innovative adsorptive chiller based on 3 hybrid adsorbers. The prototype presents two main innovative features aimed to achieve high values of cooling power density: i) a new architecture, with 3 adsorbers connected to a single evaporator and condenser, that allows to perform an advanced machine's management strategy employing unbalanced durations of the isobaric ads-/desorption steps, ii) hybrid adsorbers realized embedding microporous Silica Gel loose grains into aluminium finned flat tube heat exchangers previously coated with the Mitsubishi AQSOA FAM Z02 sorbent. Water was selected as refrigerant while up to now the machine operates without any mass/heat recovery.

prototipo di climatizzatore ad adsorbimento per applicazioni nautiche con potenzialità frigorifera di 5 kW

prototipo di climatizzatore ad adsorbimento alimentato mediante il recupero dei calori di scarto disponibili a bordo di imbarcazioni

Alessio Sapienza;Valeria Palomba;Andrea Frazzica;Vincenza Brancato;Davide La Rosa;Fabio Costa;Salvatore Vasta;Angelo Freni;
2015

Abstract

prototipo di climatizzatore ad adsorbimento per applicazioni nautiche con potenzialità frigorifera di 5 kW
2015
Istituto di Tecnologie Avanzate per l'Energia - ITAE
innovative adsorptive chiller based on 3 hybrid adsorbers. The prototype presents two main innovative features aimed to achieve high values of cooling power density: i) a new architecture, with 3 adsorbers connected to a single evaporator and condenser, that allows to perform an advanced machine's management strategy employing unbalanced durations of the isobaric ads-/desorption steps, ii) hybrid adsorbers realized embedding microporous Silica Gel loose grains into aluminium finned flat tube heat exchangers previously coated with the Mitsubishi AQSOA FAM Z02 sorbent. Water was selected as refrigerant while up to now the machine operates without any mass/heat recovery.
adsorption
HVAC
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/409030
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