How can plate heat exchangers be used at home, businesses and industries?
You can learn more about heat exchangers at exodraft-waermerueckgewinnung.de Currently, there are two types- a Brazed Plate Heat Exchanger and a Gasket Plate Heat Exchanger.
The most common applications can be found below:
HVAC. HVACs, or heating, ventilation and cooling systems typically have gasket-type heat exchangers in cooling towers, boilers, central plant systems and chillers. In a sense, plate heat exchangers are also used to recover heat and reduce the time and energy it takes to cool air, for example.
District Cooling or Heating. Plate exchangers are installed in connecting buildings or in district cooling and heating networks, distributing the cold or hot as needed. The plates are added between the district network and central plant circuit. As heat and cold get passed around, a meter measures the daily consumption.
Manufacturing and Industry. A lot of plants and production facilities use a plate heat exchanger for waste heat recovery and pasteurization, among others Mehr info hier: For instance, a block may cool down a beverage before bottling and distribution to the public. The liquid passes through a plate exchanger, thereby cooling to acceptable temperatures.
Heat Pumps. Heat pumps employ a brazed plate to connect the loops. It’s most often used in water sources, and as evaporator or condenser for coils and refrigerants within water loops.
Chillers. Air cooled chillers have begun using brazed plate exchangers in order to be more efficient. Depending on cooling load, different-sized plates may be installed.
Calorifiers. Heat exchange systems can also be seen in calorifiers. Mehr info über wärmerückgewinnung hier: Hot tanks can be indirectly connected within heating circuits and brazed heat exchangers. The two materials are effectively separated and yet the machine can provide instantaneous hot water via tap or a storage vessel, depending on the demand or need.
