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Tuesday, Oct 27th

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Dehumidification Systems

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O ne drop of moisture. No sweat. Multiply that drop by 100 and you have rust. Times 1,000 and you have a puddle. 1,000,000 drops and you could have a real problem on your hands.
Corrosion can be defined as a change from one form to another through chemical reaction, often times, and the presence of moisture in the air accelerates the reaction.SYNCO designs and builds a unique and economically operated Air washer type air conditioner for ventilation system of Abrasive Blast and Paint Booth.





The basic components of an air washer system are a chamber that contains a series of spray nozzles, an eliminator section that removes water from the air that is exiting the air washer and a sump which catches both the sprayed water droplets and the water that was collected by the eliminators. The spray section will dehumidify the air, while washing solid particles out of the air.

The eliminator section forces the air to contact the eliminator components, which in turn knocks down water droplets and air borne solids.
The sump is the collection basin for the system. The washed out solids, lint, dust, and water all collect in this area.




1. Cool the air.

2. Dehumidify the air.

3. Clean the air of particles.

4. Hyper ionize the air.



Dehumidification occurs when the water that is spraying from the nozzles is cooler than the wet bulb temperatures of the incoming air. In this case, the incoming air is moist and contains a higher levelof moisture than the plant requires. By spraying this air with colder water, the incoming air is cooleddown. This cooling process also removes moisture from the incoming air.
Dehumidification usually occurs during the hotter more humid months of the late Spring, Summer, and very early Autumn.During the period of time that the air washer acts as a dehumidifier, the air washer will take on the water that has been stripped from the air. This effect causes the dissolved solids level in the air washer to drop. It also creates a surplus of water in the air washer system that is removed from the air washer through the system overflow.



Air is cleaned by an air washer when particulate matter impinges on the wetted surfaces of the eliminator blades. Air is also cleaned, when the sprayed water generates enough ionization to neutralize the charges on the particles in the service area so that they can be dropped out into the sump as they are drawn through the air washer. The cleaning of the air will remove lint, oils, and other airborne particles from the air. This builds up the level of the solids in the water which must be removed either from over flow or bleed. Chemical treatment can improve particle removal and prevent nozzle clogging from excessive solids build up.



As the water droplets are broken up at the nozzles, ionization occurs. This places a charge on the water droplet which allows it to attract charged particles that are in the air. This will allow the removal of any of the airborne solids from the air. It can also cause the build up of charges in the air that exits the air washer. These charges can cause static electricity to build in the air, which can cause textile processing problems if not neutralized by an antistatic treatment program.


Contact us

Synco Industries Ltd.

  • Add:16A III, Heavy Industrial Area. 
    Jodhpur, Rajasthan - 342 003, India
  • Tel: +91-98290-22258  /  98294-22258  /  9950987987
  • Fax: +91-0291-2742557
  • Email: mail@synco.co.in
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