Stopping of the cooling circuit It is possible that from an eventual situation, such as slowdown in production, a need to pause the cooling towers arises. TORRAVAL recommends the following actions in order to proceed to stop the cooling circuit, for open circuit towers: OPTION 1: Maintaining the water flow Read more…
Evaporative cooling Evaporative cooling uses the same natural principle as the perspiration process in humans in order to lower body temperature. As deposited sweat on skin evaporates and becomes part of the atmosphere, it gets part of the heat energy of the body thus reducing its temperature. The air absorbs Read more…
What is adiabatic refrigeration? Adiabatic cooling uses a simple thermodynamic principle. It takes advantage of the natural tendency of air to capture moisture, through a humidification system. In this way a decrease in air temperature is achieved. At the same time its relative humidity is increased and a cooler air Read more…
Theory and operation of evaporative cooling towers Evaporative cooling towers exploit a simple and natural physical principle, the forced evaporation of a minimum amount of water reduces the temperature of the main water body. Therefore, the cooling towers represent the cooling system most used in civil and industrial applications today. Read more…
Evaporative condenser Evaporative condenser is used in those cases in which the heat of the refrigerant, coming from a refrigeration system, can not be used. This excess heat is eliminated by evaporating the water. This cooling system is based on the same physical principle as the cooling towers. The main Read more…
The evaporation cooling towers exploit a simple and natural physical principle, the forced evaporation of a minimum amount of water reduces the temperature of the main water body. Therefore, cooling towers represent the cooling system most used in civil and industrial applications today. The temperature of the wet bulb in Read more…
Closed circuit cooling towers exploit the same physical principle as their open circuit counterpart to dissipate heat. The forced evaporation of a minimum amount of water reduces the temperature of the main water body. The process fluid to be cooled enters the upper head of a coil, and it constantly Read more…
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