What are the benefits of cooling tower renovation How can cooling towers be retrofitted to save ener

Energy-saving cooling tower is a new type of energy-saving cooling tower, and its skill is a twin-shaft speed-up water turbine. So do you know what are the advantages of energy-saving cooling tower retrofitting? Let's introduce it to you.

1.Energy conservation. The residual pressure of circulating water is used to push the turbine to drive the fan to rotate, which saves the cooling tower equipped with the fan motor, and does not increase the power consumption of the circulating water pump, and saves the electricity cost for the user.

2.High efficiency. The turbine shaft generates kinetic energy to drive the fan directly, without passing through other reducers, and the air volume changes accordingly with the change of water flow, so that the air-water ratio is relatively stable, so as to ensure the cooling function.

3.Low noise. The traditional cooling tower is equipped with a motor and a reducer, which greatly reduces the mechanical noise during the operation of the cooling tower; The motorless cooling tower uses water as the kinetic energy, and the energy conversion is done in the water flow channel, which controls the surge without disturbing noise.

4.Long time of use. The turbine has a well-structured structure and excellent skills, and the design life is more than 20 years.

The main components are made of polymer anti-corrosion materials, the packaging of the rotating part is molded by compression molding, and the rotating part is separated from the water in the water chamber of the turbine to ensure the long-term operation of the turbine under low maintenance rate.

5.Low cost. Low maintenance costs. Replace the motor and reducer with a hydro turbine to avoid the annual maintenance and replacement costs of the motor and reducer of the traditional cooling tower.

Tengjia square counterflow cooling tower.

No electricity is used, which can save maintenance costs. Noise can be reduced.

Benefits of Inzo Cooling Tower Retrofits:

1. Safety: Because there is no electrical equipment on the motorless cooling tower, the leakage and spark phenomenon are eliminated, and it can operate safely in any explosion-proof and anti-static environment.

2. Effect: With the change of seasons, the speed of the hydraulic fan changes with the change of water flow or pressure, and the air volume also changes, so that the air-water ratio of the cooling tower is stabilized in the best state to achieve the best cooling effect.

3. Environmental protection: Because the hydraulic fan eliminates the need for fan motors and reducers, it can greatly reduce the vibration sound of the cooling tower and reduce the pollution to the environment.

In the industrial circulating water system, due to the surplus flow of the pump, or the large difference between the circulating water from the high level to the water outlet of the cooling tower, the water flow back into the cooling tower still has a lot of energy, but it has been wasted! The goal of the turbine cooling tower is to use this energy efficiently for energy-saving retrofits, resulting in considerable economic savings.

The cooling tower uses a water turbine to save electricity, which actually uses the residual pressure of the water pump to do work. Therefore, the success of the energy-saving transformation of the cooling tower, the key depends on the surplus flow and surplus head of the pump in the system, if the pump has no surplus flow and surplus head (i.e., no residual pressure), it can not be energy-saving transformation with the water turbine, but this situation is still extremely rare in real work. In general, the pump system will reduce efficiency due to cavitation, fouling and other reasons in the design, so there is a surplus head to ensure long-term normal operation, which is beyond reproach.

From the standpoint of equipment management, it is natural to repair and maintain the equipment in a timely manner according to the regulations, so that it can always operate efficiently. From this point of view, the surplus head of the pump can be used for the turbine.

Specifically, the hydraulic turbine cooling tower uses the hydraulic turbine instead of the motor as the power of the fan, so that the fan is changed from the original electric drive to hydraulic drive. The technology is to make a bypass on the water pipe entering the cooling tower, and the water flow that originally entered the cooling tower is introduced into the water turbine in the horizontal axial direction through the water inlet pipe, valve and expansion joint, and then the water flow is directed back to the original water distribution pipeline, and the original water distribution (or spray) effect remains unchanged. The hydraulic turbine is installed at the original motor, and the main shaft of the hydraulic turbine is directly connected with the original coupling of the cooling tower, and the fan of the cooling tower is driven by the original transmission shaft and reducer, and the original motor is canceled to save electric energy.

The reverse inlet and outlet pipes are added to the water turbine inlet pipe, which can realize the reversal of the turbine and solve the problem of de-icing in the north. The technology is also suitable for cooling towers with electric motors mounted on the tower outside the tower for more than 500 tonne hours.

The cooling tower is a device that uses water as a circulating coolant to absorb heat from a system and discharge it into the atmosphere to reduce the water temperature. Its cooling is the use of water and air flow after the exchange of cold and heat to produce steam.

Steam volatilization takes away heat to achieve evaporative heat dissipation, convective heat transfer and radiation heat transfer to dissipate the waste heat generated in industry or refrigeration and air conditioning to reduce the water temperature, in order to ensure the normal operation of the system, the device is generally barrel-shaped, so it is called cooling tower.

