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Our product range contains a wide range of Dust Suppression System and Dry Fog Dust Suppression System

Dust Suppression System

DUST SUPPRESSION SYSTEM (WATER & WATER WITH CHEMICAL SYSTEM)

Environmental Management and Pollution Control poses a major concern to all. There is a need for EFFICIENT POLLUTION CONTROL Technique, to meet the stringent norms as stipulated by the Pollution Control Board for dust control at open stock piles, conveyor transfer points, dump hopper loading points and other such dust generating locations in a bulk material handling plant.

During the past decade, KAVERI has developed advanced technology for executing tailor made Dust Suppression Systems after analyzing the application and behaviour of dust particles.

Kaveri Dust Suppression System suppresses dust at source before it becomes air borne and controls dust instead of collecting it.

This is a much superior techno-commercially viable system vis-a-vis to a dust collection system.The system is tailor made to produce a Fine Fog that agglomerates the dust particles with the water droplets so that the particles becomes heavy enough to be returned to the product stream by gravity thus avoiding material getting air borne and wastage of material. This system also eliminates the need for any secondary handling of collected material.

In a typical plant with a number of conveyors and transfer points, each transfer point should be treated for effective dust suppression

In a chemical based dust suppression system, a chemical is used to reduce the surface tension of water, thereby increasing the dust adhesive power. The chemical helps in keeping the dust particles agglomerated for a longer period of time, thereby reducing the water requirement. Dosing pumps are used in the system to pump the chemical in the desired fixed ratio.

  • Suppresses dust before it becomes airborne.
  • Eliminates need for extensive collection equipment Eliminates time and costs of extensive service.
  • Solves Impossible dust problems.
  • Treated materials have carry-over advantages.
SALIENT FEATURES
  • Easy to Instal / Maintain.
  • Dust Generation is stopped at source.
  • Reduced cost and rugged system.
  • No adverse effect on product / material handled.
  • No expensive equipment and disposal arrangement.
  • System could be set to operate on Auto / Manual mode.
  • Compatible to operate on plant PLC.
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Dust Suppression System

Kaveri is proud to present a wide & diversified range of high performance, heavy duty sprinklers. We are pioneers in the field of sprinkler manufacturing with over 35 years experience in the field. The sprinklers are developed through our joint effort & experience of actual client requirements.

We offer total turnkey solutions for all types of open & exposed dust control situations (eg stockpiles, haul roads, mines, open yards, etc). Our scope includes design, engineering, manufacture, supply & commissioning of the system.

The key component of the system - sprinklers are designed to operate in adverse conditions & have protected moving & exposed parts, enabling long life. We have special solutions for specific customer requirements including aggressive water conditions.

  • Rugged & heavy duty system.
  • Low maintanence system.
  • Easy to Install.
  • Suited for adverse duty / water conditions.
  • System could be set to operate on Auto / Manual mode.
  • Compatible to operate on plant PLC.
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Dry Fog Dust Suppression System

The design of the KAVERl system is based on a unique nozzle that can produce a very dense fog of 1 - 10 micron in size of water droplets that can literally blanket dust source and keep the dust particles from becoming airborne.

The dual flow nozzle is an air driven device for fogging liquids by passing them through a field of high frequency sound waves. This is accomplished by compressing air stream of a specially designed converge section of the nozzle. The result is an air stream that will accelerate past the speed of sound, in the converge section. When it passes the speed of sound, a primary shock wave is generated at the mouth of the nozzle.

To enhance the fogging capacity, a resonating chamber in the path of the air stream reflects the air stream back it self to amplify the primary shock wave. Once the shock wave is generated, water is delivered through annular orifices where it is sheared in relatively small droplets. These small droplets are then carried by the primary air stream in to the shock wave and exploded into thousands of micron size fog droplets. The air then escapes around the resonator chamber and carries the droplets downstream in a soft low velocity fog pattern.

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