Select below to view video or information on dust collecting and dust mitigation equipment.
The system detects sparks in the duct air stream. When a preset quantity of sparks are detected, a signal will be sent to the extinguishing system. If the sparks reach a higher preset level, a signal will be sent to the abort gate to divert the material to atmosphere and shut down the processing equipment.
The abort gate will automatically open with a signal form the spark detection system indicating fire in the ductwork. With the abort gate open, the material is diverted to atmosphere.
Particle laden air enters through the high entry inlet. This incoming air strikes the baffle plates, causing the heavier material to fall to the bottom hopper. The air with the lighter and smaller materials is filtered by the bags and clean air is exhausted to atmosphere.
The dust laden air enters into the multiclone through the intake collector linking the tangential air intakes of the cyclones. The centrifugal action of each cyclone causes the particles to fall into a common hopper where they are exited through an air lock. The clean air is evacuated into the atmosphere.
Particle laden air enters through the inlet. The high turbulence breaks the heavier and lighter materials apart. The spinning air throws the heavier materials outward to the cyclone walls.
Air locks and rotary airlock systems allow material (chips, sawdust) to pass from a cyclone or baghouse to a bin or high pressure feeder. The air lock maintains a tight, positive air seal.
Systems and equipment for dust collecting for air quality control and pollution control. For dust collection and environmental improvements in industrial plants. Cyclones, multiclones, baghouses, spark detection and abort gates.
