Higher than a standard level, the humidity provides a suitable environment for the
pathogenic microorganisms to grow and increases energy consumption for cooling …

Energy-efficient alternative cooling technologies are necessary to reduce the sharp rise in
building energy requirements. The currently employed vapor compression air-conditioners …

Solid desiccant dehumidification is a promising alternative to vapor compression-based air-
dehumidification to reduce energy consumption and improve air quality. Desiccant coated …

A comprehensive examination of turbulent Reynolds numbers at regular, converging, and
diverging outlets may be referred to as necessary knowledge for optimizing fluid dynamics in …

The desiccant coated heat exchanger is capable of dealing with sensible load and latent
load of hot and humid air. The heat and moisture transfer coefficients of the desiccant coated …

The enormous energy consumption of space cooling exacerbates the global energy crisis
and the environmental governance burden, in which the latent cooling load for …

To improve the energy exchange abilities, and to enhance indoor air quality, a desiccant-
coated energy exchanger (DCEE) is a capable substitute compared to conventional energy …

Humidity always accompanies human beings' life and industry production. A high humidity
environment not only induces health hazards easily but also aggravates energy …

In the intensive care unit of hospitals, retaining the relative humidity at a comfortable level,
removing air-borne pollutants or microbial bacteria, filtering ambient air, and eradicating the …

To improve indoor air quality, enhance the energy exchange capabilities and minimize the
spread of microbial pollutants, desiccant coated heat exchanger seems a promising …