Desiccant/evaporative cooling systems offer an environmentally benign alternative to
conventional vapor compression chillers. A desiccant wheel is the heart of this heat driven …

Adsorption heat storage based on porous adsorbents attracts considerable attention for the
high energy storage density and long storage duration compared to sensible and latent heat …

An AQSOA zeolite based-desiccant wheel is experimentally and numerically investigated in
the present work. The synthetic zeolite AQSOA benefits from a favourable S-shape isotherm …

Desiccant/evaporative cooling systems offer an environmentally friendly alternative to
conventional vapor compression chillers. The desiccant wheel is the heart of this heat-driven …

In this work, a detailed three dimensional model is employed for the quantitative description
of flow and coupled heat and mass transfer in a gas channel coated with porous adsorbent …

Desiccant cooling systems are spreading as a promising technology to reduce the energy
consumption and environmental impact of conventional electric driven vapour compression …

In this paper, a detailed three dimensional mathematical formulation and a simplified one
dimensional model for the numerical simulation of the flow and coupled heat and mass …

The desiccant wheel is a key component in solid-desiccant systems that can be used in non-
conventional building air conditioning systems in order to use renewable energy sources …

This paper focused on the exergy analysis and optimization of a dehumidification desiccant
wheel (DW) system. A two-dimensional unsteady state numerical model was developed for …

Desiccant-based HVAC systems are nowadays a convenient alternative to conventional
systems based on dehumidification by cooling, because they allow the reduction of …