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Desiccant dehumidifiers can operate at lower temperatures as the unit does not need cooled coils. Initial installation costs have limited the acceptance of desiccant dehumidification, worsened by lack of understanding of operational benefits, lack of technology awareness, and company priorities.
One measure of desiccant efficiency is the ratio (or percentage) of water storable in the desiccant relative to the mass of desiccant. Another measure is the residual relative humidity of the air or other fluid being dried. For drying gases, a desiccant's performance can be precisely described by the dew point of the dried product. [1]
30-pint dehumidifier: rooms between 500 to 1,500 square feet. 50-pint dehumidifier: rooms between 1,000 to 2,500 square feet with high humidity. 70-pint dehumidifier: ...
Manufacturers claim 33 degrees Fahrenheit. Humidity levels to 40% RH. More expensive and more labor-intensive than conventional dehumidifiers. Can be an effective structural drying tool. Desiccant dehumidifiers Work on the principle of adsorption. Wet air is attracted to moisture adsorbent material. Operation range is from 10 °F to 90 °F.
The best dehumidifiers reduce humidity and stop musty smells, mold and mildew. Shop expert-recommended dehumidifiers from Honeywell, Frigidaire, Blu-Dri and more. Avoid mold and mildew with these ...
DOAS Diagram. Moisture Removal Efficiency (MRE) is a measure of the energy efficiency of any dehumidification process. Moisture removal efficiency is the water vapor removed from air at a defined inlet air temperature and humidity, divided by the total energy consumed by the dehumidification equipment during the same time period, including all fan and pump energy needed to move air and fluids ...