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WET SCRUBBING – THE PHYSICAL PRINCIPLE:
Particles dispersed in the gas stream are brought into contact with a scrubbing fluid in order to bind them. This requires the generation of a phase interface as large as possible between the gas (air) and the liquid. The gas stream is then deflected whereby the inertia causes the particles to move to the surface of the liquid where they are contained.

THE HANDTE WET SCRUBBER PROVIDES NUMEROUS ADVANTAGES:
• No filter elements required
• The safest solution when dealing with flammable/combustible materials
• Universal applications
• High-level separation combined
 with safe operating technique
• Low-maintenance

THE HANDTE VORTEX:  MADE FOR DEALING WITH FIBERS AND FLUFF, INCLUDING STICKY MATERIALS
The Handte Vortex is a combination of centrifugal and water separator with a downstream ventilator which works on the water swirl principle. The pollutant-laden air is introduced at a tangent and settles as an eddy sink on the surface of the water. The special routing of the air flow generates an intensive swirl of water through which the pollutant-laden gas stream is led. Intensive mixing with the scrubbing fluid causes the pollutants to bond and precipitate. The radial-mounted spiral separates the liquid through centrifugal force from the pollutants bound up in the gas stream. The cleansed air is sucked in by the downstream ventilator and then blown out.

THE HANDTE VORTEX DUAL: EXTREME VERSATILITY COMBINED WITH ROBUST DESIGN TO MEET A WIDE VARIETY OF APPLICATIONS
The Handte Vortex Dual works with an integrated ventilator. Pollutants are separated from the air stream by means of a combination of water swirl and disintegration principle. Pollutant-laden air enters the middle section at a tangent and deflected. An air flow is routed to generate a strong swirl of water through which the contaminated raw gas must pass. Ultrafine particles are filtered out by means of the ventilator blade which is simultaneously employed as a disintegrator whereby non-separated particles are mixed intensively with water and flung through centrifugal force into a wall of water to achieve a high level of separation. The wet particles flow back into the bottom part of the equipment with scrubbing fluid where they then settle in the water-stilling zone. The cleansed gas then escapes through the central ventilation pipe.

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