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Double Cross Flow Cooling Tower

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Double Cross Flow Cooling Tower

Type of Cooling TowerInduced Draft Cooling Tower
Usage / ApplicationIndustrial
ShapeSquare, Rectangular
Tower MaterialFiberglass Reinforced Polyester
ColorBLUE
Capacity300 TR to 2000 TR
Temperature Difference8°C to 10°C
Double Flow CapabilityAvailable for higher ranges (as required)
Description:

This cooling tower is designed on the induced draft cross-flow principle, featuring a robust FRP structure with a top-mounted distribution basin. Water is dispersed uniformly through flower-type target nozzles and flows vertically over PVC V-bar fills for maximum heat transfer. A vertically mounted fan draws air across the fill media, ensuring efficient cooling performance. The cooled water collects in the base sump and is re-circulated for continuous operation.

Working Principle:
Water Distribution:
  • FRP distribution basin at the top with multiple flower-type target nozzles.
  • Water flows by gravity and spreads uniformly over the fill media.
Heat Exchange Process:
  • Water travels vertically downward along the PVC V-bar fill.
  • Air is drawn horizontally across the fill by a vertically mounted fan.
Cooling Mechanism:
  • A small portion of water evaporates, removing heat.
  • Warm moist air is discharged to the atmosphere through the fan deck.
Collection & Re-Circulation:
  • Cooled water collects at the sump at the bottom.
  • Then it is re-circulated to the process/application.
Key Features:
  • Induced Draft Cross-Flow Design
    Ensures efficient air–water contact for maximum cooling performance.
  • FRP Distribution Basin with Flower-Type Nozzles
    Provides uniform water spreading for consistent heat transfer.
  • PVC V-Bar Fill Media
    Allows effective heat exchange with smooth vertical water flow.
  • Vertically Mounted Fan & Motor
    Delivers powerful air induction and stable, reliable operation.
  • Low Drift Losses
    Minimizes water carryover with controlled airflow management.
  • High Cooling Efficiency
    Achieved through simultaneous air induction and water evaporation.
  • Durable FRP Construction
    Offers excellent corrosion resistance and long-lasting performance.
  • Easy Maintenance Design
    Accessible top and bottom sections simplify inspection and servicing.
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