The evaporative condenser by Qingdao Bingyan Refrigeration Equipment Co., Ltd. is a marvel of efficiency and energy conservation. It utilizes an innovative heat exchange mechanism, where a water film, sprayed onto the outer surface of the heat exchange coil, evaporates to absorb the internal fluid's heat. This allows for efficient condensation of the fluid within the coil. Fresh, dry air enters from the lower air inlet, engaging in a dynamic heat and mass exchange with the circulating water flowing downward from above. This process transforms the air into hot, humid air, which is then expelled through the top air outlet. The cooled medium makes its entrance at the upper inlet of the coil group, embarking on multiple round trips within the coil where it undergoes comprehensive heat exchange with the circulating water before being discharged from the lower outlet. The circulating water is meticulously pumped from the lower collection tank to the upper sprinkler pipe group, ensuring even distribution across the coil group’s outer surface via high-flow nozzles. Simultaneously, it facilitates heat transfer with the internal medium and external air. A minor portion of the water evaporates into the air, while the majority returns to the collection tank to continue the cycle, epitomizing sustainable and efficient cooling technology.
Our series of products from Qingdao Bingyan Refrigeration Equipment Co., Ltd. showcases unparalleled convenience in transportation and installation, thanks to the implementation of transporting standard components from the upper and lower boxes directly to the site for easy assembly. The elliptical design of the heat exchange tube is a game-changer, significantly reducing the refrigerant required and enhancing the compactness of the arrangement to minimize cooling air flow resistance. This product boasts a unique structural form and exceptional thermal performance, delivering benefits such as low condensation temperatures, water-saving operations, reduced energy consumption, low noise levels, and zero environmental pollution. It stands as a paragon of energy efficiency and environmental friendliness, making it the perfect choice for sustainable industrial refrigeration.
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