DEVELOPMENT OF NEW MATERIALS BASED ON BIONANOCOMPOSITES POLYMERIC FROM NATURAL RESOURCES. (Q3185888): Difference between revisions
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(Created claim: summary (P836): THE OBJECTIVE OF NANOCOMPBIOPOL IS TO DEVELOP NEW POLYMERIC NANOCOMPOSITE MATERIALS FROM NATURAL RESOURCES FOR THEIR APPLICABILITY IN THE FOOD PACKAGING AND PACKAGING SECTOR. THE AIM IS TO CONTRIBUTE WITH THIS PROJECT TO THE REPLACEMENT OF THE MATERIALS DERIVED FROM OIL THAT ARE CURRENTLY USED, WITH OTHERS OF BETTER ACCESSIBILITY, BETTER END PROPERTIES (MECHANICS, THERMALS, BARRIER, ETC.) AND EVIDENTLY RECYCLABILITY/BIODEGRADABILITY. Also SEARCH...) |
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DEVELOPMENT OF NEW MATERIALS BASED ON BIONANOCOMPOSITES POLYMERIC FROM NATURAL RESOURCES. | |||
Revision as of 20:52, 12 October 2021
Project Q3185888 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | DEVELOPMENT OF NEW MATERIALS BASED ON BIONANOCOMPOSITES POLYMERIC FROM NATURAL RESOURCES. |
Project Q3185888 in Spain |
Statements
7,111,836.8 Euro
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8,889,796.0 Euro
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80.0 percent
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1 January 2014
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31 December 2016
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UNIVERSIDADE DA CORUÑA
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43°29'4.88"N, 8°13'59.38"W
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15036
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EL OBJETIVO DE NANOCOMPBIOPOL ES EL DESARROLLO DE NUEVOS MATERIALES NANOCOMPUESTOS POLIMERICOS PROCEDENTES DE RECURSOS NATURALES PARA SU APLICABILIDAD EN EL SECTOR DEL ENVASE Y EMBALAJE ALIMENTARIO. SE PRETENDE CONTRIBUIR CON ESTE PROYECTO A LA SUSTITUCION DE LOS MATERIALES DERIVADOS DEL PETROLEO QUE SE UTILIZAN EN LA ACTUALIDAD, POR OTROS DE MEJOR ACCESIBILIDAD, MEJORES PROPIEDADES FINALES (MECANICAS, TERMICAS, DE BARRERA, ETC.) Y EVIDENTEMENTE RECICLABILIDAD/BIODEGRADABILIDAD. SE BUSCA TAMBIEN, HACER PROCESOS DE TRANSFORMACION MAS SOSTENIBLES AMBIENTALMENTE Y CONSEGUIR UNA RAPIDA PUESTA EN EL MERCADO DE ESTOS NUEVOS MATERIALES (FILMES BIONANOPOLIMERICOS)._x000D_ SE OBTENDRAN NANOPARTICULAS DE POLIMEROS, COMO ALMIDONES (PATATA, MAIZ, GUISANTE), POLIHIDROXIALCANOATOS, PHAS (FUNDAMENTALMENTE POLIHIDROXIBUTIRATO-CO-HIDROXIVALERATO, PHBV) Y ACIDO POLILACTICO, PLA. SE AÑADIRAN ESTAS NANOPARTICULAS, EN ALGUNOS CASOS FUNCIONALIZADAS QUIMICAMENTE, A LAS MATRICES DE ESTOS MISMOS MATERIALES PROCEDENTES DE RECURSOS NATURALES Y SE OBTENDRAN FILMES POR EXTRUSION, ESTUDIANDO EL REFUERZO QUE PRODUCEN EN LA MATRIZ (P. EJ. NANOPARTICULAS DE PLA EN MATRIZ DE ALMIDON O NANOPARTICULAS DE PHBV EN MATRIZ DE ALMIDON); TAMBIEN SE ESTUDIARA EL AUTOREFORZADO (P. EJ. NANOPARTICULAS DE ALMIDON EN MATRIZ DE ALMIDON) Y SE EXPLORARA AVANZAR EN EL CONOCIMIENTO DEL NIVEL DE ORGANIZACION DE LAS NANOPARTICULAS EN LAS MATRICES._x000D_ SE ESPERA LLEGAR A SELECCIONAR FILMES DE ESTOS BIONANOCOMPUESTOS REFORZADOS Y AUTOREFORZADOS QUE TENGAN MEJORES PROPIEDADES QUE LOS EXISTENTES, Y SEAN CANDIDATOS A LLEGAR AL MERCADO DE FORMA RAPIDA, ASI COMO AVANZAR EN EL CONOCIMIENTO DE LOS NIVELES DE ORGANIZACION DE LAS NANOPARTICULAS EN LAS MATRICES, LO QUE PROPORCIONARIA MEJORES MATERIALES Y NUEVAS POSIBILIDADES EN CUANTO A SUS APLICACIONES. (Spanish)
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THE OBJECTIVE OF NANOCOMPBIOPOL IS TO DEVELOP NEW POLYMERIC NANOCOMPOSITE MATERIALS FROM NATURAL RESOURCES FOR THEIR APPLICABILITY IN THE FOOD PACKAGING AND PACKAGING SECTOR. THE AIM IS TO CONTRIBUTE WITH THIS PROJECT TO THE REPLACEMENT OF THE MATERIALS DERIVED FROM OIL THAT ARE CURRENTLY USED, WITH OTHERS OF BETTER ACCESSIBILITY, BETTER END PROPERTIES (MECHANICS, THERMALS, BARRIER, ETC.) AND EVIDENTLY RECYCLABILITY/BIODEGRADABILITY. Also SEARCH, PROCESSING MORE SUSTAINABLE TRANSFORMATION PROCESSES AND CONCERNING A SUSTAINABLE TRANSFORMATION PROCESSES IN THE MARKET OF THIS NEW MATERIALS (BIONANOPOLIMERICAL FILMS)._x000D_ Polymeric nanoparticulates, as starches (PATATA, MAIZ, GUISANTE), polyhydroxyalcanoates, PHAS (FUNDAMENTLY polyhydroxybutyrate-CO-hydroxyvalerate, PHBV) AND POLYLACTIC ACIDO, PLA. ADD THESE NANOPARTICULATES, IN SOME CASES CHEMICALLY FUNCTIONALISED, TO THE MATRICES OF THESE SAME MATERIALS FROM NATURAL RESOURCES AND OBTAIN FILMS BY EXTRUSION, STUDYING THE REINFORCEMENT THEY PRODUCE IN THE MATRIX (E.G. PLA NANOPARTICULATES IN STARCH MATRIX OR PHBV NANOPARTICULATES IN STARCH MATRIX); The AUTHOREFORCED (e.g. nanoparticulates of almidon MATRIZ) and explored will be explored in the knowledge of the nanoparticulate oRGANISATION LEVEL in MATRICES._x000D_ Expected to select FILMS from these reinforced and empowered bionanocomposites that have better protections that the existing ones have, and be able to reach the market of fast-forming, as well as advance in the knowledge of nano-particulate nuclei in the MATRICES, which would provide better materials and new possibilities in respect of their applications. (English)
12 October 2021
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Ferrol
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Identifiers
MAT2013-41892-R
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