Reduce CO2 Emission
By knowing the technically integrity of valves, the valves can continue to be operated, in a safe way, even after the recommended maintenance interval has been reached. The flaring valves can therefore be closed, and the operator can be sure they still will work when needed. (when a pressure build up require that you flare to reduce pressure)
Increased Safety
If an emergency occurs, pipeline operators rely on critical isolation valves to operate successfully on-demand with absolute reliability. Critical valves may often be installed in remote locations, which can be difficult to access for manual testing and inspection. A failed valve or actuator can halt production without warning and create a dangerous situation for personnel. A valve monitoring system displays the real-time condition of valves and actuators, often reporting problems before they impact the production.
Cost Savings
A valve monitoring system identifies valves that need overhauling or repair. The system can also save costs by identifying which valves that are in good condition and therefore no action is needed! Today, maintenance is performed periodically. Valve monitoring allows these intervals to extend to when the valves needs to be maintained. The goal is to detect faults before they occur, so that parts can be ordered and replaced before failure occurs. This increases the "uptime" and reduces production loss.
Why Choose Our Valve Condition Monitoring and Diagnostics tools?
Our state-of-the-art system monitors the condition of over 1,500 critical valves worldwide. By implementing advanced condition-based maintenance strategies, our system enhances operational safety while minimizing environmental impact through reduced emissions.