Why Choose Dry Cooling Tower

We are Heat Transfer Equipments Pvt Ltd experienced in the fields of Cooling Tower Manufacturer. We have member with (CTI USA) Cooling Technology Institute USA. Dry Cooling Tower area unit normally employed in the ability Plant, it’s latest model cooling. A many power plants area unit cooled just by air. Dry cooling is AN

  • Dry cooling tower able to a good extent speed up the look approvals method.
  • Options area unit ever-increasing expenditure premiums area unit falling.
  • Preservation expenses a good deal reduced.
  • Legislation is in a position to guard water provisions to power stations in droughts.
  • Also we tend to expertise of quite twenty three years within the trade of cooling system manufacturer.
  • Dry cooling tower edges are: terribly economical in price, protective vital amount of water, Minimizing environmental impact.

instrumentation that is employed dry cooler of defensive the operating fluid from ecological revelation and contamination. There’s no loss of water by evaporation as a result of No water consumption during this sort of cooling and additionally, we have a tendency to install the dry cooling in a very right manner.

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Applications of Dry/Coil Cooling Tower

Dry Cooling Tower used for air compressor. Lots power plants are using the Dry Cooling Tower. Steel manufacturing industries are used Dry Cooling System. Dry cooling towers for geothermal power plants. Diesel Power Plants are using this type of cooling tower

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Advantages of Dry/Coil Cooling Tower

No water consumption in this type of Dry Cooling Tower System because the air does not in a straight line contact between the water. This cooling tower efficacy ensures minimum ecological impact a huge of water gets conserved on using dry cooling towers less water resources and greater than before water pollutions concerns have led to explosive development of Dry Cooling worldwide

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Technical Functions of Coil Cooling Tower

Air-Cooled fluid coolers are created in our trendy plant of International standards, The design. selection, construction of cool fluid coolers are through software system which provides North American nation a awfully correct knowledge on thermal transfer rate, supported that we have a tendency to manufacture towers. The Tubes and fins are of Copper and metal MOC, severally.

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Salient Features of Dry/Coil Cooling Tower

Eliminates Scale-formation. Eliminates Frequent maintenance. Eliminates make up water after the first fill. Eliminates Moving parts except fan & motor Eliminates PHE at Furnace & Coil circuit. Eliminates water softening plant & chemicals. Eliminates maintenance cost, reduces power cost & saves earth. Eliminates Contamination of air Eliminates FRP Cooling Tower. Eliminates raw water Tank and Pumps. Eliminates Mixing of dust / dirt / fly ash with Water. Eliminates descaling, fungus cleaning Chemicals Eliminates Heat exchanger headaches at primary circuit. Eliminates break down and Production loss

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DRY COOLING TOWERS CONSTRUCTION MATERIAL

We are leading manufacturers of industrial cooling tower such as Dry Cooling Tower Coil Cooling Tower Closed Circuit / Closed Loop Cooling Tower in India. We are CTI Certified Cooling Tower Design in India.

  • 01 Copper Tubes ?

    The best quality imported (5/8″) OD copper tubes in Level Wound Coils are utilized. This guarantee curls with the base number of joints by shaping a fastener twists and also to frame a uniform divider thickness that wipes out humiliating and costly breaks after establishment. Tubes are lurched in the way of wind current for better warmth exchange effectiveness.

  • They are bite the dust framed from thick walled tubing that is heavier than the standard tubing utilized in whatever remains of the loops. This gives the strength and solidness required in the most fundamental parts of the loops.

  • Inlet and outlet headers are built of substantial divider steel channels with shoulders framed at each brazed association with the 5/8″ tube in the curl. This shoulders interfered with extraordinary tooling gives the quality to the brazed joint that takes out another wellspring of hole amid travel and establishment.

  • Tubes are Mechanically extended for an optium bond among tube and blade. This positive and controlled extension methodology gives a spotless, smooth inward tube surface for permit water weight drop and ensures uniform warmth exchange between tube.

  • Dry Cooling Tower is mounted on a hard core channel base edge. Non destructive fiber glass/GI boards are utilized for fenced in area. Air progressively adjusted high proficiency hub stream fans with low clamor are utilized. The engines are IP 55 class with broadened SS shaft. The low speed of the engine limits clamor and expands effectiveness. Engines are extraordinarily intended to withstand dampness, rain and residue. The boiling water from the diesel motor is sent to the gulf of the Dry Cooling Tower. This high temp water is cooled and chilly water from the outlet of the cooling tower is associated with a pump which directs the water to the diesel motor (or some other load) to get the warmth from the generator.