Ecochillers a Chiller is a Machine that removes heat from one element (water/glycol/air) and deposits into another (ambient air or water). in Comfort or HAVC applications The standard design is a system that cools from 54°F water (water/glycol, or air) to 44° F cooling the water that drives the cooling capacity to different point or air handlers take the Room Heat and deposits the heat into the ambient air.

The function of controlling the temperature in manufacturing and process equipment can be achieved in four ways – 1) a cooling tower that supplies water at 85° F or higher and by using chillers that supply water at 55° F or lower.

A Portable Chiller – is a single pump chiller, can be supplied with either air or water cooled condensers, used to cool one or Several machines, process water flow standard 2.4 gpm/ton, this limits the use of this type of chiller.

A Process packaged Chiller – is a two pump system, one pump for the evaporator, the other for the process, can be supplied with either air cooled or water cooled condensers, no process water flow restrictions this type of chiller can be  expandable as plant cooling load increases.

A Central Chilling System – is where one or more central chillers are connected to a common two pump tank set, stand-by pump (s), can be added, and chillers can be added to the maximum Process Cooling capacity, equal in pumps and water receivors.

A central Cooling Cower System – is where one or more cooling towers are connected to a common two pump tank set, standby pump (s), can be added, and towers can be added to the maximum cooling capacity of pump tank. 

Cooling Towers has a limited low Temperatures according to climate conditions Relative Humidity, Ambient Air, Dew Point and altitude.

An adiabatic cooler is a Closed Circuit Air Forced Cooled Coil (copper tubes and aluminum fins that conducts water, Oil or Glycol inside, its a Circuit Drycooler with Improve Efficiency thanks to the evaporative system) like a Car Radiator Cooler, that incorporates the benefit of water evaporation with Pre-cooling Pads, the Pads is a Cell surface with a small water falling film to humid the pads then Fans Ventilators Forced Ambient Air drive through the Pads, Water evaporates this evaporation take the heat from the air reducing the temperature of the Air and this Air goes trough the Coil or Radiator, the result is Colder Air Below the Ambient Temperature, this help the Cooler to be More Efficient and getting Lower Liquid Temperatures.