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Industrial steam systems face failure rates of ten to twenty percent, causing massive energy losses and compromised thermal efficiency. Manual audits are intermittent and fail to capture real-time leaks or blockages across the network, leaving critical assets vulnerable to neglect. Faclon Labs provides wireless, battery-powered sensors for continuous, automated steam trap diagnostics that bridge this visibility gap. By applying advanced failure analytics, we transform a maintenance headache into a streamlined, automated process that detects leaks the moment they occur.
Wireless temperature and data collection across critical steam traps.
Continuous failure diagnostics and health tracking without manual inspections.
Actionable insights to reduce energy losses and improve steam system reliability.
Tangible operational and sustainability gains delivered through continuous steam monitoring
Core system capabilities designed for reliable, real-time steam trap diagnostics
Specialized strengths that enable effective and scalable steam loss reduction
We implemented a real-time monitoring network for over 300 steam traps across three major manufacturing sites for a leading pharmaceutical company. This digital transition replaced sporadic manual checks with a centralized diagnostic hub, providing the maintenance team with a real-time "health map" of their entire steam distribution network.
USD 1M+ Energy Savings Potential Identified: Continuous monitoring pinpointed massive leakage volumes for immediate repair.
Improved Steam Quality: Eliminating flooded traps ensured better heat transfer and overall system thermal efficiency.
Reduced Manual Audit Dependency: The automated system removed the need for annual third-party ultrasonic inspections.
Governance on Critical Steam Traps: Real-time alerts provided management with complete visibility over the entire network.
Transition to a proactive reliability strategy. Our platform monitors asset health facility-wide, helping you plan maintenance effectively, reduce unplanned downtime, and protect your critical industrial infrastructure.
