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Fully automatic heating surface cleaning system airmaxx for optimal cleaning effect no matter what design or size of the heating surface

airmaxx4 - cleaning system for heaters/ boilers
Weight: 800 kg (without runner rail and order related attachment parts)
Dimensions without bogie: H = 160 cm, L = 275, B = 115
Ambient temperature: 0 °C - 45 °C
Cleaning depth: max. 11,5 m (special depths possible)
Working pressure: min. 10 bar, max. 12 bar
Stepper motor: Working voltage: 65 Volt DC; Stepper motor control: 24 Volt DC

The boiler cleaning system airmaxx is suitable for the removal of loose or lightly adhering deposits / soot on the heating surfaces. This cleaning will be effected with compressed air via cleaning nozzle. The cleaning medium passes through a heat-resistant stainless steel hose with the aid of special locks between the passes of the heating surfaces to be cleaned. Variables tangential blowing off the heating surfaces ensures a uniform cleaning of the coiled tube. 
The function of the system differs from previously used concepts in particular in that, the cleaning medium (usually compressed air) is brought very close to the heating surface to be cleaned. In this way, a very good cleaning effect is achieved already at relatively low pressures and quantities of compressed air. Moreover, the heating surfaces are not constantly blown in the same place by the pressure beam, so the risk of erosion was almost eliminated. Another advantage is the reduced piping effort, since the compressed air is attached only at one point.

Clyde Bergemann’s typical fields of operation include thermal energy
conversion processes based on coal, waste, oil and / or biomass. For
over 60 years, we have focused our work on the development and
production of efficient solutions for on-load cleaning of heating and
reaction surfaces. We offer an extensive range of cleaning devices
specifically designed for the different cleaning requirements within a
boiler by applying various cleaning methods and nozzles as well as
nozzle arrangements.