The need to consider domestic and industrial waste as innovative resources for new applications, which aim to reduce the impact on the environment and there-fore society, is now an acquired fact that gives even-greater strength to the con-cept of circular economy. The PVCupcycling project changes the applied managerial philosophy within the production chain of the proposing company, thus initiating "the transition from linear management to a circular economy". This project focuses primarily on PVC from electric cables which were previously destined for waste, and for this reason were strongly impacting the environment. However by implementing upcycling the project can create environmentally sustainable products using new production chains. A circular economy system will allow company to directly operate an effective re-cycling policy. Establishing a new “zero waste” impact scheme, in order to recov-er by-products from the production process, thus leading to an increased market price in comparison to their economic value, and by doing so with full respect of the blue and circular economy standards applied to the product. The project won the regional competition of Calabria (EU funds-POR Calabria 14-20 axis I-action 1.2.2) and has received European funding for the “Promotion of Research and Innovation” thanks to the proposal of the following team: R.ED.EL., a media manufacturing company, in collaboration with ENEA, an Ital-ian energy specialist research organization, UNICAL, a chemistry specialist organ-isation based at the University of Calabria, PMopenlab, an innovative eco-design and additive manufacturing start-up. C. Nava is the technical-scientific team man-ager, a sustainability and design innovation research specialist, and the author of this article.

Eco-Innovative Scenarios for Smart Materials. The PVCupcycling Project – Circular Economy and Zero Waste / Nava, Consuelo; Lucanto, Domenico. - 178:(2021), pp. 1458-1467. [10.1007/978-3-030-48279-4_136]

Eco-Innovative Scenarios for Smart Materials. The PVCupcycling Project – Circular Economy and Zero Waste

Nava, Consuelo
;
Lucanto, Domenico
2021-01-01

Abstract

The need to consider domestic and industrial waste as innovative resources for new applications, which aim to reduce the impact on the environment and there-fore society, is now an acquired fact that gives even-greater strength to the con-cept of circular economy. The PVCupcycling project changes the applied managerial philosophy within the production chain of the proposing company, thus initiating "the transition from linear management to a circular economy". This project focuses primarily on PVC from electric cables which were previously destined for waste, and for this reason were strongly impacting the environment. However by implementing upcycling the project can create environmentally sustainable products using new production chains. A circular economy system will allow company to directly operate an effective re-cycling policy. Establishing a new “zero waste” impact scheme, in order to recov-er by-products from the production process, thus leading to an increased market price in comparison to their economic value, and by doing so with full respect of the blue and circular economy standards applied to the product. The project won the regional competition of Calabria (EU funds-POR Calabria 14-20 axis I-action 1.2.2) and has received European funding for the “Promotion of Research and Innovation” thanks to the proposal of the following team: R.ED.EL., a media manufacturing company, in collaboration with ENEA, an Ital-ian energy specialist research organization, UNICAL, a chemistry specialist organ-isation based at the University of Calabria, PMopenlab, an innovative eco-design and additive manufacturing start-up. C. Nava is the technical-scientific team man-ager, a sustainability and design innovation research specialist, and the author of this article.
2021
Inglese
Nava Consuelo, Lucanto Domenico
178
C.Bevilacqua , F.Calabrò , L. Della Spina
Knowledge dinamics and innovation-driven Policies Towards Urban and Regionale Transition
1458
1467
10
978-3-030-48278-7
978-3-030-48279-4
springer
berlino
GERMANIA
Esperti anonimi
upcycling, smart manufacturing, advanced design
Convegno Internazionale New Metropolitan Perspectives. NMP 2020 Il testo riporta i risultati della ricerca competitiva internazionale [RESPONSABILITA' SCIENTIFICA PER PROGETTO EUROPEO _ Fondi Indiretti Fesr] Ricerca Competitiva UE _ Evaluation Committee Horizon 2020 POR Calabria FESR 14-20 Asse I Innovazione e Ricerca Azione 1.2.2 - Proponente: R.ed.el Srl, Unical, ENEA, con PMopenlab srls/ABITalab - Proposta: “PVC UpCycling” - Economia Circolare e Rifiuti Zero con “l’upcycling” degli scarti provenienti dai processi di gestione degli impianti elettrici. Dal “demanufacturing” con il recupero e riciclo del pvc dei cavi elettrici di impianti per l’energia al “remanufacturing” per prodotti a basso impatto ambientale - DURATA: 24 mesi - COSTO DEL PROGETTO: euro 679.204.000 - Cofinanziato dal POR Calabria: euro 365.257,63 - Finanziamento per attività PMopenlab srls/ABITAlab: euro 145.000 Risultati: Fase sperimentale pre-industriale: 3 prototipi in situ su aree testing: Scenario 1. Massetto misto con componenti riciclati + pvc, Scenario 2. Mattonelle per esterni con carica pvc. Scenario 3. Green parking ad alta resilienza (brevettazione in corso) - Accreditamenti: Progetto Premiato come “best practics” per la spesa dei fondi UE al SUD, Relazione sul progetto 28-29 giugno 2019 – Caso selezionato per la Visita del Comitato di Sorveglianza Ministeriale e Commissione UE c/o Azienda R.ed.el e c/o Università Mediterranea di Reggio Calabria; progetto selezionato come caso studio dell'Atlante sui processi circolari in Europa - progetto CRESTING Horizon2020 - Riferimenti attività, risultati, agenda, disseminazione del progetto sulla piattaforma online: www.pvcupcycling.com [disseminazione e esiti pubblicati a livello nazionale e internazionale]
Internazionale
info:eu-repo/semantics/bookPart
Nava, Consuelo; Lucanto, Domenico
2 Contributo in Volume::2.1 Contributo in volume (Capitolo o Saggio)
2
268
Eco-Innovative Scenarios for Smart Materials. The PVCupcycling Project – Circular Economy and Zero Waste / Nava, Consuelo; Lucanto, Domenico. - 178:(2021), pp. 1458-1467. [10.1007/978-3-030-48279-4_136]
reserved
File in questo prodotto:
File Dimensione Formato  
Nava_2021_Knowledge_Eco_editor.pdf

non disponibili

Descrizione: Articolo principale dell'autrice
Tipologia: Versione Editoriale (PDF)
Licenza: Tutti i diritti riservati (All rights reserved)
Dimensione 2.12 MB
Formato Adobe PDF
2.12 MB Adobe PDF   Visualizza/Apri   Richiedi una copia

I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.

Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12318/66063
Citazioni
  • ???jsp.display-item.citation.pmc??? ND
  • Scopus 1
  • ???jsp.display-item.citation.isi??? ND
social impact