Compressor Fouling Discovered Saving Cost and Time

The EtaPRO M&D Center identified a drop in compressor efficiency on two gas turbines and alerted the client’s staff to the issue. The plant recovered 1.5% compressor efficiency and gained an additional 200 Btu/kWhr. Estimated savings of $150,000.

Read More

EtaPRO Virtual Plant

EtaPRO VirtualPlant, uses plant design information and first engineering principles to predict online and offline target performance, as well as forecast plant heat rate and capacity for market participation. Accurately predict best-achievable performance with this industry leading thermal performance software.

Read More

EtaPRO APR Brochure

EtaPRO APR helps you recognize plant anomalies sooner. Using advanced pattern recognition, it provides highly granular process and equipment predictive models for identifying changes in condition before they become critical.

Read More

EtaPRO Predictor Brochure

Detect rotating machinery faults earlier with EtaPRO Predictor. This technology detects rotating machinery faults at their earliest stages by automatically tracking changes in vibration signatures. It provides automated diagnosis of specific machinery faults such as misalignment, imbalance, rubbing, cavitation, and blade faults as well as a comprehensive history of diagnostic measurements such as spectral maps,…

Read More

EtaPRO Solution Brochure

EtaPRO is a real-time performance and condition monitoring system that combines thermal performance, anomaly detection, and machinery dynamics to maintain the health of your plant and equipment. A high-speed data historian, on-line log book, report and alert engines round out the Industry’s premier platform for improving plant availability, capacity, and efficiency.

Read More

Rich Utilities – EP Log Brochure

EPLog ™ EPLog is a powerful, flexible, and secure replacement for manual logbooks embedded right within EtaPRO. Save time and enjoy simplified electronic tracking using EtaPRO’s real-time capabilities to support routine log keeping.  Read More

Read More