Supervision and Control System of the Operational Variables of a Cluster in a High-Pressure Gas Injection Plant

The objective of this research was to develop a technological architecture proposal that allows for the supervision and control operational parameters gas injection (flow, temperature, pressure) in cluster high-pressure plant. provides system HPGIP I plant includes instrumentation equipment (transmitters actuators), remote terminal unit (RTU) as device, creation logic basis development SCADA GALBA®, through which variables involved process can be visualized controlled, allowing automatic regulation flow enters deposits. Automatization elimination average error differential increases from 2 5% when valve is opened manually. Currently, MUC-67 MUC-68 wells make up 5 require opening 20% 5%, respectively, percentage directly affected by performed In addition, there savings around 40 min response time operators adjustment or closing different actions on present clump carried out room.