Closed Evaporative Cooling Towers
Protect Your Process. Maximize Cooling Performance.
Altomar Closed Circuit Evaporative Cooling Towers deliver efficient, contamination-free process cooling with an enclosed heat exchange coil.
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Altomar Closed Circuit Evaporative Cooling Towers provide efficient heat rejection while keeping the process fluid completely enclosed inside a heat exchange coil. By combining evaporative cooling with air cooling, the system delivers high thermal efficiency, reduced maintenance, and contamination-free process cooling.
PRODUCT OVERVIEW
Closed circuit evaporative cooling towers keep the process fluid completely enclosed inside a heat exchange coil while combining evaporative cooling and induced airflow for maximum efficiency. Designed for demanding industrial applications, these towers ensure clean, reliable process cooling with lower operating costs and extended equipment life.
Configuration
Counterflow
Applications
Steel, Chemical, Pharmaceutica
HOW IT WORKS
Hot process fluid flows through the enclosed heat exchange coil. Spray water is distributed over the coil while ambient air is drawn upward by an induced draft fan. As the air passes, evaporation removes heat from the spray water, which in turn extracts heat from the process fluid inside the coil. The warm spray water returns to the basin and is recirculated to repeat the cycle, ensuring efficient closed-loop cooling.
Enclosed Heat Exchange Coil
Uniform Spray Distribution
Induced Draft Airflow
Efficient Heat Transfer
Water Recirculation
Water Recirculation
WHY IT STANDS OUT
Closed-Loop Cooling
Process fluid remains completely enclosed, preventing contamination.
Superior Heat Transfer
Evaporative cooling with induced airflow delivers excellent performance.
In-House Coil
Manufacturing
Manufactured internally for superior quality and faster delivery.
Premium Copper Tubes
High thermal conductivity with extended service life.
Customized Coil
Engineering
Designed specifically for process load and installation requirements.
KEY TECHNICAL SPECIFICATIONS
| Cooling Type | Closed Circuit Evaporative |
| Configuration | Counterflow |
| Heat Exchange Coil | Copper Tube Coil |
| Spray System | High Efficiency Spray Nozzles |
| Fan Type | Induced Draft Axial Fan |
| Fill Media | PVC High Performance |
| Structure | Heavy-Duty HDG or SS304 |
| Casing | FRP Corrosion Resistant |
| Operation | Closed Loop |
KEY FEATURES
Counterflow Closed Circuit Design
In-House Heat Exchanger Coil Manufacturing
Multiple Nozzle Options
Imported Copper Tube Coils
Adjustable Fin Pitch (FPI)
Customized Coil Sizes
High-Efficiency Spray Nozzles
Induced Draft Axial Fans
High-Performance PVC Fill Media
Efficient Drift Eliminators
ADVANTAGES
- Clean Closed-Loop Process Cooling
- Prevents Process Fluid Contamination
- High Cooling Efficiency
- Reduced Water Consumption
- Lower Operating Costs
- Extended Equipment Life
- Reduced Maintenance
- Compact Counterflow Design
- Reliable Continuous Operation
- Energy-Efficient Performance
- 100% In-house Manufacturing
- Premium Imported Copper Tubes
- Customized Coil & Thermal Design
- Adjustable FPI Technology
- Counterflow Closed Circuit Engineering
- Robust Industrial Construction
- Energy Efficient Performance
- Reliable Engineering Support
- Quality Manufacturing & Delivery
- Comprehensive After-Sales Service
INDUSTRIES & APPLICATIONS
Induction Furnaces
Steel & Foundries
Plastic Injection Moulding
Chemical & Petrochemical Plants
Pharmaceutical Industries
Power Generation
Oil & Gas Industries
Data Centers
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Our cooling tower experts are ready to help you with the right solution for your process and performance requirements.
