NEWS CENTER
Oasis Iceberg
13
2025
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08
Application scenarios of evaporative condensers!
An evaporative condenser is an efficient device that uses water evaporation to absorb heat and condense refrigerant. It combines the high efficiency of water cooling with the water-saving advantages of air cooling and is mainly used in the following scenarios:
An evaporative condenser is a type of that uses water evaporation to absorb heat to achieve efficient refrigerant condensation, combining the high efficiency of water cooling and the water-saving advantage of air cooling , mainly applied in the following scenarios:
1. Core Application Areas
1. Industrial refrigeration systems
Cold storage and cold chain logistics ：
Condensation of ammonia (NH₃) or freon (R717/R404A) systems in large cold storage warehouses (below -25°C) and refrigerated distribution centers.
Food processing ：
Refrigeration units for meat freezing, dairy cooling, and beer fermentation tanks.
Chemical production ：
Cooling of reaction kettles, gas liquefaction (such as LNG precooling), and refrigeration processes in petrochemical workflows.
2. Heating, Ventilation, and Air Conditioning (HVAC)
Large central air conditioning ：
Chillers in commercial complexes, hospitals, and airports (especially suitable for centrifugal/screw compressors).
District cooling stations ：
Condensation heat dissipation in centralized energy stations, replacing traditional cooling tower + shell-and-tube condenser combinations.
3. Energy and power
Auxiliary equipment cooling in power plants ：
Gas turbine inlet cooling and auxiliary refrigeration systems in nuclear power plants.
Ground source heat pump supplementation ：
Used as peak load heat dissipation supplement when soil thermal balance is insufficient.
4. Special process cooling
Plastic molding ：
Hydraulic oil cooling for injection molding machines and condensation end of mold temperature control systems.
Pharmaceutical industry ：
Refrigeration units for low-temperature reaction kettles and freeze dryers.
Data centers ：
Direct cooling or indirect liquid cooling system heat dissipation for high-temperature server rooms.
2. Common Requirements for Applicable Scenarios
High-efficiency heat dissipation requirements
Need to maintain stable condensation pressure in high-temperature environments (＞35°C) or high humidity areas (evaporative condensers are 30~50% more efficient than air-cooled ones).
Water-saving needs
In water-scarce areas or regions with high water prices (water consumption is only 10~25% of that of water-cooled condensers).
Space constraints
Installation sites are limited (compact design saves space, no cooling water pool needed).
Pollution prevention requirements
Avoid cooling water contacting refrigerant (closed-loop design prevents impurities from entering the system).
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