What is the function of eliminators within an evaporative condenser?

What is the function of eliminators within an evaporative condenser?

• A. Increase moisture carry over
• B. Prevent moisture carry over
• C. Enhance heat transfer
• D. Control pressure levels

Answer: (B)

The function of eliminators within an evaporative condenser is to prevent moisture carryover. Eliminators are designed to remove water droplets from the airstream that exits the condenser. This is crucial for maintaining system efficiency and ensuring that only the vapor, rather than water, is discharged into the environment. By effectively capturing and returning droplets to the condenser, eliminators help maintain the proper operation of the system and prevent water waste, which could lead to damage or reduced performance of downstream equipment. The role of eliminators is vital because, without them, moisture could carry over into the air discharge, potentially harming sensitive components or leading to issues with the system's efficiency. This focus on preventing moisture carryover not only improves the mechanical integrity of the system but also optimizes the thermal efficiency by keeping the air dry, allowing for better heat exchange conditions.

The function of eliminators within an evaporative condenser is to prevent moisture carryover. Eliminators are designed to remove water droplets from the airstream that exits the condenser. This is crucial for maintaining system efficiency and ensuring that only the vapor, rather than water, is discharged into the environment. By effectively capturing and returning droplets to the condenser, eliminators help maintain the proper operation of the system and prevent water waste, which could lead to damage or reduced performance of downstream equipment.

The role of eliminators is vital because, without them, moisture could carry over into the air discharge, potentially harming sensitive components or leading to issues with the system's efficiency. This focus on preventing moisture carryover not only improves the mechanical integrity of the system but also optimizes the thermal efficiency by keeping the air dry, allowing for better heat exchange conditions.