Membrane technology is recognized to be unique in many industrial sectors. This technology contributes significantly to sustainable development promoted by the principles of Green Chemistry and Process Intensification Strategy (PI). It hasbecome a successful alternative technology that led to significant benefits concerning the conventional separation techniques,such as ease of processability, flexibility, and small footprints making them the preferred choice in many fields of interest. Inthis overview, the vision for the future development of membrane operations is evidenced and it is based on the improvementof existing membrane processes for specific applications, such as hydrogen production, food sector, and distillation, by usingmembrane reactors, bioreactors, and membrane distillation (MD) processes, respectively. Furthermore, to enhance thesustainability throughout the lifecycle of membrane products, the exploitation of new solvents and biopolymers platforms thathave great potential to replace hazardous solvents or petroleum-based materials for more sustainable membranes in differentgeometries is presented and discussed.
The Status and Perspectives of Sustainable Membrane Materials, Membrane (Bio)reactors, and Membrane Distillation Processes
Francesca Russo;Rosalinda Mazzei;Adele Brunetti;Alessandra Criscuoli;Alberto Figoli
2024
Abstract
Membrane technology is recognized to be unique in many industrial sectors. This technology contributes significantly to sustainable development promoted by the principles of Green Chemistry and Process Intensification Strategy (PI). It hasbecome a successful alternative technology that led to significant benefits concerning the conventional separation techniques,such as ease of processability, flexibility, and small footprints making them the preferred choice in many fields of interest. Inthis overview, the vision for the future development of membrane operations is evidenced and it is based on the improvementof existing membrane processes for specific applications, such as hydrogen production, food sector, and distillation, by usingmembrane reactors, bioreactors, and membrane distillation (MD) processes, respectively. Furthermore, to enhance thesustainability throughout the lifecycle of membrane products, the exploitation of new solvents and biopolymers platforms thathave great potential to replace hazardous solvents or petroleum-based materials for more sustainable membranes in differentgeometries is presented and discussed.File | Dimensione | Formato | |
---|---|---|---|
Russo_Status_2024.pdf
accesso aperto
Tipologia:
Versione Editoriale (PDF)
Licenza:
Creative commons
Dimensione
2.53 MB
Formato
Adobe PDF
|
2.53 MB | Adobe PDF | Visualizza/Apri |
I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.