The evaporative condenser from Qingdao Bingyan Refrigeration Equipment Co., Ltd. is an outstanding example of efficient and energy-saving heat exchange technology. This advanced equipment employs a water film, sprayed onto the outer surface of the heat exchange coil, which evaporates to absorb the heat from the fluid inside the tube, thereby condensing it. Fresh, cool air enters from the lower air inlet, where it interacts with the downward-flowing circulating water from above. This process enables the air to absorb heat and moisture, transforming it into warm, humid air that is then expelled through the top air outlet. The cooled medium enters the coil group from the upper inlet, making multiple passes to ensure thorough heat exchange with the circulating water, before exiting from the lower outlet. Circulating water is drawn from a collection tank at the bottom and pumped to an upper sprinkler pipe group, where it is evenly distributed over the coil group’s outer surface via high flow nozzles. Simultaneously, it engages in heat transfer with both the internal medium and the external air. While a small portion of this water evaporates into the air, the majority falls back into the collection tank for continued recirculation.
Introducing our series of products, designed for seamless transportation and installation – they utilize standard components transported in upper and lower boxes for on-site assembly. Featuring an elliptical heat exchange tube design, these condensers minimize refrigerant usage and allow for a more compact arrangement, significantly reducing cooling air flow resistance. Thanks to its innovative structural design and superior thermal performance, this product boasts a low condensation temperature, water-saving operation, and energy efficiency. Additionally, it operates quietly and without environmental pollution, epitomizing an energy-efficient and eco-friendly solution. Experience the advantages of low noise, reduced environmental impact, and exceptional performance with our cutting-edge evaporative condensers.
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