Evaporative cooling is a process that has been used throughout history – thousands of years ago. The Arabs hung wet blankets in the entrances to their tents for a cooling effect. The Greeks also practiced a similar method by placing terracotta pots filled with water in their doorways.
Evap air cooler takes advantage of this natural process. Each Breezair cooler contains large cooling pads, which are soaked with water. Hot ambient (outside) air passed through the cooler with a quiet but powerful fan.
When hot air passes through the wet pads, the water absorbs the heat from the hot air as it passes through the wet pads, the water absorbs some of the heat as it evaporates. The cooled and fresh air is distributed into the building.
The natural evaporation method cools the air, while the pads filter out dust, pollen, and other contaminants. This natural method makes the air cooler, cleaner, and, fresher without using any toxic chemicals.
Breezair Industrial Evap Cooler is recognized as a standard for cooling large areas. This Industrial Ducting Cooler can replace traditional A/C system which runs on high capital.
A Breezair system uses up to 87% less energy than regular air conditioning systems. The only consuming components of an evaporative cooler are the fan and a water pump.
Traditional A/C systems rely on recirculating the air inside the building which results in an impure and contaminated air supply in large industries. Evaporative cooling always uses fresh air from outside.
Breezair’s Industrial Ducting Cooler does not use any compressor and do not use any chemical refrigerants to cool the air hence Breezair evaporative coolers are simple to install and even easier to maintain.
Evaporative cooling systems contain no harmful synthetic refrigerants like other cooling refrigerated systems which use potent greenhouse gases like hydrofluorocarbons or chlorofluorocarbons, which deplete the ozone layer.
Evaporative coolers run on water and electricity. The WATERManager TM system senses water quality with a probe that sends a signal back to the electronic module, which then ejects some dirty water and allows fresh water to enter