A Series Cooling Towers

Counterflow cooling towers play a crucial role in cooling water for industrial and HVAC applications by utilizing a countercurrent flow principle. In a counterflow tower air travels in the opposite direction (counter) to the direction of the falling water. Hot water enters the tower and spreads over fill media, which provides a large surface area for efficient heat exchange with the upward-moving air drawn in by fans or natural draft. This process, known as evaporative cooling, facilitates the transfer of heat from the water to the air. Cooled water is collected at the tower’s bottom and circulated back for reuse, while hot, moisture-laden air exits from the top. The countercurrent flow enhances heat exchange efficiency, allowing for a greater temperature difference between the water and air. Recognized for their efficiency, compact design, and versatility in handling diverse heat loads, counterflow cooling towers are extensively employed across industries to dissipate heat from various processes and maintain optimal operating temperatures.

USP: WE ARE THE ONLY MANUFACTURER OF CTI CERTIFIED [SINGLE CELL 13 x 13 Mtr. Footprint / 4769 CMH Per Cell] COOLING TOWER IN INDIA.

“A” Series of cooling towers are CTI certified wherein the validation of performance is carried out every year by CTI licensed third party testing agency. This series has been developed based on our extensive in-house R&D in our Thermal Test Rig with the facility of varying heat load.

Cooling Towers components meet CTI Standard requirements.
Utilization of PVC heat exchange fills media for energy efficiency.
Diverse line of film fills available, catering to various tower requirements.
Heavy steel gauge structure adheres to IS Standards.
High strength-to-weight ratio and corrosion resistance.
Composite FRP material outperforms traditional materials like Steel, Aluminum, and Wood.
System-driven operations reduce manufacturing times by 70%.
Prefabricated components and easy installation processes result in 50% faster installation.
Minimization of piping and electrical connections reduces installation costs.
Achieves a low drift rate of 0.005% of circulating water flow, minimizing water loss.
MOC includes MSHDG, SS304, SS316, and Pultruded FRP, with options for fully metallic towers.
Standard 4-pole IE2 Motors, with upgrade options to IE3/IE4/FLP/VFD/Electronically Commutated.
Belt drive system as standard, with options for Direct drive/Gear drive.
Axial fans with aerodynamically designed blade profiles.
Option for ultra-low noise fans.
Pultruded FRP flap-type air inlet louvers, with options for cellular louvers.
Ladders, platforms, and safety railings facilitate ease of maintenance.
Smooth finish on both sides of FRP panels and water basins.
Multi-cell options available, with single-cell capacities ranging from 80 TR to 3000 TR.
Options for towers with or without basins provided.