Cooling

In many types of manufacturing facilities, inside temperatures frequently climb to 80°F or much higher, even when outside air is only around 70°F. The increased heat is caused by heat input, partially from the effect of energy from the sun, and partially from heat generated by various types of equipment. As heat increases, the relative humidity (RH) in the room will decrease.   

Increased heat and reduced humidity can create numerous types of manufacturing problems and create an unhealthy working environment. Introducing moisture into the air can have the effect of substantially reducing air temperatures, depending on ambient RH and air temperature, for far less cost than air conditioning.

Summer Without Humidification



Indoor room temperatures rise when outdoor air is brought in and heated by the energy in sunlight and heat from machines.  When the temperature increases, the relative humidity decreases  in the room. 


When 70°F outdoor air at 50% humidity is heated to 80°F, humidity will drop to around 30% RH. Using a ML high-pressure system adds moisture to the air, maintaining the target RH level and reducing heat to acceptable levels.

Temperature reduction

Summer with humidification



When the humidification unit supplies water to the air in the room the temperature will decrease, because the evaporation of water requires energy. The evaporation energy is
taken from the air, thus cooling it.

Humidification methods and cooling effect

Specifying the Right System