What are the product features of cooling towers? What exactly does a cooling tower consist of?

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It is composed of a frame, a sprinkler system, an exhaust system, a heat dissipation system, etc.

If it is subdivided, the frame is composed of a shell and a bottom water tray, and now most of them are fiberglass, which is durable and low in cost. Good ones have stainless steel.

The sprinkler system consists of a central pipe, a sprinkler pipe, etc.

The exhaust system is mainly a fan, a motor and a reducer. The power-free cooling tower does not have a motor and a reducer, but instead has a water-operated fan, which is very energy-efficient.

The heat dissipation system is mainly the filler, the water flows down from above, passes through the filler, and increases the time of contact with the air. This is how cooling towers cool down.

To add to this, cooling towers need to be matched by water pumps.

The cooling tower is a kind of cooling liquid substance with FRP material as the framework, there are the main pipeline and many branch pipelines for transporting liquids inside, there are many holes on the top of the branch pipes, which can separate the liquid and discharge, and then further expand the heat dissipation area by the FRP corrugated sheet, and generally there is a cooling fan at the upper end of the tower, which accelerates heat dissipation through the flow of air from bottom to top.

Cooling towers are divided into industries. Civil.

Divide it in shape. Rotundity. Square. From the direction of flow of water and air heat exchange, it is divided into counterflow towers and cross-flow towers.

The industrial ones are divided into surface condensers and hybrid condensers.

1. According to the way of contact between air and water, it is divided into: dry and wet and dry wet and wet combining the two: air and water are in direct contact, and its heat exchange efficiency is high, and the water loss is large

Water is in indirect contact with air, its heat exchange efficiency is low, energy consumption is high, and the investment is large.2 According to the ventilation mode: it is divided into natural ventilation and mechanical ventilation.

Natural ventilation: also known as duct type or hyperbolic tower, using the difference between the density of air inside and outside to achieve air flow mechanical ventilation: also known as exhaust type and blast type, 3 according to the flow direction of water and air, counterflow type and cross flow type.

Countercurrent: The wind direction is opposite to the direction of the water.

Cross-current: The wind direction is perpendicular to the water direction.

The function of the cooling tower: to use water as a circulating coolant to absorb heat from a system and discharge it into the atmosphere to reduce the water temperature.

The cooling tower is set aerodynamic.

Thermodynamics, Fluidics, Chemistry, Biochemistry.

It is a comprehensive product of materials science, static and dynamic structural mechanics, processing technology and other disciplines. Water quality is a function of multiple variables, and cooling is a multi-factor, multi-variable and multi-effect synthesis process.

Cooling tower external turbines.

Due to the position of the motor installed outside the cooling tower duct, there is no space limitation, and the diameter, number of pieces, shape and angle of the impeller of the external hydraulic turbine can be enlarged according to the actual situation of the customer, and the torque can be increased to improve the conversion efficiency. The system design of different flow rates and pressures achieves the most perfect transmission conversion ratio, so that the speed of the cooling tower fan is greater than or equal to the speed of the fan driven by the original motor.

The cooling tower is an evaporative heat dissipation device that uses the principles of evaporation heat dissipation, convection heat transfer and radiation heat transfer to reduce the water temperature by using the principles of water and air flow contact to produce cold and heat exchange, and the steam volatilization takes away the heat to achieve evaporative heat dissipation, convection heat transfer and radiation heat transfer, so as to ensure the normal operation of the system. Hope.

Some factories need to cool down products or equipment during the production process, and the cooling methods include water cooling and air cooling, and the water cooling method is to cool it by leaching products or equipment. The cooling process lowers the temperature of the product or set, but at the same time increases the temperature of the water. But the quality of this water has not fundamentally changed, except for the high temperature.

In order to save water, the high-temperature water can be cooled and reused. The cooling tower method is generally used for the cooling of this water. It is to build a higher (generally round) tower, the top of which is a pool, send high-temperature water into the pool, and then sprinkle down from the top of the tower to make it fully contact with the air, the air will take away the heat in the water, and the temperature of the water will be reduced.

This tower-like building is called a cooling tower.

It is mainly used for cooling and heat dissipation of circulating water.