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How Heat Exchanger Works and Its Uses




One of the costliest concerns for factories is saving energy and it is one of the reasons why they usually install modern devices called the heat exchanger to save as much heat as possible from the by-product of gas. Heat exchangers have offered a lot of other important uses as well. The most common applications of a heat exchanger include ships, planes, and engines in automobiles. Moreover, the equipment is also beneficial for gas boilers as well as for air-conditioners and refrigerators in your home. While you are not aware of them, they use heat exchangers as well.



If you have a gas central heating furnace or a boiler that you use in heating water in different rooms in your house, then a heat exchanger is very useful. It operates by burning natural gas which makes a line or grid of hot gas jets. Every time the water pumps via the pipe, it absorbs the heat energy as it heats up the entire system. This process captures the entire purpose of the heat exchanger. It heats up the water while cooling down the gas jet.



Moreover, the heat exchanger works by allowing heat from a gas to pass to a second fluid without mixing up the fluids together or coming into direct contact with each other. The basic principle of the machine is transferring the heat without transforming the fluid that creates the heat.



When it comes to its uses, you can see exchangers in different locations. Apart from air conditioners and refrigerators, they are also used in heating systems used in buildings, apartments, and other residential units. The cooling fluid is fully sealed inside a series of pipes, so it does not come in contact with the air. While it converts the energy from the air it heats, it does not combine with it directly.

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