With a non-operating system compressor, recovery equipment must be capable of recovering what percentage of refrigerant?

With a non-operating system compressor, recovery equipment must be capable of recovering what percentage of refrigerant?

• A. 50%
• B. 80%
• C. 100%
• D. 30%

Answer: (B)

In the context of recovering refrigerant from a non-operating system compressor, the correct percentage is 80%. This requirement is rooted in environmental safety regulations and standards set by the EPA. When recovery equipment is utilized, it must be capable of removing a significant portion of the refrigerant from the system to prevent any harmful emissions into the atmosphere. The 80% figure ensures that a sufficient amount of refrigerant is recovered, which minimizes the potential for ozone depletion and helps in the overall management of refrigerants that are often greenhouse gases. Distinct guidelines specify that for non-operating systems, achieving a recovery level of at least 80% is crucial to comply with federal laws regarding refrigerant management. Other percentages, such as 30% or 50%, do not meet the regulatory requirements and would be inadequate from an environmental protection standpoint. While a recovery level of 100% would be ideal, it is not always feasible in practice; however, setting the recovery standard at 80% strikes a balance between efficiency in recovery and real-world operational capabilities. Therefore, the correct choice reflects the necessary compliance with EPA regulations for effective refrigerant management in non-operating systems.

In the context of recovering refrigerant from a non-operating system compressor, the correct percentage is 80%. This requirement is rooted in environmental safety regulations and standards set by the EPA. When recovery equipment is utilized, it must be capable of removing a significant portion of the refrigerant from the system to prevent any harmful emissions into the atmosphere.

The 80% figure ensures that a sufficient amount of refrigerant is recovered, which minimizes the potential for ozone depletion and helps in the overall management of refrigerants that are often greenhouse gases. Distinct guidelines specify that for non-operating systems, achieving a recovery level of at least 80% is crucial to comply with federal laws regarding refrigerant management.

Other percentages, such as 30% or 50%, do not meet the regulatory requirements and would be inadequate from an environmental protection standpoint. While a recovery level of 100% would be ideal, it is not always feasible in practice; however, setting the recovery standard at 80% strikes a balance between efficiency in recovery and real-world operational capabilities. Therefore, the correct choice reflects the necessary compliance with EPA regulations for effective refrigerant management in non-operating systems.