DESIGN OF BIO-BASED FUNCTIONAL PACKAGING FOR FOOD SAFETY AND WASTE. (Q2024087): Difference between revisions
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(Removed claim: financed by (P890): Directorate-General for Regional and Urban Policy (Q8361), Removing unnecessary financed by statement) |
(Changed an Item: Change because item Q2500972 was merged with Q252811) |
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| Property / contained in NUTS | Property / contained in NUTS | ||
Revision as of 08:57, 29 December 2020
Project Q2024087 in Italy
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | DESIGN OF BIO-BASED FUNCTIONAL PACKAGING FOR FOOD SAFETY AND WASTE. |
Project Q2024087 in Italy |
Statements
53,319.0 Euro
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71,092.0 Euro
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75.0 percent
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5 November 2018
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7 May 2019
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NICE FILLER S.R.L.
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40°46'22.12"N, 14°47'57.98"E
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IL PROGETTO RIGUARDA L'INCORPORAZIONE DI NUOVI FILLER IN POLIMERI BIODEGRADABILI PER L'OTTENIMENTO DI IMBALLAGGI 'GREEN' IN GRADO DI PRESERVARE LA SANITà DEGLI ALIMENTI E DI ESTENDERNE LA SHELF LIFE. L'OBIETTIVO Ê SPERIMENTARE SOLUZIONI 'BIO BASED', IN GRADO DI ESTENDERE LA DURATA DI CONSERVAZIONE DEGLI ALIMENTI UTILIZZANDO NUOVI FILLER FUNZIONALI, INCORPORATI IN POLIMERI BIODEGRADABILI. IL PROGETTO RIGUARDERà LA FORMULAZIONE E PREPARAZIONE DI MATERIALI COMPOSITI POLIMERICI A BASE DI MATRICI BIODEGRADABILI E/O DA FONTI RINNOVABILI IN CUI VERRANNO INCORPORATI NANOTUBI DI HALLOYSITE, RIEMPITI CON MOLECOLE ATTIVE AD ATTIVITà ANTIMICROBICA. OBIETTIVO DEL PRESENTE PROGETTO Ê QUINDI LA REALIZZAZIONE DI IMBALLAGGI FUNZIONALI A BASE DI MATERIALI POLIMERICI BIODEGRADABILI E NANOTUBI DI HALLOYSITE, QUALI FILLER INTELLIGENTI, IN CUI VERRANNO INCORPORATE MOLECOLE ATTIVE CON ATTIVITà ANTIMICROBICA. LE MOLECOLE SARANNO SELEZIONATE IN BASE ALL'ALIMENTO DA IMBALLARE FRA QUELLE PRESENTI NELLA LIS (Italian)
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THE PROJECT CONCERNS THE INCORPORATION OF NEW FILLERS INTO BIODEGRADABLE POLYMERS TO OBTAIN PACKAGING ‘GREEN’ CAPABLE OF PRESERVING THE HEALTH OF FOOD AND TO EXTEND ITS SHELF LIFE. THE AIM IS TO TEST ORGANIC BASED SOLUTIONS CAPABLE OF EXTENDING THE SHELF LIFE OF FOOD USING NEW FUNCTIONAL FILLERS, WHICH ARE INCORPORATED INTO BIODEGRADABLE POLYMERS. THE PROJECT WILL USE THE FORMULATION AND PREPARATION OF POLYMERIC AND/OR RENEWABLE MATRIX COMPOSITES BASED ON BIODEGRADABLE MATRICES AND/OR RENEWABLE SOURCES IN WHICH HALLOYSITE WILL BE INCORPORATED, FILLED WITH ANTIMICROBIAL ACTIVE MOLECULES. THE PURPOSE OF THIS PROJECT IS, THEREFORE, TO IMPLEMENT FUNCTIONAL PACKAGING BASED ON BIODEGRADABLE AND NANOTUBES, SUCH AS INTELLIGENT FILLERS, IN WHICH ACTIVE MOLECULES WITH ANTIMICROBIAL AGENTS WILL BE INCORPORATED. THE MOLECULES WILL BE SELECTED ON THE BASIS OF THE FOOD TO BE PACKED IN THE LIS (English)
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Identifiers
B63D09000290007
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