Application examples of air-cooled heat exchangers (air fin coolers)

hiTRAN is a technology that intelligently disrupts the flow within a tube, enhancing the performance of heat exchangers "only with the contents"!

CALGAVIN's hiTRAN improves the performance of tubular heat exchangers, whether newly installed or existing! <hiTRAN Thermal Systems> - Heat transfer enhancement elements inserted into the tubes of shell-and-tube heat exchangers - By generating turbulence within the tubes and constantly applying high shear stress, it becomes difficult for boundary layers to form near the tube walls. In short, "It's a technology that smartly disrupts the flow inside the tubes, enhancing the heat exchanger's performance 'just by its content'!" - Increase in tube-side heat transfer coefficient (up to 16 times) - Applicable to single-phase and two-phase flows, including high and low viscosity fluids - Reduction in heat transfer surface area - Reduced maintenance costs due to decreased fouling - Energy savings through reduced energy requirements By utilizing this technology, why not consider improving the performance of air-cooled heat exchangers (air fin coolers)? Strengthening the "tube-side heat transfer," which is a weakness of air-cooled heat exchangers (air fin coolers), with hiTRAN can compensate for external air dependency and capacity shortages, leading to the following benefits: 1. Improvement in thermal performance 2. Reduction in cleaning frequency and downtime 3. Reduction in fan power consumption

Heat exchanger