allair | Dry Process
No Process Water required
Low capital & operating costs
Ideal for sponge iron plantswith captive power generation through AFBC Boilers
Easy integration with existing sponge iron plants
Capacity of 50 tph for feed size of 0.5 mm to 30 mm

This technology is air-pulsed jig which is best suited for areas where water is scarce and also where customers are particularly interested in keeping water contamination to a minimum. Since it uses no water and processes solely using air, it has a distinct advantage of not adding an undesirable increase in moisture content which is normally associated with wet processes. Typically in a Sponge Iron unit where minimum moisture addition is sought in the clean coal and the rejects could be used in the power generation through AFBC boilers, this jigging machine would be preferred by customers. To add to these features its fully automatic operation with analog measurement of bed depth, low capital investment and low operating costs makes Allair a very interesting proposition for the customers.

Governments all over the world are continuing to place even more stringent limits on the release of pollutants and thus Allair enjoys the principal advantage of being environmental friendly and offering a dry processing system with a quantum improvement in separating efficiency without introducing a moisture penalty to the clean coal product.

ALLAIR FIRST TIME IN INDIA
Hari Machines Ltd. has successfully supplied and commissioned a 50TPH capacity Allair Jig for beneficiation of coal at OCL india Ltd,Sponge Iron Works, Orissa, in the month of November 2005

 
     
  allair at OCL SAMCA Spain | Lignite benification  
   
   
  allair at OCL Colcarbon Columbia | Hard coal benification  
   
allair performance data at OCL | sponge iron works
Source of Raw Coal Raw Coal Ash % Yield of Washed Coal Ash % | Clean Coal Ash % | Rejects
Gopalpur-E Basundhara 37.00 70.84 32.28 48.47
Gopalpur-E Basundhara 42.0 71.10 37.08 57.57
Lilari-F Lilari 37.36 67.87 33.38 45.77
Lilari-F Lilari 39.16 81.99 35.35 56.97