For effective dust control, Screenpod Dust Cannons provide innovative solutions with exceptional performance. These advanced systems significantly reduce health risks linked to dust while greatly enhancing air quality across diverse applications, including recycling yards, demolition sites, quarries, and ports.

Our Dust Cannons are available in static, trailer, and tracked versions, ensuring quick setup and outstanding functionality from a compact and easily transportable design. They integrate seamlessly into any operation with minimal maintenance needs and low operating costs, all managed through a clear and intuitive user interface.

S80 Diesel Dust Cannon

Power Unit: Yanmar 4TNV98CT 53.7kW
Oscillating motor rating: 0.25kW
Control Panel: Start/Stop, Raise/Lower, Left/Right, Auto Oscillate, E-Stop, Radio/Local & Fault Lamps.
Radio remote control: (Tele Radio) Start/Stop,
Raise/Lower, Left/Right, Auto Oscillate, E-Stop
Throw: 80m
Water flow: 168 Lpm @550RPM
Water connection: 2” BSP Banjo connection
Required in pressure: Self-priming
Protection: Over pressure shutdown
Active nozzles: Centre nozzle or 2 stage outer ring nozzles
Elevation, Electric: 15⁰ / +45⁰
Automatic turning system: 18⁰ to 342⁰ in steps of 18⁰
Filter system: 50 micron filter system
Turning area: 342⁰
Droplet size: 10 – 50 microns (mean 70 micron)

Benefits:

Significantly lowers health and safety risks related to dust exposure.
Greatly enhances air quality.
Effectively eliminates airborne particulates.
Contributes to the protection of the local environment.
Improves visibility on-site.
Reduces dust clouds around operating equipment.
Fosters positive local relations by minimizing dust-related complaints.
Lowers cleanup and maintenance costs.

Applications:

Wood Recycling & Production Plants
Construction & Demolition Waste Processing
Recycling Yards
Mining Operations
Concrete Production Plants
Demolitions Sites
Landfills
Ship Unloading & Ports
Scrap Metal Processing & Steel Mills
Cooling for Live Events & Industrial Applications

How it Works:

Atomised water droplets are sprayed from nozzles as a fine mist. A fan produces airflow that carries this mist over a given area.

The atomised water droplets in the mist then bind with dust particles in the air, bringing them to the ground and removing them from the air, thus supressing the dust.