CAL-IN Technology Transfer, L.L.C.
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More advantages, more applications being expanded unlimitedly from various industries to the space. |
| The performance of desiccant type dehumidifier is determined by a desiccant rotor "the heart of the dehumidifier unit". The molecular sieve thype dehumidifiers installed with our rotos allow for super low dew point applications (up to-80degrees D.P. with single rotor). As such, "Dry Save" Desiccant type dehumidifier continues to contribute to humidity control, which is increasingly important across multiple industries, and our superior quality desiccant rotor is scheduled to play an important role in aerospace applications in the early 21st century. |
The desiccant rotor is divided into a process and a reactivation zones by the casing structure and heat resistance air sealing. The rotor is constantly and very slowly rotated at an optimum rotation speed for the condition by a geared motor. High moisture air is drawn into the honeycomb matrix of the rotor through the pre-filter by the process fan. When the air is passing through the honeycomb matrix, moisture in the air is adsorbed and dried air is discharged from the process outlet by the process fan. The rotor adsorbed moisture is rotated into the reactivation zone before it is saturated. Simultaneously, the reactivation air is drawn from the counter side through the pre-filter and is heated and enters the reactivation zone of the rotor and desorbs the moisture adsorbed in the rotor and then is exhausted to the outside by a reactivation fan. This cycle of operation is continuously conducted. |
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Principle of Desiccant Dehumidification |
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Example of application and Air Flow System |
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