Dry Cooling Towers

The main function of the offered dry cooling towers is to cool and maintain the temperature of process hot water at a particular level. The tower works on a principle of heat transfer and is driven by an electric motor. The wound copper tubes eliminate any unnecessary leakage after installation. The tubes also allow better heat transfer efficiency.

The positive and controlled expansion between the tube and fin provides a clean, smooth inner tube surface for water pressure drop and guarantees uniform heat transfer. The rigid galvanized steel frame provides protection against tube damage during expansion and installation. Also, it is mounted on a heavy duty channel base frame. The axial flow fans are noise-free. The low speed of the motor minimises noise and increases efficiency. Motors are specially designed to withstand moisture, rain and dust.


  • Reduces energy consumption compares to Dry equipment
  • Cleaning of heat exchangers not required
  • Ideal for low temperature applications
  • Reduced water consumption
  • Plume abatement
  • Reduced maintenance
  • Legionella risks minimised
  • Lowest operating costs
  • No scale formation
  • Reduced water consumption
  • Reliability
  • Rust resistant
  • Ease of access


  • Coil mounted on the ISO standard channels. Coils connected with parallel and serial.

  • Fan and Motor are mounted on the top of the frame. Fan has been dynamically balanced with the motor’s rotation RPM.

  • After the manufacture of the coil, BCS conducts a Hydro-Pressure Test to see if there are any leakage in the tubes.

  • Tube bending joints are brazed by qualified welders. In this bended area thinning calculated for min thickness at the particular area.

  • Frames and sheet metal works has been powder coated.

  • In suction of air passing side fixed grid for security for finns . At the top of the area motor side fixed bird screen grid

  • Inlet and Outlet Nozzle are welded with coil , after welding area examined by NDE ( Penetrate test ) .

  • Hydro pressure test conducted after assembled the cooling tower at 21 kg/cm² ( 300 psi ) .

  • No need more water consumption .