Question
Recovering refrigerant from a system in the vapor phase will minirnize the loss of which of the following? (A) A) oil (B) B) water (C) Q) refrigerant (D) D) non-condensables
Ask by Barker Lewis. in the United States
Feb 03,2025
Real Tutor Solution
Tutor-Verified Answer
Answer
Recovering refrigerant in the vapor phase minimizes the loss of refrigerant itself.
Solution
To determine which option is minimized by recovering refrigerant from a system in the vapor phase, let's analyze each option:
(A) Oil: Recovering refrigerant in the vapor phase does not primarily target oil recovery. Oil is typically mixed with refrigerant in the liquid phase.
(B) Water: Water is not a primary concern when recovering refrigerant, as it is not typically present in significant amounts in the refrigerant system.
(C) Refrigerant: Recovering refrigerant in the vapor phase is specifically aimed at minimizing the loss of refrigerant itself. This method allows for more efficient recovery of the refrigerant, reducing the amount that escapes into the atmosphere.
(D) Non-condensables: Non-condensables (like air) are generally removed from the system, but recovering refrigerant in the vapor phase does not specifically minimize their loss.
Based on this analysis, the correct answer is:
**(C) refrigerant**
Reviewed and approved by the UpStudy tutoring team
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Simplify this solution The Deep Dive
Recovering refrigerant in the vapor phase primarily minimizes the loss of refrigerant itself, ensuring that a larger quantity of the refrigerant is retrieved from the system. This method is effective because vapor recovery helps avoid the entrapment of liquid refrigerant, which can contribute to a significant loss if not managed correctly. Additionally, vapor recovery is crucial for maintaining the system's efficiency and longevity. If too much refrigerant is lost, it can lead to increased pressure on the compressor and ultimately result in system failure or a decrease in cooling performance. By collecting vapor, technicians ensure a more sustainable and cost-effective operation.
