Question
What is the primary water source for a water cooled recovery unit's condensing coil? (A) A) De-ionized water (B) B) Local municipal water supply (C) C) Condenser water (D) D) Chilled water from the evaporator
Ask by Bush Bowman. in the United States
Feb 03,2025
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Tutor-Verified Answer
Answer
The primary water source for a water-cooled recovery unit's condensing coil is **condenser water**.
Solution
The primary water source for a water-cooled recovery unit's condensing coil is **(C) Condenser water**.
**Explanation:**
In a water-cooled recovery unit, the condensing coil requires a continuous supply of water to effectively remove heat from the refrigerant. This water is specifically designated as **condenser water**, which typically circulates through a cooling tower system to absorb and carry away the heat. Unlike municipal water, which is general-purpose and may contain impurities, condenser water is managed to maintain optimal performance and efficiency of the condensing coil.
- **(A) De-ionized water**: Generally used in applications where mineral-free water is necessary, but not typically the primary source for condensing coils.
- **(B) Local municipal water supply**: While it could be used, it's not specifically tailored for condenser needs and may require treatment.
- **(D) Chilled water from the evaporator**: This refers to the water used in the evaporative side of the system, not the condensing side.
Therefore, **Condenser water** is the most accurate and appropriate primary water source for the condensing coil in a water-cooled recovery unit.
**Answer:**
**C) Condenser water**
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In a water-cooled recovery unit, the primary water source for the condensing coil is typically the local municipal water supply. This is because municipal systems provide a steady flow of water at a controlled temperature, ensuring efficient heat exchange and proper cooling performance. However, some systems may also utilize condenser water, which is circulated from a cooling tower or another type of cooling system specifically designed for heat exchange. This option can be more efficient in large facilities where water use needs to be optimal, reducing overall costs while maintaining effective cooling.
