energy/low exergy air conditioning system. The device can realize both dehumidification and sensible cooling of external air, and it is designed for very low pressure drops, drastically reducing the electricity consumption for the driving fans. It is composed by a finned coil heat exchanger, coated with a SAPO-34 zeolite layer, that handles both heat and mass transfer in a single component. During the adsorption a cold water flow at 20 °C circulates through the coil, cooling the air and realizing in a single step a complete air-treatment. Hot water produced with evacuated solar collector is then used to regenerate the zeolite.
Air Cooling and Dehumidification with a zeolite coated heat exchanger regenerated by Solar thermal energy / Gentile, Vincenzo; Simonetti, Marco; Restagno, Fabio. - (2018). (Intervento presentato al convegno 7th International Building Physics Conference 2018 tenutosi a Syracuse (USA) nel 23-26/11/2018) [10.14305/ibpc.2018.ec-1.02].
Air Cooling and Dehumidification with a zeolite coated heat exchanger regenerated by Solar thermal energy
Gentile, Vincenzo;Restagno, Fabio
2018
Abstract
energy/low exergy air conditioning system. The device can realize both dehumidification and sensible cooling of external air, and it is designed for very low pressure drops, drastically reducing the electricity consumption for the driving fans. It is composed by a finned coil heat exchanger, coated with a SAPO-34 zeolite layer, that handles both heat and mass transfer in a single component. During the adsorption a cold water flow at 20 °C circulates through the coil, cooling the air and realizing in a single step a complete air-treatment. Hot water produced with evacuated solar collector is then used to regenerate the zeolite.File | Dimensione | Formato | |
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https://hdl.handle.net/11583/2986314