The mist cooling systems force water through nozzles to become fine water droplets that will quickly absorb the heat and evaporate. The apparatus circulates the fog or fine mist throughout the space for the water to warm and evaporate. These systems are often seen in greenhouses and grow rooms. Humid areas will benefit from fog cooling systems. Fog/Mist Cooling Systemsįog and mist systems are interchangeable terms for this approach to cooling. Using adiabatic equipment can minimize the risk of scaling, corrosion, and water-borne bacteria. The water evaporating in the pads chills the air. The warm, dry air is drawn through pre-cooling pads to lower the incoming air’s ambient dry bulb for greater system heat rejection.
Great for hot, dry environments, adiabatic cooling systems also provide dry cooling in a more condensed space and with lower horsepower requirements than traditional evaporative units. Reducing heat by drawing warm air through water-moistened pads, adiabatic cooling systems regulate temperature with reduced water consumption. Insulated Gate Bipolar Transistor (IGBT).In selecting the right cooling system for your needs, consider the type of cooling system and its utility in your industry as well as its capacity, efficiency, and performance. Cooling system designs take into account the heat dissipation of the machines/devices being cooled, the thermal profile of the operating environment, the cooling efficiency, and heat transfer mechanisms to produce a suitable methodology that will maintain the desired temperature ranges for the equipment or structure, driven by limits imposed by safety concerns, industry standards, or equipment reliability.Ĭooling can be accomplished using different processes. Cooling systems are mechanisms that serve to remove heat from machines, processes, or the air, transferring that thermal energy to a liquid cooling fluid via heat exchangers.
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