Adiabatic Cooling Towers
Maximum Cooling Performance. Minimal Water Consumption.
Altomar Adiabatic Cooling Towers combine dry and evaporative cooling for efficient, reliable heat rejection. They reduce water consumption by up to 95–98% while maintaining high cooling performance.
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Altomar Adiabatic Cooling Towers combine the efficiency of dry cooling with the enhanced performance of evaporative pre-cooling. The system operates in dry mode for most of the year and automatically activates adiabatic cooling during peak ambient temperatures, ensuring reliable heat rejection while using only a fraction of the water consumed by conventional cooling towers. This hybrid approach can reduce water consumption by up to 95–98% compared with traditional open cooling towers while maintaining dependable thermal performance.
PRODUCT OVERVIEW
Altomar Adiabatic Cooling Towers combine the efficiency of dry cooling with the enhanced performance of evaporative pre-cooling. The system operates primarily in dry mode and automatically switches to adiabatic cooling during peak ambient temperatures, ensuring reliable heat rejection while significantly reducing water consumption.
Configuration
Counterflow
Applications
Power Generation, Petrochemical
HOW IT WORKS
Dry Mode:
During normal ambient conditions, process fluid flows through high-efficiency finned heat exchanger coils. Ambient air is drawn across the coils by energy-efficient axial fans, providing completely dry cooling without water consumption.
Adiabatic Mode :
When ambient temperatures rise, water is circulated through specially designed adiabatic pads positioned before the heat exchanger. As air passes through these wetted pads, its temperature is reduced naturally through evaporation before reaching the coils. The cooler air significantly increases heat rejection capacity while consuming only a small amount of water.
WHY CHOOSE ALTOMAR ADIABATIC COOLING TOWERS?
Water Savings
Higher Cooling Efficiency
Dual Operating Modes
Lower Energy Consumption
Reduced Maintenance
Sustainable Cooling
TECHNICAL ADVANTAGES
In-House Heat Exchanger Manufacturing
Imported Copper Tubes
Adjustable Fin Pitch (FPI)
Customized Coil Design
Multi-Cell Configuration
INDUSTRIES WE SERVE
Data Centers
Power Generation
Renewable Energy Projects
Chemical Processing
Pharmaceutical Industries
Food & Beverage
Steel & Metallurgical Plants
Commercial HVAC
Cement Plants
ADVANTAGES
- Up to 98% Water Savings
- Lower Operating Cost
- Increased Cooling Capacity During Summer
- Reduced Energy Consumption
- Longer Equipment Life
- Low Maintenance
- Reliable Year-Round Performance
- Environmentally Sustainable Cooling
- Compact Modular Design
- Intelligent Automatic Operation
KEY FEATURES
Hybrid Dry + Adiabatic Cooling Technology
Automatic Intelligent Control System
High-Efficiency Copper Tube Heat Exchanger Coils
Adjustable Fin Pitch (FPI)
In-house Coil Manufacturing
Imported Premium Copper Tubes
High-Efficiency EC / Axial Fans
Heavy-Duty Galvanized or Stainless Steel Construction
Low Water Consumption Adiabatic Pads
Variable Speed Fan Control
Modular Multi-Cell Configurations
Customized Coil Sizes for Special Applications
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