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Energy-saving and fog-reducing cooling tower
Standard Model: 500-6000m³/h (Modular design, supports multi-tower parallel expansion)
Category：
Energy-saving and fog-reducing cooling tower
Keywords：
Mist-eliminating and Water-saving Cooling Tower
Energy-saving and fog-reducing cooling tower Details
Flow and Cycle Parameters
Single-tower cooling water flow range
Standard Model: 500–6000m³/h (Modular design, supports multi-tower parallel expansion)
Large industrial tower: Up to 5500m³/h (SCC-X series single module)
Pipe diameter and lift
Strong water pressure resistance, using diamond-shaped heat exchange modules to optimize water flow resistance
The water distribution system uses multi-layer low-pressure nozzles to ensure even distribution and water saving
Operating conditions and temperature parameters
Standard operating conditions
Temperature drop range: 5–10℃ (Adjust operating mode according to the season)
Wet-bulb temperature requirement: Design baseline generally ≤28℃
Maximum inlet water temperature: Supports 60℃ (Switch to conventional cooling mode in summer)
Environmental adaptability
Winter mode: Mix warm, humid air with dry, cold air to eliminate plumes and save 15–20% water
Summer mode: Turn off the mist eliminator module and prioritize cooling efficiency
Structural parameters
Core components
Mist eliminator module: Diamond-shaped heat exchange design (superconducting carbon material, excellent thermal conductivity)
Filler: Oblique trapezoidal corrugated/special condensation module, high heat exchange efficiency
Fan: Axial flow, diameter 2400mm (some models)
Materials and weight
Tower body: Fiberglass shell (corrosion-resistant), frame optional steel structure/concrete structure
Weight: The no-load weight of a large tower reaches several tons (specific models need to match the manufacturer's data)
Performance and energy consumption
Mist elimination and water saving capacity
Annual average water saving rate: 15–20% (wet and hot air condensation recovery)
Plume elimination rate: Visual pollution can be completely eliminated in winter
Energy consumption characteristics
Summer operating power consumption is comparable to traditional industrial towers (heat exchange module switches to the hot channel)
The additional energy consumption of the winter de-fogging mode needs to be optimized in combination with the fan power consumption
Application scenarios and selection points
Applicable fields
Power plants, coal chemical industry, iron and steel metallurgy (requires large-flow mist elimination)
Urban buildings, commercial complexes (low noise, water saving requirements)
Key selection factors
Core parameters: circulating water volume, wet-bulb temperature, water saving rate
Scalability: Modular design supports later capacity expansion
Precautions
Environmental matching: Northern low-temperature areas need to optimize the antifreeze design of the condensation module
Operation and maintenance: Regularly clean the heat exchange module to prevent blockage (affecting water saving efficiency)
Noise control: Optimize the noise reduction device at the inlet and outlet (some models can reach low noise standards)
Equipment schematic diagram
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