The Evaporative Condenser by Qingdao Bingyan Refrigeration Equipment Co., Ltd. sets a new benchmark in efficient and energy-saving heat exchange solutions. Utilizing a water film sprayed on the heat exchange coil’s outer surface, this innovative system effectively evaporates and absorbs heat from the internal fluid, allowing seamless condensation within the tube. Fresh, dry air enters from the lower inlet, engaging in a complex heat and mass exchange with the descending circulating water. This process transforms the air into warm, moisture-laden air, which is then expelled through the top outlet. The medium that needs cooling enters the coil group from the upper inlet and snakes through multiple loops within the coil group, achieving thorough heat exchange with the circulating water before exiting through the lower outlet. The circulating water, drawn from the lower collection tank, is pumped to the upper sprinkler pipe group and evenly dispersed across the coil group’s outer surface by a high-flow nozzle. This mechanism ensures optimal heat transfer with both the internal medium and the external air. While a small amount of water evaporates into the atmosphere, the majority recirculates back into the collection tank, ready for another cycle of cooling efficiency.
This exceptional series of products from Qingdao Bingyan Refrigeration Equipment Co., Ltd. is designed for utmost convenience and performance. Featuring transportable standard components from the upper and lower boxes, it greatly simplifies on-site assembly, transportation, and installation. The heat exchange tube’s elliptical design minimizes refrigerant usage and allows for a more compact and efficient arrangement, reducing the cooling air’s flow resistance. Thanks to its unique structure and superior thermal performance, this product boasts numerous advantages: low condensation temperature, water-saving operation, energy efficiency, low noise, and zero environmental pollution. Truly, it stands out as an energy-saving and environmentally friendly solution, embodying the future of refrigeration technology.
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