Detect failed steam traps before they waste energy and money
Faulty steam traps are responsible for significant energy waste in industrial facilities. Real-time acoustic and temperature monitoring identifies failed traps instantly, preventing energy loss and enabling rapid maintenance response.
Failed steam traps are a silent efficiency killer in most facilities
Steam traps fail gradually and invisibly. A failed trap continues to function mechanically but loses its ability to block steam, wasting energy until discovered.
A single failed 1/2" trap wastes approximately 7,000 lbs of steam annually. That equals $2,000-$4,000 in lost energy per trap per year.
Traditional ultrasound and infrared inspections are labor-intensive, sporadic, and miss recent failures. Most facilities wait months between inspections.
Without continuous monitoring, steam trap failures remain undetected for weeks or months, compounding energy waste and environmental impact.
Multi-parameter monitoring for comprehensive trap health assessment
Ultrasonic and audible sound analysis detects trap discharge patterns and identifies failures
Downstream temperature monitoring confirms trap operation and detects bypass conditions
Pressure readings before and after trap indicate operational status and failure progression
Quantified condensate discharge confirms proper drainage and identifies blocked conditions
Operating hours and discharge cycles tracked to predict maintenance and replacement needs
Real-time monitoring from sensor to action
Install acoustic and temperature sensors on each steam trap. Wireless or wired connectivity to local gateway. Non-invasive installation on existing traps.
Sensors transmit acoustic and temperature data every 30-60 seconds. Machine learning algorithms analyze discharge patterns in real-time.
System detects failed, failing, or blocked traps through acoustic signature analysis and temperature anomaly detection.
Maintenance team receives immediate notification of trap failures via email, SMS, or dashboard. Historical data supports root cause analysis.
Specialized hardware for steam trap diagnostics
Ultrasonic transducers for discharge pattern analysis and failure detection
High-accuracy RTD or thermocouple sensors for trap outlet monitoring
Local edge gateway with acoustic data processing and ML algorithms
Industrial 4G, 5G, or hardwired network options for data transmission
On-site machine learning models for trap state classification and prediction
Real-time notifications with trap status and historical performance data
Specialized for steam trap monitoring. Proven acoustic fault detection. No cloud dependency.
Fast installation with minimal operational disruption
On-site survey of all steam traps. Baseline ultrasonic and temperature readings. Sensor placement planning. System configuration specification.
Non-invasive installation of acoustic and temperature sensors on each trap. Gateway deployment. Network integration. No steam system shutdown required.
Algorithm training on baseline data. Alert threshold configuration. Integration with maintenance systems. Staff training and handoff.
Full monitoring operation. Real-time alerting. Quarterly optimization reviews. Predictive maintenance planning.
Measurable energy savings and operational improvements
Average energy savings from identifying and repairing failed traps within 24-48 hours.
Annual energy cost recovery per trap detected and repaired versus months of continued failure.
Identify failures within hours instead of weeks or months with continuous monitoring.
Rapid return on investment for facilities with 50+ steam traps and significant failure rates.
Industries with extensive steam infrastructure
Industrial process steam heating and control systems
Sterilization, cooking, and packaging steam applications
High-purity steam for cleanroom and equipment sterilization
Process heating with distributed steam networks
Large-scale steam distribution systems with hundreds of traps