Parametric Analysis of a Universal Isotherm Model to Tailor Characteristics of Solid Desiccants for Dehumidification

Cooling has a significant share in energy consumption, especially hot tropical regions. The conventional mechanical vapor compression (MVC) cycle, widely used for air-conditioning needs, high consumption as air is cooled down to dew point remove the moisture. Decoupling latent cooling load through dehumidification from sensible can significantly improve requirement applications. Solid desiccants have shown safe and reliable operation against liquid desiccants, several configurations of solid dehumidifiers are studied their performance. However, characteristics critical performance overall dehumidifier. properties every desiccant depend upon its porous adsorbing surface characteristics. Hence, it an optimum certain humid conditions. Therefore, better specific region, must best performance, according humidity range that region. In this article, theoretical methodology been discussed help industry chemists understand structural adsorbent surfaces needed tune material particular value before synthesis.