During manufacturing of any item there are activities like conveying,transferring,mixing etc. in which lot of dust generates which needs to be collected. When any dust collection system is designed three things to be taken care.

Dust Collection System

1. Capture the dust with proper capture velocity and correct hood design. With this we calculate capacity of the system. Any over design increases fixed cost as well as operation cost due to more power consumption. Undersize will not give desired result.

2. Convey the dust with proper duct velocity. If velocity is less then the required material will settle in the duct and the duct get choked which reduces the suction capacity, Duct size becomes bigger and cost will be more. If velocity is more, then duct size is small which increases pressure drop in turn power consumption is more.

Dust Collection:
Dust collection can be in the dry form or wet form. Hence selection of proper equipment is very important which is based on dust load, particle size analysis, properties of dust & temperature. Based on the above data system can be only with Bag Filter or Venturi Scrubber. If dust load is very high then Cyclone Separator can be used as preliminary separator.

Efficiency
With Cyclone Separator we can achieve 80% to 85% efficiency down to 20micron
With Pulse Jet Bag Filter efficiency can be more than 99% down to 2micron
Dust Scrubbing Designed using latest technology, these scrubbers are sturdy and easy to maintain & operate. Our range is known for high performance and is a cost effective way to remove impurities and contaminants from air. They are used to collect both particulate and gaseous pollutants, but they are more effective in removing particles from gaseous pollutants. The subsequent turbulence of the water caused by its impaction with the high velocity air stream breaks the water into relatively minute particles (this process is called atomization ) & thoroughly mixes with the dust particles in the air stream. The clean air is vented out and the collected solids are precipitated downward to the slurry discharge or are retained for re-circulation in a recycling tank.