Description

R22 Refrigerant Gas

R22 Data
Class: 2.2
GWP: 1810
ODP: 0.055
Quantity: disposable cylinder 1150/900 without/with pallets

R22 Uses
R22 is one of the most commonly used refrigerants over the past several decades in heating and cooling systems. It was once widely used in air conditioning units in homes and businesses. These applications were phased out under the Montreal Protocol in developed countries in 2020 due to the compound’s ozone depletion potential (ODP) and high global warming potential (GWP), and in developing countries this process will be completed by 2030. R-22 is also used as propellant or versatile intermediate in industrial organofluorine chemistry.

R22 refrigerant gas has long been recognized as a reliable choice for cooling in residential and commercial HVAC systems. Originally introduced as a standard refrigerant, it has been widely used due to its effective cooling capabilities. Although R22 is being phased out under environmental regulations, it remains essential for servicing older systems that were designed for its use.

Transitioning to a new refrigerant can be a challenge; therefore, R22 continues to be necessary for maintaining existing equipment. Its excellent thermodynamic properties ensure optimal cooling performance, making it ideal for air conditioners and heat pumps. While alternatives are available, the familiarity and compatibility of R22 with older units make it a preferred option for many technicians.

Moreover, R22 refrigerant gas is valued for its low-pressure operation, which contributes to improved energy efficiency in cooling systems. Many users have experienced consistent temperature control, leading to enhanced comfort in their homes and workplaces.

It should be noted that R22 is classified as an ozone-depleting substance, so proper handling and disposal are crucial. As the industry moves toward more environmentally friendly refrigerants, R22’s role will gradually diminish. However, for now, it remains a vital part of HVAC maintenance, ensuring that older systems continue to perform effectively.