Implementation of specialised footwear with advanced parameters produced by resource-efficient co-networking technology using the recycling of co-polymers of EVA (Q82118): Difference between revisions
Jump to navigation
Jump to search
(Removed claim: summary (P836): The project aims at implementing an innovative technology in the world of active cross-linking technologies — ACLT (ACTIVE CROSS-LINKING TECHNOLOGY), which allows the use of post-production waste and the excavation of EVA copolymers in the manufacture of new ecoEVA and ecoPVC.On the basis of new plastics, two innovative products will be implemented in the offer of FAGUM:An internationally innovative technology for active networking was develop...) |
(Created claim: summary (P836): The subject of the project is the implementation of globally innovative active networking technology – ACLT (ACTIVE CROSS-Linking TECHNOLOGY) which allows the use of post-production waste and after-care of EVA copolymeres for the production of new ecoEVA and ecoPVC materials. On the basis of new materials, two innovative products will be implemented to FAGUM’s offer: — super-resistant ecoEVA footwear dedicated to the agri-food industry, – super...) |
||||||||||||||
| Property / summary | |||||||||||||||
The subject of the project is the implementation of globally innovative active networking technology – ACLT (ACTIVE CROSS-Linking TECHNOLOGY) which allows the use of post-production waste and after-care of EVA copolymeres for the production of new ecoEVA and ecoPVC materials. On the basis of new materials, two innovative products will be implemented to FAGUM’s offer: — super-resistant ecoEVA footwear dedicated to the agri-food industry, – super light ecoPVC specialty shoes designed for the construction industry, As a result of the research and development work carried out, an internationally innovative active networking technology using the emulated waste of EVA copolymers was developed. The research was aimed at eliminating the basic technological problems related to the possibility of treating waste of EVA copolymer. The products produced on the basis of innovative technology are characterised by a clear improvement of their properties. As a result of the project, product innovation will be introduced, which will strengthen the company’s competitive position. Special ecoEVA and ecoPVC shoes will be directed to the Polish, Lithuanian and Hungarian markets. SA 42799(2015/X), Article 13, 651/2014 (English) | |||||||||||||||
| Property / summary: The subject of the project is the implementation of globally innovative active networking technology – ACLT (ACTIVE CROSS-Linking TECHNOLOGY) which allows the use of post-production waste and after-care of EVA copolymeres for the production of new ecoEVA and ecoPVC materials. On the basis of new materials, two innovative products will be implemented to FAGUM’s offer: — super-resistant ecoEVA footwear dedicated to the agri-food industry, – super light ecoPVC specialty shoes designed for the construction industry, As a result of the research and development work carried out, an internationally innovative active networking technology using the emulated waste of EVA copolymers was developed. The research was aimed at eliminating the basic technological problems related to the possibility of treating waste of EVA copolymer. The products produced on the basis of innovative technology are characterised by a clear improvement of their properties. As a result of the project, product innovation will be introduced, which will strengthen the company’s competitive position. Special ecoEVA and ecoPVC shoes will be directed to the Polish, Lithuanian and Hungarian markets. SA 42799(2015/X), Article 13, 651/2014 (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The subject of the project is the implementation of globally innovative active networking technology – ACLT (ACTIVE CROSS-Linking TECHNOLOGY) which allows the use of post-production waste and after-care of EVA copolymeres for the production of new ecoEVA and ecoPVC materials. On the basis of new materials, two innovative products will be implemented to FAGUM’s offer: — super-resistant ecoEVA footwear dedicated to the agri-food industry, – super light ecoPVC specialty shoes designed for the construction industry, As a result of the research and development work carried out, an internationally innovative active networking technology using the emulated waste of EVA copolymers was developed. The research was aimed at eliminating the basic technological problems related to the possibility of treating waste of EVA copolymer. The products produced on the basis of innovative technology are characterised by a clear improvement of their properties. As a result of the project, product innovation will be introduced, which will strengthen the company’s competitive position. Special ecoEVA and ecoPVC shoes will be directed to the Polish, Lithuanian and Hungarian markets. SA 42799(2015/X), Article 13, 651/2014 (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
| |||||||||||||||
Revision as of 11:46, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Implementation of specialised footwear with advanced parameters produced by resource-efficient co-networking technology using the recycling of co-polymers of EVA |
Project in Poland financed by DG Regio |
Statements
7,162,500.0 zloty
0 references
11,937,500.0 zloty
0 references
60.0 percent
0 references
1 April 2018
0 references
30 June 2020
0 references
"FAGUM - STOMIL" SPÓŁKA Z OGRANICZONA ODPOWIEDZIALNOSCIA
0 references
Przedmiotem projektu jest wdrożenie innowacyjnej w skali świata technologii aktywnego sieciowania - ACLT (ACTIVE CROSS-LINKING TECHNOLOGY) umożliwiającej wykorzystanie odpadów poprodukcyjnych oraz poeksploatacyjnych kopolimerów EVA przy produkcji nowych tworzyw ecoEVA i ecoPVC. Na bazie nowych tworzyw do oferty FAGUM wdrożone zostaną dwa innowacyjne produkty: - super wytrzymałe obuwia specjalistyczne ecoEVA dedykowane branży rolno-spożywczej, - super lekkie obuwia specjalsityczne ecoPVC przeznaczone dla branży budowlanej, W wyniku przeprowadzonych prac badawczo - rozwojowych opracowana została innowacyjna w skali międzynarodowej technologia aktywnego sieciowania wykorzystująca spulweryzowany odpad kopolimerów EVA. Prace badawcze ukierunkowane były na eliminację podstawowych problemów technologicznych związanych z możliwością przetwarzania odpadów kopolimerów EVA. Wytwarzane na bazie innowacyjnej technologii produkty, charakteryzują się wyraźną poprawą właściwości. W wyniku realizacji projektu wprowadzona zostanie innowacja produktowa, która wzmocni pozycję konkurencyjną firmy. Obuwia specjalistyczne ecoEVA oraz ecoPVC zostaną skierowane na rynek polski, litewski oraz węgierski. SA 42799(2015/X), art. 13 rozp.651/2014 (Polish)
0 references
The subject of the project is the implementation of globally innovative active networking technology – ACLT (ACTIVE CROSS-Linking TECHNOLOGY) which allows the use of post-production waste and after-care of EVA copolymeres for the production of new ecoEVA and ecoPVC materials. On the basis of new materials, two innovative products will be implemented to FAGUM’s offer: — super-resistant ecoEVA footwear dedicated to the agri-food industry, – super light ecoPVC specialty shoes designed for the construction industry, As a result of the research and development work carried out, an internationally innovative active networking technology using the emulated waste of EVA copolymers was developed. The research was aimed at eliminating the basic technological problems related to the possibility of treating waste of EVA copolymer. The products produced on the basis of innovative technology are characterised by a clear improvement of their properties. As a result of the project, product innovation will be introduced, which will strengthen the company’s competitive position. Special ecoEVA and ecoPVC shoes will be directed to the Polish, Lithuanian and Hungarian markets. SA 42799(2015/X), Article 13, 651/2014 (English)
14 October 2020
0 references
Identifiers
POIR.03.02.01-06-0024/17
0 references