Cooling tower (English translation: cooling tower) is a type of energy converter whose task is to produce cool water for other industrial machines. A cooling tower is a large heat exchanger between water and air. The main purpose of the cooling tower is to reduce the return water temperature of equipment such as chillers, boilers and metal melting furnaces. This equipment is used by creating an evaporation function in the application of reducing the water temperature to a certain range. The temperature drop of the hot water fluid in the cooling tower has always depended on the climatic conditions of the installation site. This cooling machine uses a liquid like water to absorb excess heat from the machinery and direct it to the environment.
It is interesting to know that the heat received from the industrial components in the internal mechanism of the cooling tower is transferred to the outside by dry air. In other words, the cooling tower is a type of energy exchanger between water and air. What happens inside a cooling tower is a direct and indirect contact between two fluids. This contact and connection between water and air causes heat energy to move and water temperature to decrease.
Why do we use a cooling tower??
The question may arise as to why we use cooling towers. As we know, most industrial and non-industrial equipment heat up after a while in their work cycle. A small percentage of these machines or equipment dissipates the heat generated by the ambient air. Most of these equipments also use circulating water to dispose of their excess heat. The water that has absorbed the heat of these machines will increase in temperature and will be directed to the heat exchangers. On the other hand, the cold water produced from the cooling tower in the converter completely removes this heat energy.
What is a cooling tower or cooling tower?
In a short sentence, the cooling tower should be considered as the source of producing cool water needed in every industry. The cold water produced by this refrigeration source again absorbs the excess energy of the equipment and transfers it to the air. This exchange process is a repetitive cycle that keeps the working temperature of industrial machinery constantly constant. This cooling and refrigeration device can take the heat of chillers, boilers or induction furnaces by constantly providing cold water. Constantly reducing the temperature of machines and absorbing their heat is a big concern in ensuring the stability of the system.
