompanied by significant parameters of the technological process and the wear of the main and auxiliary equipment. The way out of this situation is to develop more reliable equipment for transport systems using the latest technologies and appropriate systems for monitoring and managing the transportation of liquid products on the basis of computational intelligence systems.
Modern possibilities in the development of automated control systems are far ahead of the desires of designers of specialists in the operation of pipeline systems, this is primarily due to the emergence of new technologies and principles of computational intelligence. Therefore, the movement towards improving approaches to the organization of transport system approaches is promising and has the ultimate goal, which is to further improve and create automated guidance systems for pipeline laying and effective monitoring and control systems for transportation of liquid products.
Downloads
References
Sementsov GN Fazzi-model for simulation of unauthorized leakage of oil from the pipeline / G.N. Sementsov, OV Kuchmistenko // Academic Bulletin. - Krivoy Rog. - 2004. - № 13. - P. 84-86.
Gallyamov AK Methods for diagnosing the state of the inner surface of main pipelines / Gallyamov AK, Yukin A. Yu., Mastobaev BI - M .: VNIIOENG, 1983. - 47 p.
Sementsov GN, Chugur II Fuzzy identification of rock layers with anomalous pressure.// Proceeding of the Third Conference of the European Society for Fuzzy Logic and Technology (EUSFLAT) - Zittay (Germany) / - 2003. - P. 570-573.
Kovardakov A.V. Construction of a mathematical model of small leaks taking into account the real properties of the objects of the main pipeline / AV Kovardakov // Science and technology of pipeline transport of oil and petroleum products, 2011, №1. - p. 48-54.
.png)
