Refrigerant Gas

Refrigerant gases

R22 Refrigerant: An Overview

R22 refrigerant (also known as R22 Freon and HCFC-22 Freon) is a chemical that is used to chill your home in air conditioners and heat pumps. R22 refrigerant is a kind of refrigerant that is the primary chemical used by your HVAC system to cool your home. In general, all types of refrigerants circulate through your air conditioner or heat pump, continually absorbing and releasing heat to keep your house cool.


Benefits and Features of R22 Refrigerant

Has a lower impact on the ozone layer

R22 is a hydro chlorofluorohydrocarbon (HCFC). It has one hydrogen atom in its compound, and the halocarbons do not replace all of its hydrogen atoms, as is the case with chlorofluorohydrocarbons (CFCs).

Halocarbons have a significant negative impact on the environment’s ozone layer. Because R22 is an HCFC, it has a lower ozone destruction capacity. R22 has just 5% of the ozone destruction potential of refrigerant R11, which has the highest ozone destruction potential.

Greater water absorption capacity

Higher water absorption R22 has a capacity than R134a. This is especially essential in low-temperature applications since the water in refrigerant R22 has less negative effects on the refrigeration system. In any case, even a trace of water in the refrigeration system is undesirable.

How can I tell whether my air conditioner utilizes R22?

If your air conditioner was installed prior to 2010, it most likely used R22. Check the unit’s nameplate to see what sort of refrigerant is being used. R22 is a widely used refrigerant. Don’t worry if your HVAC system employs R22; you may still use and maintain it normally. When it comes time to replace your system, you’ll need to go with a more ecologically friendly one.

Hydro-fluorocarbon (HFC) refrigerants are used in all modern air conditioners and cooling equipment. The most prevalent is R410A, while others include R134a, R407C, and R407A. These refrigerants chill interior areas just as well as R22, but with no ozone damaging properties and a low Global Warming Potential (GWP).

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