Immersion heat exchangers are amazing devices that transfer heat from one medium to another without physical contact between them. A heat exchanger works by immersing it in the fluid that needs to be heated or cooled so that heat is transferred efficiently.
Very efficient and cost-effective, making it a popular choice in a variety of industrial applications. They are most commonly used to heat or cool liquids such as water, oil and chemicals in industrial processes, but can also be used in residential settings.
One of the most significant benefits of using immersion heat exchangers is that they are not in contact with the medium being heated or cooled. This means there is no risk of contamination, making it perfect for the food and pharmaceutical industries.
Another advantage is the compact size and easy installation. They fit easily into tanks or containers, making them ideal for process equipment where space is limited. Additionally, the heat exchanger does not require any additional piping or fittings, which could result in additional installation costs.
One of its areas of expertise is energy efficiency. They transfer heat at a fraction of the cost of conventional heat exchangers. Heat is transferred through the winding process, while heated or cooled fluid is passed directly through the tubes. This process ensures maximum heat exchange and minimum energy loss.
There are many advantages such as energy efficiency, compact size, easy installation and no risk of contamination. They are the perfect solution for heating or cooling liquids in various industrial and residential applications. Using an immersion heat exchanger is not only a smart choice, it is also a cost-effective choice in the long run.
How does an Immersion Heat Exchanger work?
An Immersion Heat Exchanger can be a single plate or a combination of multiple pillow plates that are stacked together and immersed in a vessel containing a liquid.
The media in the plate can then cool or heat the liquid in the vessel. Our immersion heat exchangers can be used for continuous flow or batch processing.
Air Agitation
Agitation can be used to create turbulence on the pillow surface which will greatly increase the heat transfer coefficient of the process. Agitation can be created using a recirculation pump, air jets or agitators.
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