| 1.High heat transfer performance with lower back pressure. Condensation occurs inside the tube, while evaporation occurs outside.Heat transfer performance depends on the wet bulb temperature, which is generally 8-14℃ lower than the dry bulb temperature.Single-stage heat exchange. 2. Water conservation. The circulation water is only 1/5 of the water cooling circulation water, and the water consumption can be saved by more than 30% compared with the water condensing steam system 3. Energy-saving. The circulating water volume of the evaporative condenser is small, with low head, resulting in significantly reduced power consumption of the circulating water pump compared to water-cooled systems, saving 20-40% of electricity. 4. Low shipping costs, small footprint, short installation time, and simple and reliable operation and maintenance. The evaporative condenser system replaces the condenser + cooling tower + circulating water piping network of the water-cooled system. 5. Customizable and designed according to customer needs 6. Low fouling coefficient, small temperature difference at the end, lightweight. 7. Multiple tube materials are available for selection, including brass tubes, stainless steel tubes, and carbon steel tubes. |
