vapour compression refrigereation
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We have extensive experience in developing and bringing to market engineered products that rely on vapor compression refrigeration cycles.
Examples of such engineered machines are commercial refrigerator and freezers as well as commercial heat pumps. Using refrigerants such as R290, R134a, R454B and R513a using both reciprocating and scroll compressors. We also have experience working on more advanced refrigeration circuits utilizing vapor injection and desuper heaters.
In developing and engineering larger rooftop HVAC units often engineers can rely on standards, tables, software or any other common tool to help them with the development.
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However, in developing smaller units that make up a niche, such as commercial refrigerators, an engineer has to rely on fundamentals of refrigeration cycles and a lot of experiments in the lab since there aren't as many tools or guidelines available.
Compressors are perhaps the most important component in a refrigeration cycle. Because not only they dictate the type of refrigerant(s) that can be used, they define the limitations of the product being developed.
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Analyzing and comparing different compressor brands and technologies along with the limitations that go hand in hand with the refrigerant being used, is a fundamental part of developing any product that relies on a vapor compression refrigeration cycle.
