Abstract
Until recently, the digitalization of distributed process facilities in the oil and gas industry implied equipping the facility with a digital constant power supply control system. At present, increased requirements for industrial safety as well as technical, administrative, and economic difficulties in external power supply for the distributed facilities of the gas transport system have led to the need to create digital remote control systems capable of operating on power sources using renewable resources (solar or wind energy). The paper describes theoretical studies and presents the results of the technical implementation of new remote control systems for gas well clusters, single wells, single and twin gas pipeline branches. The current development level of intelligent process control systems makes it possible to accumulate large volumes of primary information for subsequent analysis and solution of control problems both in normal and emergency situations. In this case, a high probability of correctness or the greatest effectiveness of the decisions made is ensured. The paper considers the process of gas transport via a trunk line, carried out by a gas transport enterprise, and the process gas gathering via an inter-field line of a gas field, carried out by a unit of a gas production enterprise, as examples, for which a Decision Support System (DSS) is created.
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