Generally, a large-span concrete frame structure is used, and the tower panel adopts a concrete structure, which is cast as a whole, which has the advantages of good stability, low cost and long service life. The end faces of beams and columns in the tower are designed with a smaller windward section as much as possible. Through reasonable space arrangement, not only the overall strength of the equipment can be ensured, but also the water distribution can be more uniform and the airflow resistance can be effectively reduced. On one side of the tower, a maintenance staircase is set up to the top of the tower to facilitate the normal maintenance and management of the equipment on the top of the tower.

Taking into account the acid circulating water system, the fan is greatly affected by the circulating water vapor when it is working, and the corrosion resistance of the fan directly affects the long-term safe and stable operation of the entire cooling tower. For this reason, we specially require the fan manufacturer to take a series of fluorine-resistant anti-corrosion measures to ensure Fan components have good corrosion resistance. The fan blade is also specially coated with a layer of fluorine-resistant acrylic fiber film on its surface to enhance the fluorine corrosion resistance of the blade. The exposed parts of the fan hub and the fan gear box are made of chlorosulfonated polyethylene anti-corrosion coating to ensure the service life of the gear box. The fan and motor are independently supported, which greatly reduces the vibration of the tower body.