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De-humidification is done in
- a)Adiabatic temperature
- b)Adiabatic saturated temperature
- c)Adiabatic unsaturated temperature
- d)None of the mentioned
Correct answer is option 'B'. Can you explain this answer?
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Verified Answer
De-humidification is done ina)Adiabatic temperatureb)Adiabatic saturat...
Explanation: For de-humidification, there should be no heat addition or heat removal. For that the adiabatic saturation temperature is maintained.
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De-humidification is done ina)Adiabatic temperatureb)Adiabatic saturat...
Adiabatic Saturated Temperature for De-humidification
De-humidification is done in adiabatic saturated temperature conditions. This means that the process occurs at a constant temperature where the air is saturated with moisture.
Importance of Adiabatic Saturated Temperature
- Adiabatic saturated temperature conditions are crucial for de-humidification because they ensure that the air is at its maximum water-holding capacity.
- By operating at adiabatic saturated temperature, the air can effectively release moisture, leading to the removal of humidity from the environment.
- This process is essential for maintaining optimal humidity levels in various applications such as industrial processes, HVAC systems, and storage facilities.
De-humidification Process
- During de-humidification, moist air is brought into contact with a surface or material that is cooler than the dew point temperature.
- As the air cools, it reaches its saturation point, causing moisture to condense and be removed from the air.
- This process is repeated until the desired humidity level is achieved.
Conclusion
De-humidification is best achieved in adiabatic saturated temperature conditions, where the air is saturated with moisture. By operating at this temperature, the air can effectively release moisture, leading to the removal of humidity from the environment. This process is essential for maintaining optimal humidity levels in various applications.
De-humidification is done in adiabatic saturated temperature conditions. This means that the process occurs at a constant temperature where the air is saturated with moisture.
Importance of Adiabatic Saturated Temperature
- Adiabatic saturated temperature conditions are crucial for de-humidification because they ensure that the air is at its maximum water-holding capacity.
- By operating at adiabatic saturated temperature, the air can effectively release moisture, leading to the removal of humidity from the environment.
- This process is essential for maintaining optimal humidity levels in various applications such as industrial processes, HVAC systems, and storage facilities.
De-humidification Process
- During de-humidification, moist air is brought into contact with a surface or material that is cooler than the dew point temperature.
- As the air cools, it reaches its saturation point, causing moisture to condense and be removed from the air.
- This process is repeated until the desired humidity level is achieved.
Conclusion
De-humidification is best achieved in adiabatic saturated temperature conditions, where the air is saturated with moisture. By operating at this temperature, the air can effectively release moisture, leading to the removal of humidity from the environment. This process is essential for maintaining optimal humidity levels in various applications.
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De-humidification is done ina)Adiabatic temperatureb)Adiabatic saturated temperaturec)Adiabatic unsaturated temperatured)None of the mentionedCorrect answer is option 'B'. Can you explain this answer?
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