Central Air conditioning plants, Diesel Generator Sets, Aluminium Die casting M/C, Industrial Refrigeration, Induction Furnace, Quenching Oil Cooling, Chemical Process cooling, Hydraulic Machines, As Effluent Coolers, Air Compressor, Plastic Moulding M/C, As Crystallizers

FANLESS INDUCED DRAUGHT WHIRLJET NON-CORROSIVE COOLING TOWER

Re-circulating Process Water For The Following Equipments


• Central Air conditioning plants • Diesel Generator Sets • Aluminium Die casting M/C • Industrial Refrigeration • Induction Furnace • Quenching Oil Cooling • Chemical Process cooling • Hydraulic Machines • As Effluent Coolers • Air Compressor • Plastic Moulding M/C • As Crystallizers	Request a Quote

Hollow Cone Whirljet Spray Nozzle :

Hollow Cone nozzles are best for cooling tower application, which requires good atomization of liquid (water) and quick heat transfer. Nozzles are tangential entry type. Free passage is given to the water to form uniform hollow cone spray pattern with non-clogging characteristic.

Comparison With Other Fanless Cooling Tower

Aqua Cool Cooling Tower

Other Fanless Cooling Tower

1 Circular Shape : Air circulation is better, as ventury effect is more in circular shape. Hence better efficiency, Drift losses are@0.02% due to inbuilt drift eliminators in louvers.

1 Rectangular Shape: Air suction is inferior as Four corners of C.T. act as dead zones. Hence moderate efficiency.

2 100% polymer composite including structure and spray assembly, hence totally corrosion free. We use NPG ISO Gel coats for outer surface of C.T. body, so better weather resistance & longer Nfe.

2 Only louvers are of FRP structure, spray assembly is of M.S. prone to corrosion. No use of gel coat, hence poor weather resistance and poor life

3 Hardware : Main structural bolts are 16mm in dia. No falling of louvers through out the life of C.T. Falling of nozzals is negligible due to correct engineering design.

3 Bolts are ¾ inch in dia.only. Repeated failing of louvers. Falling of nozzals is very high.

4 Resistance to high wind velocities is better due to circular (aerodynamic) shape

4 Resistance to high wind velocities is poor due to rectangular. shape.

5 Superior quality of polymer Composite.

5 Inferior quality of Polymer Composite.

6 Drift losses are@ 0.02% due to inbuilt drift eliminators in louvers


	Drift Eliminator

6 Drift losses are @ 0.2% as no drift eliminator in louvers.


	No Drift Eliminator

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