• Features

  • Working Principle

  • Structure & Components

  • Packing & Shipping

Features
  • Fully optimized structure design, double air inlets can effectively prevent the surface of the tube bundle from fouling
  • Softened cooling water circulates in the closed circuit, thereby eliminating the efficiency reduction and system failures caused by floaters, dirt and other matters entering the cooling water system.
  • High fan cylinder exhaust system ensures ventilation, fast heat dissipation and great cooling effect.
  • It allows both fan frequency conversion operation and fan stop operation, thereby achieving high efficiency and energy saving.
  • The packing and coil combination design greatly improves the spray & heat transfer efficiency.
  • Top air inlet system is available in both single and double air lets. Of which, packing and tube bundle in the cooling tower with double air inlets are bilaterally arranged and the fan cylinder are maximized. In this way, a large air ventilation space is created to achieve better cooling effect.
  • Large access space, access door and channel are available for easy maintenance.
How Does It Work?
Mixed flow cooling tower schematic diagram

Hot process fluid enters the tube bundle from the inlet, and the spray system and fan system are started at the same time. Spray water is evenly sprayed on the surface of the tube bundle and a large amount of the air enters from the air inlet louver at the top of the tower and flows downward, in the same direction as the spray water. The air is in direct contact with the spray water and undertakes heat transfer with the hot process fluid in the tube bundle via the outer surface of the tube bundle. The process fluid cools and flows out from the outlet of the tube bundle for recycling. A small amount of water evaporates, and flows through the drift eliminator, collecting the excess moisture into the water tank. Meanwhile, the hot and humid air is dispatched into the atmosphere from the top of the tower. The hot spray water continues to spray on the packing and becomes cool through the heat transfer between cold air from the side of the tower at the bottom and the packing. And then it falls into the water tank and recycles to the spray system via the water pump.

Structure & Components

We not only provide integrated mixed flow cooling towers, but also offer cooling tower accessories.

Dual air inlet mixed flow cooling tower structure
  • 1

    Stainless steel 304 or DX51D+AZ120 aluminized zinc plate tower body

    Cooling tower body plate
  • 2

    Ultra-low noise fan

    Cooling tower axial fan with a motor
  • 3

    Drift eliminator

    Cooling tower black PVC drift eliminator
  • 4

    Spray system

    Cooling tower spray pipes with nozzles
  • 5

    Copper or stainless steel coil, pipe diameter: 16, 19, 22 and 25 mm

    Cooling tower stainless steel 304 smooth coil exchanger Counter flow cooler copper tube bundle
  • 6

    Packing

    Cooling tower black PVC packing
  • 7

    Air inlet louver (can be made of the same material as the tower body or made into PVC louver)

    Cooling tower black PVC air inlet louvers Cooling tower stainless steel air inlet louvers
  • 8

    Water tank

  • 9

    Spray pump

    Cooling tower purple spray pump
  • 10

    Spray water return pipe

Package & Transportation
A screenshot of an cooling tower.

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