1. The water on the cooling tower is hit by a high-pressure water pump and passed through the water distributor, and the water is evenly dispersed and falls. Under normal circumstances, the height of the cooling tower is more than ten meters, dozens of meters, like a huge chimney, and there is a large exhaust fan above it, which can pump the air up from below through the rotation of the exhaust fan, and take away the heat in the process of contact between the air and water droplets, so as to play the role of cooling water.

2. There are many places where cooling towers are used: power plants, chemical plants, air conditioners, etc.

According to the application: general air conditioning cooling tower, industrial cooling tower, high temperature cooling tower.

According to the noise level: ordinary cooling tower, low noise cooling tower, ultra-low noise cooling tower, ultra-quiet cooling tower.

Other uses: jet cooling towers, fanless cooling towers, hyperbolic cooling towers. According to the shape of the cooling tower, there are square, round, cross-flow, counter-flow, non-packing spray series cooling towers, etc.

3. The cooling tower used in the school is a cooling tower specially built for air conditioning. Its function is to cool the circulating fluid.

A cooling tower is a device used to reduce the temperature of water, which uses the heat exchange of water and air to achieve evaporative heat dissipation. Cooling towers are mainly used in air conditioning cooling systems, refrigeration series, injection molding, tanning, foaming, power generation, steam turbines, aluminum profile processing, air compressors, industrial water cooling and other fields, and the most widely used are air conditioning cooling, refrigeration, plastic and chemical industries.

The function of the cooling tower is to exchange the cooling water carrying waste heat with the air inside the tower body, so that the waste heat is transmitted to the air and dispersed into the atmosphere.

Hello, dear! A cooling tower is a common industrial device that is mainly used to cool hot water or steam to low temperatures so that it can be used again. It sprays hot water or steam into the tower, and uses the contact between air and water to make the heat lose through water evaporation, so as to achieve the purpose of cooling.

Explanation: The principle usually used in cooling towers is "evaporative cooling", that is, hot water or steam is sprayed into the tower through the spray system, so that the water mist is in full contact with the air, so that the water evaporates, thereby absorbing the heat in the air and reducing the water temperature. The main structure of the cooling tower includes the packing layer, fans, water pumps, sprinkler systems and other parts.

The packing layer is the most important part of the cooling tower, and its role is to increase the water area so that the water mist can come into contact with the air as much as possible, thus improving the evaporation efficiency. Cooling towers are widely used in various fields, such as electric power, chemical, pharmaceutical, steel, paper and other industries. In the power industry, cooling towers are mainly used to cool the cooling water in the generator set to ensure the normal operation of the generator set.

In the chemical industry, cooling towers are mainly used to cool the bucket mass of the furnace chamber of high-temperature reactants in chemical production to control the reaction speed and improve product quality. In the steel industry, cooling towers are mainly used to cool high-temperature slag and flue gas in steel production to ensure the normal operation of steel production. The use of hidden grinding in cooling towers can not only save water resources, but also improve the efficiency of industrial production and product quality, which has important economic and environmental significance.

Summary. The cooling tower is a device used to reduce the temperature of the water, which is mainly used to dissipate the waste heat generated in the industrial or refrigeration air to ensure the operation of the system. It is a device that uses the contact between water and air to evaporate waste heat generated in industrial or refrigerated air1.

Cooling towers are mainly used in air-adjustable cooling systems, refrigeration series, injection molding, tanning, foaming, power generation, steam turbines, aluminum profile processing, air compressors, industrial water cooling and other fields2.

Hello pro is happy to serve you to lower the water temperature.

The cooling tower is a device used to reduce the temperature of the water, and the waste heat generated by the skin is mainly dissipated from the industrial or refrigeration air to ensure the operation of the system. It is a device that uses the contact between water and air to evaporate waste heat generated in industrial or refrigerated air1. Cooling towers are mainly used in air-adjustable cooling systems, refrigeration series, injection molding, tanning, foaming, power generation, steam turbines, free difference aluminum profile processing, air compressors, industrial water cooling and other fields2.

Hello! We're happy to answer for you! A cooling tower is an industrial equipment that is mainly used to reduce the temperature of industrial equipment and control air humidity.

It is widely used in various large-scale systems, such as power plants, food processing plants, petrochemical plants, etc. In industrial systems, internal machines and equipment often generate high temperatures, which can cause serious damage if left to high temperatures for long periods of time. Therefore, the use of cooling towers can transfer the heat generated by the equipment to the water, and then dissipate the heat into the air through water spray, water curtains, etc., so as to achieve the effect of cooling.

Specifically, cooling towers typically use water towers to carry the heat generated by compressors, condensers, evaporators, and other equipment, and transfer it to the outside environment through external or built-in fans or coolant to reduce temperature and infiltration to control humidity. The operation of cooling towers can save energy and resources, extend the life of equipment, improve work efficiency, and at the same time reduce the environmental burden and protect the environment. Therefore, it is an important industrial equipment with important application value.