Technical Guide — 15 Pages
Compressor Reliability Intelligence
A technical reference for reliability and process engineers responsible for reciprocating and centrifugal compressor uptime. Covers the physics-based modeling approach, fault coverage matrices, and field deployment evidence.
40+ days of additional lead time vs. the OEM alarm system on an Ariel reciprocating compressor
>90% diagnostic true positive rate with low false positive rates across deployed machines
0 new
sensors required to start — Base tier runs on data already in your historian
sensors required to start — Base tier runs on data already in your historian
Download the Guide
Free. No sales call required.
What's inside
Modeling approach
How physics-based residuals separate real degradation from operating mode changes — and why fixed thresholds and generic anomaly scores miss developing faults.
Fault coverage matrices
Which faults are detectable at each data tier for both reciprocating and centrifugal compressors. Transparent about what requires additional sensors and what doesn't.
Field deployment evidence
A documented case where TruPrognostics flagged a developing valve fault on an Ariel reciprocating compressor 40+ days before the OEM alarm — with the diagnostic detail to plan the repair.