Best position for a dehumidifying block?

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SUMMARY

The discussion centers on the optimal placement of a manual dehumidifier using Damp Rid in a humid room. It is established that placing the dehumidifier in a high air circulation area, such as in front of a fan, may not be effective, as the airflow could evaporate the condensed water faster than it can be absorbed. Instead, it is recommended to use the dehumidifier in a closed area with limited air exchange for maximum efficiency. Additional suggestions include opening windows for natural ventilation and considering sustainable alternatives for moisture removal.

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  • Understanding of manual dehumidifiers and their operation
  • Knowledge of humidity control techniques
  • Familiarity with air circulation principles
  • Basic concepts of moisture absorption materials like Damp Rid
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  • Research the effectiveness of Damp Rid in various humidity levels
  • Explore sustainable moisture removal techniques for indoor environments
  • Learn about the physics of condensation and evaporation
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This discussion is beneficial for homeowners dealing with humidity issues, DIY enthusiasts exploring moisture control solutions, and individuals interested in sustainable living practices.

DyslexicHobo
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My room is very humid all the time, and has no convenient place for a regular dehumidifier. Instead, I got a manual dehumidifier. All it is is a slitted chamber (for airflow) with a block of Damp Rid. The water condensates on the block of Damp Rid and funnels into a chamber to hold the water.

I'm wondering if it would be better to place this at a place with high air circulation (such as in front of a fan) or somewhere less windy. Will putting the dehumidifier in front of a fan just cause the water to evaporate as quickly as its being condensed? Or will the extra circulation help more water condense on the block?

Thanks :D
 
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I don't think that is what you want. Damp Rid absorbs water. It can absorb only a limited amount of moisture and is intended to removed water from a closed area with little or no air exchange. A dehumidifier will extract several gallons a day from a house, maybe a gallon a day from a single room. That water has to be moved somewhere and absorbing it will not work.
 
Indeed. There is presumably an entropy cost to removing the moisture, therefore you can expect your device to consume something.

In the interests of sustainability, one might consider rerouting the house's cold water supply to pass first through a radiator (placed above a drain). Better still would be a surface designed to radiate condensation heat to the night sky. More practically in your case (one room), just try opening windows (and doors) for a breeze (and maybe add shade awning over the window exterior). Or can you renew your device (the description sounds like it operates by dissolving in condensate) by leaving it out in the sun afterward?
 
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