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High-Efficiency Air Cooling Hood CO2 Condenser for Industrial Use
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PRODUCT DESCRIPTIONSENJUN
After the carbon dioxide refrigerant is discharged from the compressor, it enters the condenser coil in the form of a gas with high temperature and high pressure. At this time, the fan drives the air to flow through the air-cooling cover, and the air exchanges heat with the carbon dioxide in the coil. Since the air temperature is lower than the temperature of carbon dioxide, the heat of carbon dioxide is transferred to the air, causing the temperature of carbon dioxide to gradually decrease. During this process, the carbon dioxide gaseous refrigerant will gradually condense into a liquid state, achieving a phase change process from gaseous to liquid, and the heat released will be taken away by the flowing air, thereby achieving the purpose of cooling the refrigerant. The following are common application scenarios;
- 1. Commercial refrigeration field: widely used in refrigerated display cabinets and freezers in supermarkets. The air-cooled hood carbon dioxide condenser can effectively cool the carbon dioxide refrigerant and provide a stable low-temperature environment for refrigeration and freezing of food. Since carbon dioxide refrigerant has good environmental performance, its use in commercial refrigeration equipment can reduce damage to the ozone layer and greenhouse gas emissions. The use of carbon dioxide condensers in these devices helps meet environmental regulations while providing reliable refrigeration performance compared to traditional refrigerants.
- 2. Industrial refrigeration field: It is also used in some industrial production processes that require low-temperature environments, such as quick-freezing production lines in food processing and low-temperature storage in the pharmaceutical industry. The air-cooled hood carbon dioxide condenser can adapt to the large cooling capacity needs of the industrial environment. Its efficient air-cooling heat dissipation method can quickly cool the carbon dioxide refrigerant and ensure the efficient operation of the industrial refrigeration system. In addition, in industrial environments, the relatively compact structure of carbon dioxide condensers can save space, and their maintenance costs are lower than some large water-cooled condensers to a certain extent.