Process optimization for centrifugal pumps in demanding marine and offshore operations
Centrifugal pumps play a critical role in marine and offshore operations, from process systems to auxiliary machinery. SPM Instrument introduces a process optimization solution based on patented HD technology, designed to monitor pump performance, improve energy efficiency, and extend service life in demanding operating environments.
In marine and offshore applications, pumps often operate continuously under varying load conditions. Operating close to the Best Efficiency Point (BEP) is essential to minimize energy consumption, reduce vibration and noise, and limit mechanical stress that can shorten equipment lifetime.
The pump performance process optimization solution from SPM Instrument determines BEP based on factual, real-time operating data rather than theoretical calculations or manufacturer tolerances. This approach accounts for changes over time caused by wear in pump components and connected piping systems, which is particularly relevant in long-term marine and offshore operation.
By combining high-resolution shock pulse and vibration data, the solution enables precise matching of pump and system curves. This allows operators to fine-tune pump operation, supporting stable performance, reduced energy use, and improved overall operating economy.
Depending on business priorities, the solution allows operators to monitor either energy efficiency and incipient cavitation, or pump wear. A web-based dashboard serves as an identification tool for BEP. It visualizes readings throughout the pump’s flow rates, clearly and intuitively indicating the best efficiency point.
Process optimization and condition monitoring complement each other in marine and offshore pump applications. By implementing both, operators gain deeper insight into pump behaviour while strengthening reliability, efficiency, and long-term asset performance.
For more information, contact your nearest SPM representative, or info@spmmarineoffshore.com.
+31 (0)416 747 001