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Cooling Tower Light Weight, Small Size, Small Footprint, Beautiful And Durable
Oct 10, 2017


Cooling Tower structure With the development of industrial production and the continuous improvement of people's living standards, control of water pollution, rational development and utilization of water resources is imminent. To this end, many units generally use FRP Cooling Towers as an ideal energy efficient equipment, the implementation of internal water closed circuit, improve the recycling rate, effectively reduce the cost of the cost, while people to adjust the surrounding environment temperature and humidity, cleanliness and The effect of noise is converted into reality. FRP Cooling Tower corrosion resistance, high strength, light weight, small size, small footprint, beautiful and durable, and transport, installation and maintenance are more convenient. Which is widely used in various sectors of the national economy, air conditioning, refrigeration, air compressor, heating furnace and condensing process cooling water circulation system is particularly appropriate. Round counter-current FRP Cooling Tower round countercurrent FRP Cooling Tower using counter-current air-heat exchange technology, packing with high-quality modified polychlorinated ethylene plate to spread the area of water; by rotating the water way to achieve uniform water , To enhance the cooling effect.
The use of water as a circulating coolant, from a system to absorb heat from the atmosphere to the atmosphere to reduce the water temperature of the device; the cold is the use of water and air flow contact after the hot and cold exchange to produce steam, steam volatilization heat to heat, Heat transfer and heat transfer and other principles to disperse the industrial or refrigeration air conditioning generated by the waste heat to reduce the water temperature of the evaporative cooling device to ensure the normal operation of the system, the device is generally barrel, hence the name of the Cooling Tower.
FRP Cooling Tower work process: round countercurrent Cooling Tower working process as an example: hot water from the main room through a pump to a certain pressure through the pipeline, horizontal throat, throat throat, the central throat will be circulating water pressure to the Cooling Tower sowing The system, through the sinking of the holes in the water evenly spread on the packing above; dry low value of the air in the role of the fan from the bottom of the wind into the tower, the hot water flows through the surface of the filler when the water Membrane and air for heat exchange, high humidity and high value of the hot from the top of the extraction, cooling water droplets into the bottom basin, the water pipe into the host. Under normal circumstances, into the tower of air, is the temperature of dry low-damp ball air, water and air between the obvious presence of the concentration of water molecules and kinetic energy difference, when the fan is running, the role of static pressure in the tower, Water molecules continue to evaporate into the air, become water vapor molecules, the remaining water molecules will reduce the average kinetic energy, so that the temperature of circulating water.
Cooling Tower is the use of water as a circulating coolant, from a system to absorb heat from the atmosphere to the atmosphere to reduce the water temperature of the device; the cold is the use of water and air flow contact after the cold and heat exchange to produce steam, steam evaporation to take heat to evaporate Heat dissipation, convective heat transfer and radiation heat transfer and other principles to disperse the industrial or refrigeration air conditioning generated by the waste heat to reduce the water temperature of the evaporative cooling device to ensure the normal operation of the system, the device is generally barrel, hence the name of the Cooling Tower.
Cooling Tower is a comprehensive product integrating aerodynamics, thermodynamics, fluid science, chemistry, biochemistry, materials science, static, dynamic structural mechanics, processing technology and other disciplines. Water quality is a multivariable function, and cooling is a multi-factor, multivariate and multi-effect synthesis process.
The Cooling Tower is a water-cooled device in which water is exchanged with the flowing air for exchange of heat, resulting in a drop in water temperature. It is widely used in air-conditioning circulating water systems and industrial circulating water systems. In the case of a certain water treatment, the cooling effect is one of the important properties of the Cooling Tower. When selecting the Cooling Tower, the main consideration is whether the cooling degree, the cooling water volume and the wet bulb temperature are special requirements. It is usually installed in a well ventilated area.
Use Cooling Tower cooling and reuse. Cooling Tower structure: the water to be cooled in the top of the water tower through the pipeline down spray, and the water tower wall with a hair dryer, the air blowing, and the top of a large exhaust fan, the air out of the top of the tower, so that the flow of air, Water cooling. In the spray pipe above and below the twists and turns of the PVC glue to do the hollow plate separated to increase the water droplets of the cooling time. Designed in such a shape that it should be a hyperbolic shape conducive to water and air convection heat transfer.