SteamMatrix™

Steam trap monitoring is the surveillance of steam traps — the valves that discharge condensate from a steam system — to detect failures as they develop. A trap that fails open vents live steam continuously; a trap that fails closed backs up condensate and causes water hammer, frozen lines, and equipment damage. Traditional programs survey traps manually once a year. SteamMatrix™ replaces that snapshot with contact ultrasound sensors that listen to every critical trap continuously.

SteamMatrix™ is the Industrial Matrix steam trap monitoring solution: continuous surveillance of every critical trap using mounted ultrasound sensors. Instead of an annual clipboard survey, online ultrasound trends every critical trap 24/7 and alarms into MatrixHub™ the day a trap fails open or closed - the difference between predictive maintenance and a once-a-year snapshot.

A healthy trap discharges in clean, intermittent ultrasonic bursts. A failed-open trap blows steam in a constant roar; a failed-closed trap goes dead quiet. Contact ultrasound hears the difference through the trap body - while the line runs, in any ambient noise.

A single 12 mm trap failed open on a 7 bar system can waste $8,000–$12,000 per year in steam production cost - and roughly 30% of traps in a typical unmonitored system are failed right now. Failed-closed traps add water hammer, frozen lines, and equipment damage on top of the energy bill.

UltraVibe™ sensors mount externally to the trap body - no line shutdown, no pipework modification, no production interruption. Coverage is engineered per steam system during a site survey: critical process traps continuously, low-duty drip legs on routed intervals.

SteamMatrix™ runs on the same closed-loop reliability ecosystem as every Industrial Matrix solution: UltraVibe™ senses, MatrixHub™ analyzes, our Customer Success team validates, and each confirmed failure becomes a tracked work order. Sense → Analyze → Validate → Act.

Power plants, cogeneration facilities, district energy systems, and the on-site steam infrastructure supporting new industrial and data-center campuses run hundreds of traps where a single failed-open trap forces the boiler to produce steam that never does work. SteamMatrix™ continuous ultrasound monitoring replaces the annual survey with day-one detection on every critical trap - protecting fuel cost, CO₂ targets, and heat-rate performance across the whole steam loop.

An annual survey samples each trap once a year, so a trap that fails the week after inspection wastes steam undetected for eleven months. With roughly 30% of traps in an unmonitored system failed at any given time, and a single failed-open trap costing $8,000 to $12,000 a year, detection speed translates directly into fuel cost. Continuous monitoring hears every critical trap every day and alarms the day a trap fails, not at the next inspection.