Industrial Cooling Tower
Open-circuit (evaporative) and closed-circuit cooling towers for condenser cooling, process cooling, and HVAC loops. FRP, steel, or concrete construction. 100 TR to 5,000+ TR capacity.
Overview
Cooling towers reject waste heat from industrial processes and power generation to the atmosphere via evaporative cooling. Essential pairing for steam condensers, chiller plants, process heat exchangers, and any closed-loop water system that needs to shed heat. Open-circuit (evaporative) towers spray hot water over fill media while fans draw air through — a small fraction evaporates, carrying heat away, cooling the remaining water by 5-15°C. Closed-circuit (fluid cooler) towers keep the process fluid sealed inside coils, spraying external water over them — used for clean-water-sensitive applications. FRP (Fiberglass Reinforced Plastic) construction is standard for corrosion resistance; steel and concrete options available for large capacities. Common applications: power plant condenser cooling, chiller condenser water loops, plastic injection moulding, metal processing, food & beverage, HVAC central plants.
Key Features
Technical Specifications
| Cooling Capacity | 100 TR (Tons of Refrigeration) to 5,000+ TR |
| Type | Open-circuit / Closed-circuit (fluid cooler) |
| Flow Arrangement | Counter-flow or Cross-flow |
| Construction | FRP / Galvanized Steel / SS304 / Concrete |
| Fill Media | PVC film-fill / Splash-type |
| Approach Temperature | 3-5°C typical |
| Cooling Range | 5-15°C |
| Fan Type | Axial (large) / Centrifugal (low-noise) |
| Drift Loss | <0.005% of circulating flow |
| Standards | CTI-ATC-105 / Eurovent certified |
Applications
Request a Quotation
Send us your requirements and we'll prepare a detailed quotation with pricing and scope of supply.
Related Products
Industrial Steam Turbine
Back-pressure and condensing steam turbines for power generation, mechanical drive, and cogeneration. 100 kW to 30 MW output, single and multi-stage configurations.
Industrial Generator / Alternator Set
Synchronous AC generators coupled to steam turbines, gas turbines, or prime movers. 100 kW to 30 MW, 400V to 13.8 kV output. Brushless excitation, Class H insulation.
Steam Condenser
Surface-type shell-and-tube condensers for condensing steam turbines. Convert exhaust steam to water, creating vacuum for maximum turbine efficiency. Air-cooled or water-cooled options.
Diesel Generator Set
Standby and prime-power diesel gensets, 50 kW to 3,000 kVA. Cummins, Perkins, Volvo Penta, or Weichai engines coupled with brushless AC alternators. Open or weatherproof-canopy configurations.