The current status of the automation system of the hilly oil production plant. The hilly oil production plant automation control system consists of the joint station DCS system, light hydrocarbon DCS system, off-site SCADA system and other corresponding auxiliary monitoring systems. It is a full-field automatic control and management system that integrates the distributed control system (DCS) and the data acquisition and monitoring system (SCADA). The self-control system structure light hydrocarbon DCS system (including FSC system) feed gas compressor monitoring system. Gas lift pressure station monitoring system sewage treatment plant power monitoring system automatic patrol system office automation system Tuha oil field local area single well automation station RTU system automatic fire protection system KSB injection pump monitoring system. Other monitoring systems security video surveillance system joint station DCS system hill production plant production dispatch command system oil production plant production management database automatic control system.
Two sets of automatic control systems of the hilly oil production plant were completed and put into operation in August 1995 and December 1996 respectively. The joint station DCS system is used for production process management of single well, single station and oil-water area; the light hydrocarbon DCS system is used for production process control of light hydrocarbon recovery unit; the RTU system consists of 17 sets of DPC3330 of peripheral station for each station oil Production monitoring of wells. The automatic control system uses the on-site detection instrument, actuator and corresponding switch signal, and uses the hierarchical connection of hardware and the corresponding software configuration to complete the automatic monitoring and control of the whole process of oilfield production. The single well automation system collects the load, displacement, current and voltage signals of the pumping well and the electric pump well on site, and uses the radio to transmit the data to the central control room. Through the corresponding software calculation, it is converted into a real-time indicator and current map that can be called at a remote terminal.
Changzhou Mayebikes Co.,Ltd , https://www.mayebikes.com