What is the use of solving the water tower?

The function of the water tower is 1. Thermal power plants generally have cooling towers. After water is heated, high-pressure gas is generated to drive the turbine to generate electricity, and the remaining gas needs to be cooled. Its working principle is as follows: the water on the cooling tower of the power plant is pumped up and evenly dispersed through the water distributor. Generally, the height of a cooling tower is tens of meters, just like a huge chimney, which can suck in air from below and take away heat in the process of air contact with water droplets, thus playing the role of cooling water.

2. The central air conditioner also has the function of cooling tower to cool the circulating liquid.

3. There are also glass fiber reinforced plastic cooling towers, commonly known as cooling towers, cold water towers, cooling towers, glass fiber reinforced plastic towers, water towers and so on. , mainly including square circular cross-flow counter-flow non-packing spray series cooling towers.

Compared with the traditional packing cooling tower, the automatic rotary atomizing cooling tower also has the following incomparable advantages:

1. Because there is no packing, the tower is basically in a hollow state, with small fan resistance and low noise.

2. The efficient water collector produced by our company's patented technology can effectively reduce floating water and save water obviously.

3. The tower adopts streamlined design, with small gap between the fan and the air duct, large air volume, fast wind speed and good cooling effect.

4. The automatic rotary atomizer is made of polymer wear-resistant material, which is corrosion-resistant and has long service life.

5. Modular design is adopted to facilitate transportation, installation and debugging.

6. Non-clogging dimensionless cooling tower is a kind of equipment that uses the contact of hydrated air to dissipate the waste heat generated in industry or refrigeration and air conditioning through evaporation.