| 19 Sept. | 11:30 - 13:00 | |||
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| ADVANCED MATERIALS | |||||||
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| INNOVATIVE & SMART TEXTILES | |||||||
| TT.X - Technical Parallel Track Sessions | |||||||
| Advanced Materials and Nanotechnologies for Sustainable and Smart Textiles: Insights from the DONIZETTI Project (MICS - Spoke 3 - PNRR program) 2/2 | |||||||
| Co-organized with CNR-STIIMA | CNR-ISMN - in collaboration with MICS | University of Bergamo Chairs: Giuseppe ROSACE, University of Bergamo | Claudia VINEIS, CNR-STIIMA | Maria Rosaria PLUTINO, CNR-ISMN |
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The DONIZETTI project, developed within Spoke 3 of the PE11 partnership "Made in Italy Circular and Sustainable" (MICS), aims to revolutionize the textile sector by integrating nanotechnologies and advanced materials into sustainable, high-performance manufacturing processes. The initiative is part of a broader strategy to modernize Italian textile production, combining tradition and innovation through interdisciplinary approaches and strong public-private cooperation. These proposed sessions will explore the scientific and technological challenges addressed by the DONIZETTI project, focusing on the development of functional coatings, bio-based and eco-friendly formulations, and circular design strategies enabled by nano-enabled processes. Contributions will highlight how nanostructured coatings and bio-based functionalizing finishes can replace legacy chemistries, in conferring durable water repellency, antibacterial, photo-catalyst and flame retardant activity, UV protection and, more generally, films with barrier effects. |
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| Supported by: | |||||||
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| TT.X.C.1 | Giulia RANDO - CV CNR-ISMN Messina From Nature to Wear: Bio-Based Functional Hybrid Coatings for Future Sustainability and Innovation in Textile Sector |
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| TT.X.C.2 | Giovanna LI PETRI - CV CNR-ISMN Palermo Antibacterial SilverSil Sol-Gel Coating: From Design to Functionalization of Textiles |
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| TT.X.C.3 | Norma MALLEGNI - CV CNR-ICCOM Immobilization of Natural Bioactive Compounds onto Biopolymeric Surfaces |
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| TT.X.C.4 | Mauro CARRARO - CV University of Padova Sustainable Extraction of Nanocellulose from Textile Waste via Deep Eutectic Solvents for Eco-Friendly Leather Processing |
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| Back to Fields & Topics | Back to Plan 19 September | ||







