Increase the innovativeness of the company by expanding the offer of environmentally friendly, biodegradable and compostable cutlery, and disposable vessels (Q123010): Difference between revisions
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(Removed claim: summary (P836): The project consists of implementing technological innovation in the company through the use of WWPC (Wood Plastics Composites) in the manufacture of disposable products in the form of dishes and cutlery and other disposable products. The CCI is characterised by its environmental characteristics (compared to the polystyrene used so far) as it is 100 % of the natural origin. The composite wood and plastic material (WPNC) is not only allocated t...) |
(Created claim: summary (P836): The project involves implementing technological innovation in the company through the use of WPC (Wood Plastics Composites) in the production process for the manufacture of disposable products in the form of dishes and cutlery and other disposable products. WPC is characterised by environmentally friendly features (compared to polystyrene used so far), since it is 100 % of natural origin. Wood-plastic composite (WPC) is classified not only as re...) |
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The project involves implementing technological innovation in the company through the use of WPC (Wood Plastics Composites) in the production process for the manufacture of disposable products in the form of dishes and cutlery and other disposable products. WPC is characterised by environmentally friendly features (compared to polystyrene used so far), since it is 100 % of natural origin. Wood-plastic composite (WPC) is classified not only as renewable materials but also as biodegradable materials – it meets the latest European standards on compostability and biodegradability: EN13432 and EN14995. On the basis of the own tests, it was concluded that the abovementioned production was possible. Highly technologically advanced plastic will provide the appropriate strength properties of the product. The project is based on the latest available technological solutions developed by the applicant. (English) | |||||||||||||||
| Property / summary: The project involves implementing technological innovation in the company through the use of WPC (Wood Plastics Composites) in the production process for the manufacture of disposable products in the form of dishes and cutlery and other disposable products. WPC is characterised by environmentally friendly features (compared to polystyrene used so far), since it is 100 % of natural origin. Wood-plastic composite (WPC) is classified not only as renewable materials but also as biodegradable materials – it meets the latest European standards on compostability and biodegradability: EN13432 and EN14995. On the basis of the own tests, it was concluded that the abovementioned production was possible. Highly technologically advanced plastic will provide the appropriate strength properties of the product. The project is based on the latest available technological solutions developed by the applicant. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The project involves implementing technological innovation in the company through the use of WPC (Wood Plastics Composites) in the production process for the manufacture of disposable products in the form of dishes and cutlery and other disposable products. WPC is characterised by environmentally friendly features (compared to polystyrene used so far), since it is 100 % of natural origin. Wood-plastic composite (WPC) is classified not only as renewable materials but also as biodegradable materials – it meets the latest European standards on compostability and biodegradability: EN13432 and EN14995. On the basis of the own tests, it was concluded that the abovementioned production was possible. Highly technologically advanced plastic will provide the appropriate strength properties of the product. The project is based on the latest available technological solutions developed by the applicant. (English) / qualifier | |||||||||||||||
point in time: 21 October 2020
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Revision as of 07:31, 21 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Increase the innovativeness of the company by expanding the offer of environmentally friendly, biodegradable and compostable cutlery, and disposable vessels |
Project in Poland financed by DG Regio |
Statements
553,698.8 zloty
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1,581,996.59 zloty
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35.0 percent
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18 January 2016
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31 January 2018
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FAMEKS SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ SPÓŁKA KOMANDYTOWA
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49°44'1.3"N, 18°44'24.7"E
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Projekt polega na wdrożeniu technologicznej innowacji w firmie, poprzez wykorzystanie w procesie produkcyjnym tworzywa WPC (Wood Plastics Composites) do wytwarzania wyrobów jednorazowych w postaci naczyń i sztućców oraz innych produktów jednorazowych. Tworzywo WPC charakteryzuje się cechami przyjaznymi dla środowiska naturalnego (w porównaniu z wykorzystywanym dotychczas polistyrenem), gdyż jest w 100% pochodzenia naturalnego. Kompozyt drewno-tworzywo (WPC) zaliczany jest nie tylko do materiałów odnawialnych ale także do materiałów biodegradowalnych - spełnia najnowsze europejskie normy dotyczące kompostowalności oraz biodegradowalności: EN13432 oraz EN14995. Na podstawie badań własnych stwierdzono, że wyżej wymieniona produkcja jest możliwa. Wysoce zaawansowane technologicznie tworzywo zapewni odpowiednie własności wytrzymałościowe produktu. Projekt bazuje na najnowszych dostępnych rozwiązaniach technologicznych opracowanych przez wnioskodawcę. (Polish)
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The project involves implementing technological innovation in the company through the use of WPC (Wood Plastics Composites) in the production process for the manufacture of disposable products in the form of dishes and cutlery and other disposable products. WPC is characterised by environmentally friendly features (compared to polystyrene used so far), since it is 100 % of natural origin. Wood-plastic composite (WPC) is classified not only as renewable materials but also as biodegradable materials – it meets the latest European standards on compostability and biodegradability: EN13432 and EN14995. On the basis of the own tests, it was concluded that the abovementioned production was possible. Highly technologically advanced plastic will provide the appropriate strength properties of the product. The project is based on the latest available technological solutions developed by the applicant. (English)
21 October 2020
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Identifiers
RPSL.03.02.00-24-00DG/16
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