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Industrial chillers are used in a variety of industries to cool and maintain temperatures for a variety of processes. Optimizing the performance of these chillers is essential to maximize efficiency, improve cooling capacity, and reduce energy costs. By using a utility-based optimization system, you can ensure that your industrial chiller is running at its peak performance.
The chiller is designed with a screw compressor as the main engine. The screw chiller technology in the industry is mature, and it is widely used in chemical, pharmaceutical, food, refrigeration, engineering construction, etc., with a typical cooling capacity range of 700 to 1000kW.
There are four universal wheels at the bottom of the air-cooled chiller, which can be moved easily and reduce the floor space. The water-cooled chiller needs to be connected to a cooling tower before it can be used. Therefore, the water-cooled chiller occupies a large area and needs to provide a machine room, and water-cooled chillers must be placed indoors.
Typically, a water cooled Chiller contains a refrigerant which is condensed by a circulating condenser water that had been cooled in a cooling tower. Depending on the entering temperature of the water and the flow rate, the condensing temperature of the refrigerant can be altered such that the water cooled Chiller operates at a particular Temperature. This makes a water cooled chiller highly efficient.
Chillers have various applications for all types of industries. For example, they are used for medical applications such as radiotherapy, PET scans, laboratory operations, and even blood bank refrigeration. In addition, MRI chillers and CT chillers are used frequently in the healthcare sector.