Dust Collector Explosions
A single spark entering a dust-filled hopper can trigger a devastating secondary explosion. We stop the spark in the duct before it ever reaches the high-risk zone.
Spark Detection & Extinguishing System
YT Environmental's Spark Detection Systems identify and extinguish ignition sources in pneumatic extraction ducts before they reach the filtration unit. By utilizing highly sensitive infrared sensors and high-speed water mist nozzles, we prevent devastating dust explosions and factory fires—without stopping your production.
Highly sensitive IR/NIR sensors detect sparks or glowing embers through thick dust clouds within milliseconds.
High-speed solenoid valves release a fine water mist curtain, quenching the spark instantaneously while air keeps flowing.
Only uses a precise, split-second burst of water mist, preventing water damage to your ductwork or filter media.
Centralized PLC logs every event, providing real-time alarms and visual status for all sensor zones across your factory.
Problems We Solve
Grinding, sanding, and cutting processes naturally create friction sparks. If these sparks are pulled into a dust collector, the results can be catastrophic. We neutralize the threat mid-flight.
A single spark entering a dust-filled hopper can trigger a devastating secondary explosion. We stop the spark in the duct before it ever reaches the high-risk zone.
Manual fire response or false alarms mean shutting down the entire line. Our system extinguishes automatically and allows the production line to keep running uninterrupted.
Unprotected combustible dust systems face heavy fines and insurance liabilities. Installing spark detection helps you meet strict local and international fire safety codes.
A reliable spark detection system relies on military-grade components working in perfect synchronization. Below is the core hardware integrated into our protective setups.
Engineering Process
Timing is everything. We calculate the exact distance required between the sensor and the extinguishing nozzle based on your specific duct air velocity.
Identify high-risk friction points (grinders, saws, sanders) and map out the entire extraction duct routing.
Calculate the precise mounting distance between sensors and nozzles based on transport air velocity to ensure timely quenching.
Weld customized sensor mounts and nozzle adapters directly onto your existing ductwork with minimal disruption.
Connect and test high-pressure water lines, adding booster pumps or freeze-protection tracing if required.
Perform live-simulation testing to verify millisecond electronic response and visual nozzle spray patterns.
Customization Parameters
Share your ductwork and airflow parameters, and YT Environmental will design a fail-safe spark detection network for your facility.