Based on the activities reported in the proposal, the first months (M1-M3) of the project, titled: “Sistemi di desalinizzazione solari ibridi ad adsorbimento-eiettore per la produzione di acqua a basso costo (HySoDes_Solar hybrid adsorption-ejector desalination system for low-cost clean water), were devoted to review the current desalination systems, focusing on new solutions in terms of materials and technologies. The Italian and Egyptian partners worked together for a good understanding of the current solution of SAD and ejectors technology, and to review the literature data on sorption materials used in desalination systems.
D1.1 Technical report of state of art review of the current SAD and other desalination systems (M3)
Vincenza Brancato
;Matteo Ametta;Andrea Frazzica;Mohamed Gado;Salvatore Vasta
2025
Abstract
Based on the activities reported in the proposal, the first months (M1-M3) of the project, titled: “Sistemi di desalinizzazione solari ibridi ad adsorbimento-eiettore per la produzione di acqua a basso costo (HySoDes_Solar hybrid adsorption-ejector desalination system for low-cost clean water), were devoted to review the current desalination systems, focusing on new solutions in terms of materials and technologies. The Italian and Egyptian partners worked together for a good understanding of the current solution of SAD and ejectors technology, and to review the literature data on sorption materials used in desalination systems.| File | Dimensione | Formato | |
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D1.1 Technical report of state of art review of the current SAD and other desalination systems_Final.pdf
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