Advantages of volumetric heat exchangers


Advantages of Volumetric Heat Exchangers Volumetric heat exchangers are widely used. They mainly consist of a body, steam coil assembly, steam inlet and outlet, and hot and cold water inlet and outlet. So how to choose a volumetric heat exchanger? Today, let's introduce the selection method of volumetric heat exchangers. Heat exchangers are well understood.

Advantages of Volumetric Heat Exchangers

  Volumetric heat exchangers are widely used heat exchangers. It is mainly composed of the body, steam coil assembly, steam inlet and outlet, and hot and cold water inlet and outlet. So how to choose a volumetric heat exchanger? Today, let's introduce the selection method of volumetric heat exchangers. Everyone understands heat exchangers.

 Volumetric Heat Exchanger

  Introduction to Volumetric Heat Exchanger

  A volumetric heat exchanger mainly consists of the main body, steam coil assembly, steam inlet and outlet, and hot and cold water inlet and outlet. Sprayed on the surface. Alloy layer paint layer, eliminating the original tube box. The steam coil is directly connected through the flange, which has the characteristics of simple and reasonable structure, long service life, good heat exchange effect, and energy saving.

 

  Advantages of Volumetric Heat Exchangers

  1. The temperature drop of the heat medium in the volumetric heat exchanger is large. When steam and water exchange heat, the condensate outlet temperature is about 50℃, and drain outlets need to be set at the top and bottom of the return water pipe for convenient use and maintenance. When water-water exchanges heat, the temperature drop is 2-2.5 times that of similar heat exchangers. High-temperature hot water of 120-150℃ can be reduced to 70-75℃ after heat exchange.

  2. The volumetric heat exchanger has good heat exchange effect, good heat dissipation effect, small heat dissipation loss, and energy saving. At the same time, when steam is used as the heat medium, about 15% of the condensate heat can be recovered, accounting for the total heat exchange.

  3. Small cold water area and high volume utilization rate.

  4. Maintain the advantages of large water storage, low head loss, stable water supply, and easy descaling for volumetric heat exchangers.