In the dynamic landscape of industrial operations, ensuring equipment reliability is fundamental to sustaining productivity and profitability.
However, achieving and maintaining reliability can pose significant challenges due to the complexities of processes and the inherent risk of equipment failures.
In 2023, recognizing these operational challenges, our Maintenance and Reliability Solutions engineers, embedded within the client’s operational team, began implementing equipment performance monitoring techniques to proactively enhance reliability. This proactive approach aimed not only to mitigate operational risks but also enhance equipment performance across their client’s UK offshore facilities.
The monitoring techniques were required to mitigate client concerns related to:
The team identified the production-critical equipment process values that required analysis to give valuable, forward-looking insights. The resulting analysis provided visibility of opportunities to enhance equipment performance and allowed identification of suitable corrective actions for emerging issues.
In addition to existing conventional condition monitoring (such as bearing temperature and vibration levels) our reliability engineers trended already available process values against manufacturer/system performance parameters, to understand equipment operating points and infer equipment condition. Analysis not only looked at the ‘steady-state’ process values, but also short-duration, transient occurrences that may indicate equipment or control system performance issues. The plant data history provides data in relation to:
- Flow rate
- Pressure/differential pressure
- Temperature/differential temperature
- Level
- RPM
- Current
- Voltage
- Power
These values were used to monitor the production-critical equipment for a range of failure types across the varied equipment population, some of which would be unnoticed by the control room operator. Example types of failure include:
- Mechanical wear/erosion
- Blockage
- Leakage
- Cavitation
- Flow constriction
- Reduced heat transfer
- Position deviation
- Actuation time deviation
- Deviation from performance curves
- Calibration drift
The implementation of equipment performance monitoring by the Oceaneering team has yielded significant improvements by better understanding plant operation, empowering the client with the data needed to positively influence production availability.
Ob im Rahmen eines einmaligen Projekts oder eingebettet in ein Betriebsteam, die Betriebszuverlässigkeitsdienste von Oceaneering können auf die Bedürfnisse des Unternehmens zugeschnitten werden und bieten innovative Lösungen zur Verbesserung der Betriebseffizienz und -zuverlässigkeit für eine Vielzahl von Anlagentypen.
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