1. Structure of the Rotary Dehumidifier:
Desiccant Wheel (Rotor): The core component is a large, porous wheel made from a desiccant material (like silica gel or zeolite) that absorbs moisture from the air. The wheel is divided into two sections: the process air section and the reactivation air section.
Air Inlet and Outlet: The device has separate air channels for the process air (the air that needs to be dehumidified) and the reactivation air (air used to regenerate the desiccant).
Blowers/Fans: These move the air through the system, one for the process air and one for the reactivation air.
Heater: Often, a heater is used to warm the reactivation air to regenerate the desiccant material by releasing the absorbed moisture.
2. Process Air Dehumidification:
Air Intake: Moist air from the environment is drawn into the rotary dehumidifier through the process air inlet.
Moisture Absorption: As the moist air passes through the process section of the rotating desiccant wheel, the desiccant material absorbs the moisture from the air, resulting in dry air being discharged from the process air outlet.
Continuous Operation: The wheel rotates slowly (typically 8-12 revolutions per hour), so a different portion of the wheel is constantly in contact with the incoming moist air, allowing continuous dehumidification.

3. Benefits of Choosing Modular Rotary Dehumidifier

1. Offer a high degree of customization to meet unique project needs.
2. Easily modified or expanded as building requirements change.
3. Potential for Energy Savings
4. Improved Indoor Air Quality

   Applications:
   * Industry, Scientific Research, Electric Power Transportation

   * Lithium Battery Industry, Biotechnology Pharmaceutical Industry

   * Chemical, Daily Chemical Industry, Food Beverage Industry

   * Safety Glazing Material Industry, Tyre and Rubber Industry

   * Medical Instrument, Vegetables Frozen, Precise Instrument

   * Wood Goods, Shipbuilding Painting Industry, Kinds of Storage

Lead time

Customization options