Square Crossflow Cooling Tower
Square Crossflow Cooling Tower
Square Crossflow Cooling Tower
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  • Square Crossflow Cooling Tower
  • Square Crossflow Cooling Tower
  • Square Crossflow Cooling Tower

Square Crossflow Cooling Tower


With the expansion of industrial production and the continuous improvement of living standards, controlling water pollution and rationally developing and utilizing water resources have become pressing priorities. To this end, many organizations widely adopt fiberglass‑reinforced plastic cooling towers—high‑efficiency, energy‑saving equipment that enables closed-loop internal water circulation, thereby increasing reuse rates, effectively reducing costs, and turning people’s aspirations to regulate ambient temperature, humidity, cleanliness, and noise levels into reality.

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| Product Details

Crew Introduction 
With the expansion of industrial production and the continuous improvement of living standards, controlling water pollution and rationally developing and utilizing water resources have become pressing priorities. To this end, many organizations widely adopt fiberglass-reinforced plastic cooling towers—high‑efficiency, energy‑saving equipment that enables closed-loop internal water circulation, thereby increasing reuse rates, effectively reducing costs, and turning people’s aspirations to regulate ambient temperature, humidity, cleanliness, and noise levels into reality.

The square crossflow FRP cooling tower features air intake on both sides and exhaust at the top, allowing air to pass through the packing on either side of the tower and exchange heat with the hot water. The resulting moist, hot air is then discharged outside the tower.

 

Application areas 
It is widely used in cooling water circulation systems across industries such as petroleum, chemical engineering, metallurgy, and power generation.

 

Unit Features 
1. Space-saving and lightweight structure

2. Energy-saving and power-efficient, with minimal water drift loss.

3. Extremely low operating noise

4. Excellent corrosion resistance

5. Convenient modular configuration (multiple units can be combined to meet various operating conditions)

6. Easy maintenance


Unit parameters

The series of cooling towers can be configured in modular combinations, with adjacent units’ air chambers separated from one another. This design allows for maintenance, inspection, and cleaning operations to be carried out while the towers remain in normal operation. Additionally, during full‑load system operation, some towers can be shut down without affecting overall performance, thereby achieving energy savings. Square‑type crossflow FRP cooling towers are now widely used.

1. Design operating conditions: inlet water temperature 37°C, outlet water temperature 32°C, ambient wet-bulb temperature 28°C, atmospheric pressure 99,400 Pa, and a temperature drop of 5°C.

2. Square crossflow cooling towers are suitable for regions where the average temperature of the coldest month is not lower than –10°C. When operating in extremely low temperatures, consider the risk of freezing in piping and water basins.

3. The hot water temperature of this product shall not exceed 65°C. If the temperature exceeds 65°C, please specify the required water temperature at the time of ordering so that material selection can take it into account.

4. Our company offers professional product customization and selection services, with short lead times, efficient logistics, and direct supply from the manufacturer. (Manufacturer of square crossflow cooling towers: Tel. 18102505973)

Keywords:

Heat exchanger

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