Heat exchangers are used for transferring heat from one medium to another, usually liquids. One of the fluids is hot and the other is cooler.
Heat exchangers can be used for either heating or cooling liquids; in most industries today, they are used for cooling down fluids.
Why is a heat exchanger used?
Aside from efficiency, energy savings is a big reason why manufacturing plants use heat exchangers. Saving energy is often an expensive problem for factories, and it is one of the reasons why heat exchangers are installed. This device salvages as much heat as possible from waste gases.
In a heat exchanger, the fluids don’t come into contact with each other. In a typical shell and tube heat exchanger, one tube carries the hot fluid and the other carries the cold fluid.
The tubes are contact with each other, and that’s how the heat is transferred. Shell and tube heat exchangers usually have many such tubes running through a large shell.
Heat exchangers have a number of familiar uses in everyday life. Engines in automobiles, ships, and even airplanes use heat exchangers to work in the most effective manner. Refrigerators and air-conditioners also use heat exchangers.
The car radiator is also a kind of heat exchanger, where the water that cools the engine flows through the radiator, while the cold air keeps the water cool, keeping the engine running smoothly.
What is the Klean Wall heat exchanger?
Komax Systems Inc, a leading manufacturer of static mixers and heat exchangers, brings the Klean Wall Heat exchanger, known for working well, outstanding engineering, and functional in all kinds of industries.
Ordinary heat exchangers use the same old conventional technology to work, but the Komax Klean Wall heat exchanger is much more advanced. It has been proven that plants using the Klean Wall heat exchanger have reported created efficiency compared to other heat exchangers.
Benefits of Klean Wall heat exchanger
If you’ve so long used only standard heat exchangers, it’s time to switch to Klean Wall heat exchanger. It can dramatically improve the production process by boosting productivity and saving energy. Not a bad deal!