Acoustic Cleaning - Specific Applications For Acoustic Cleaners

Specific Applications For Acoustic Cleaners

• Boilers. Cleaning of the heat transfer surfaces.
• Electrostatic precipitators. Acoustic cleaners are being used for cleaning hoppers, turning vanes, distribution plates, collecting plates and electrode wires.
• Super heaters, economisers and air heaters.
• Duct work.
• Filters. Acoustic cleaners are used on reverse air, pulse jet and shaker units. They are effective in reducing pressure drop across the collection surface which will increase bag life and prevent hopper pluggage. Generally they can totally replace the both reverse air fans and shaker units and significantly reduce the compressed air requirement on pulse jet filters.
• ID fans. Acoustic cleaning helps to provide a uniform cleaning pattern even for inaccessible parts of the fan. This maintains the balance of the fan.
• Kiln inlet. Acoustic cleaners help to prevent particulate build up at the kiln inlet and this will minimise nose ring formation.
• Mechanical pre Collectors. Acoustic cleaners help prevent build up around the impellers and between the tubes.
• Mills. Acoustic cleaners help maintain material flow and also prevent blockages in the pre grind silos. They also help prevent material build up in the downstream separators and fans.
• Planetary Coolers. Acoustic cleaners help prevent bridging and ensure complete evacuation.
• Precipitator. Acoustic cleaners help clean the turning vanes, distribution plates, collecting plates and electrode wires. They can either assist or replace the mechanical rapping systems. They also prevent particulate build up in the under hoppers which would otherwise result in opacity spiking.
• Pre heaters. Used in towers, gas risers, cyclones and fans.
• Ship cargo holds. Used both to clean and de aerate current loads.
• Silos and hoppers. To prevent bridging and rat holing.
• Static cyclones. Acoustic cleaners will work both within the cyclone and with the associated duct work.