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AC & REFRIGERATION
MIST PRE-COOLING -
DRY COOLING TOWER
MIST PRE-COOLING -
TURBINE & OTHER
MIST PRE-COOLING
More About Mist / Fog Cooling & Why It is So
Efficient?

Quick Facts:
- 1 gallon of water has an enormous amount of cooling potential (approximately 8000 BTUs).
- The more efficiently you can evaporate the water, the more it's full cooling potential is realized
- Surface area is the key to efficient evaporation - the greater the surface area the quicker water evaporates.
- SMARTMIST™ systems can give 1 gallon of water a surface area greater than a soccer field.
- Because of this, we can easily achieve up to a 30 degree or higher drop in temperature when it is needed most, even in humid climates.
- The SMARTMIST™'s start up, maintenance, and energy costs are extremely low compared to any other methods of pre-cooling
Commercial Misting or fogging as some people call it, is the atomization of water droplets to a size that can evaporate quickly. This is achieved by forcing water through a specially designed mist nozzle at a pressure that can create a fog of ultra fine water droplets (as little as 5 microns). These tiny water droplets quickly absorb the energy (heat) present in the environment and evaporate, becoming water vapor (gas). The energy (heat) used to change the water to a gas is eliminated from the environment, hence the air is cooled. SMARTMIST™ is exponentially more efficient then other means of evaporative pre-cooling because of the rate at which it can evaporate water and use the 8000 BTUs of cooling potential per gallon of water.
Imagine that 1 gallon of water, atomized through our
SMARTMIST™ high pressure mist system, has a total surface area
larger than a soccer field and you will quickly realize how efficiently we
can evaporate that gallon of water. Compare this to the limits
of an evaporative pad system, with only a fraction of the surface area. This
is why mist pre-cooling systems can be used in higher humidity climates then
evaporative pad systems.
The other big advantage of SMARTMISTT mist pre-cooling is that it takes very little energy or water to achieve a dramatic drop in temperature of up to 50°F depending on ambient temperature & humidity.. Approximate costs per 400,000 BTUs of Cooling = about $0.50/hr for both electric and water.


