Industrial chiller
Industrial chiller is a type of compression chiller that is used in industries to provide cooling for industrial and process processes. Its intermediate fluid is generally distilled water or distilled water with ethylene glycol or ethylene propylene. As specified in the definition of industrial chiller, this chiller is also a type of compression chiller and therefore has 4 parts: compressor, condenser, evaporator and expansion valve. From the cooling produced by the industrial chiller in the cooling of industrial equipment and molds such as:
Plastic injection molds
Dehumidification from compressed air
Data center cooling
Clean room temperature control
Oil cooling of grinding machines
Process cooling
It is widely used.
Also, a type of industrial chiller is designed and produced, which is called sub-zero and produces water with a temperature below zero degrees. The most important difference between Elimacool industrial chillers and air conditioning chillers and construction chillers is that industrial chillers are usually used throughout the year, while construction chillers and air conditioners are used only in the warm seasons of the year.
A very important point is that absorption chillers are rarely used in industrial applications. The reason is that if you want to use absorption chillers in industrial processes, the cost of purchase, maintenance and depreciation is very high for operation. In addition, absorption chillers are designed and produced with high cooling capacities and generally lack continuous capacity control due to the structure and functional mechanism of their refrigeration cycle. Therefore, considering these cases, employers and operators of industrial equipment should show less luck for using absorption chillers.
Of course, some kind of absorption chillers are used in the CCHP industrial process. This process is known as the simultaneous production of cold, heat and electricity, and in gas and steam power plants, generally in tropical regions, it is possible to produce cooling by using the heat output from the engines and turbines of the power plant, and in these conditions, only He used an absorption chiller.
The main components of the industrial chiller
