Development of an innovative technology for the recovery of polymer materials in order to produce a film for industrial use. (Q78516): Difference between revisions
Jump to navigation
Jump to search
(Removed claim: summary (P836): The aim of the project is to develop, in the course of the work, a technology for the recovery of polymer plastic material from municipal and agricultural waste in order to obtain regranean of significantly improved physico-chemical properties to serve as a substitute for the original raw material in the industrial film production process (packaging film, scaprfold film used in the construction industry, automotive, marine environment), which...) |
(Created claim: summary (P836): The aim of the project is to develop during R & D a technology for recovery of polymer from municipal and agricultural waste in order to obtain a regranulate with significantly improved physico-chemical properties, used as a substitute for the original raw material in the process of production of film for industrial applications (packaging foil, Scaffold foil used, among others, in the construction, automotive and marine industries), which will...) |
||||||||||||||
| Property / summary | |||||||||||||||
The aim of the project is to develop during R & D a technology for recovery of polymer from municipal and agricultural waste in order to obtain a regranulate with significantly improved physico-chemical properties, used as a substitute for the original raw material in the process of production of film for industrial applications (packaging foil, Scaffold foil used, among others, in the construction, automotive and marine industries), which will be implemented in its own business. The project responds to the market demand for high-quality regranulat and technological niche related to the lack of availability of technology allowing for economically efficient recovery of plastics from municipal waste and agricultural foils – heavily contaminated material and very diverse. Polyolefins used in the production of municipal and agricultural foils have different physico-mechanical properties. Currently, the literal nature and structure of typical pollutants occurring in agricultural and municipal foil waste prevents their simultaneous processing. The use of municipal and agricultural waste recycled film will provide a much more attractive substitute for this type of products with significantly improved properties. The innovative solution resulting from the project will be characterised by a number of utilities not currently available on the market, which stem from the currently diagnosed economic needs of plastic recyclers, i.e.: low availability of high-quality standard waste material with high availability of municipal foil and agricultural foil available (English) | |||||||||||||||
| Property / summary: The aim of the project is to develop during R & D a technology for recovery of polymer from municipal and agricultural waste in order to obtain a regranulate with significantly improved physico-chemical properties, used as a substitute for the original raw material in the process of production of film for industrial applications (packaging foil, Scaffold foil used, among others, in the construction, automotive and marine industries), which will be implemented in its own business. The project responds to the market demand for high-quality regranulat and technological niche related to the lack of availability of technology allowing for economically efficient recovery of plastics from municipal waste and agricultural foils – heavily contaminated material and very diverse. Polyolefins used in the production of municipal and agricultural foils have different physico-mechanical properties. Currently, the literal nature and structure of typical pollutants occurring in agricultural and municipal foil waste prevents their simultaneous processing. The use of municipal and agricultural waste recycled film will provide a much more attractive substitute for this type of products with significantly improved properties. The innovative solution resulting from the project will be characterised by a number of utilities not currently available on the market, which stem from the currently diagnosed economic needs of plastic recyclers, i.e.: low availability of high-quality standard waste material with high availability of municipal foil and agricultural foil available (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The aim of the project is to develop during R & D a technology for recovery of polymer from municipal and agricultural waste in order to obtain a regranulate with significantly improved physico-chemical properties, used as a substitute for the original raw material in the process of production of film for industrial applications (packaging foil, Scaffold foil used, among others, in the construction, automotive and marine industries), which will be implemented in its own business. The project responds to the market demand for high-quality regranulat and technological niche related to the lack of availability of technology allowing for economically efficient recovery of plastics from municipal waste and agricultural foils – heavily contaminated material and very diverse. Polyolefins used in the production of municipal and agricultural foils have different physico-mechanical properties. Currently, the literal nature and structure of typical pollutants occurring in agricultural and municipal foil waste prevents their simultaneous processing. The use of municipal and agricultural waste recycled film will provide a much more attractive substitute for this type of products with significantly improved properties. The innovative solution resulting from the project will be characterised by a number of utilities not currently available on the market, which stem from the currently diagnosed economic needs of plastic recyclers, i.e.: low availability of high-quality standard waste material with high availability of municipal foil and agricultural foil available (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
| |||||||||||||||
Revision as of 12:51, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development of an innovative technology for the recovery of polymer materials in order to produce a film for industrial use. |
Project in Poland financed by DG Regio |
Statements
25,843,680.23 zloty
0 references
45,023,875.0 zloty
0 references
57.4 percent
0 references
1 July 2018
0 references
31 December 2020
0 references
ERG BIERUŃ - FOLIE SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ
0 references
50°5'3.5"N, 19°7'31.1"E
0 references
Celem projektu jest opracowanie w trakcie prac B+R technologii odzysku tworzywa polimerowego z odpadów komunalnych i rolniczych celem uzyskania regranulatu o znacząco ulepszonych właściwościach fizyko-chemicznych, służącego jako zamiennik oryginalnego surowca w procesie produkcji folii do zastosowań przemysłowych (folia opakowaniowa, folia typu scaffold stosowana m.in w przemyśle budowlanym, motoryzacyjnym, morskim), która zostanie następnie wdrożona we własnej działalności gospodarczej znacząco poprawiając poziom innowacyjności ERG Bieruń-Folie Sp. z o.o. dzięki wykorzystaniu rezultatów prac B+R niniejszego projektu. Projekt stanowi odpowiedź na zapotrzebowanie rynkowe na wysokiej jakości regranulat oraz niszy technologicznej związanej z brakiem dostępności technologii pozwalającej na efektywny ekonomicznie odzysk tworzyw sztucznych z odpadów komunalnych i folii rolniczych - materiał mocno zanieczyszczony oraz bardzo zróżnicowany. Poliolefiny wykorzystywane do produkcji folii komunalnych i rolniczych cechują się odmiennymi własnościami fizyko-mechanicznymi. Aktualnie literalnie różny charakter i struktura typowych zanieczyszczeń występujących w odpadach folii rolniczych i komunalnych uniemożliwia ich jednoczesne przetwórstwo. Wykorzystanie do produkcji folii recyklatów odpadów komunalnych i rolniczych, pozwoli uzyskać zdecydowanie atrakcyjniejszy zamiennik tego typu produktów o znacząco ulepszonych właściwościach. Nowatorskie rozwiązanie będące efektem projektu będzie odznaczać się szeregiem użyteczności niedostępnych aktualnie na rynku, które wynikają z diagnozowanych obecnie potrzeb gospodarczych recyklerów tworzyw sztucznych tj. m.in: niska dostępność wysokiej jakości standardowego surowca odpadowego przy jednoczesnej wysokiej dostępności folii komunalnych i folii rolniczych dostępnych (Polish)
0 references
The aim of the project is to develop during R & D a technology for recovery of polymer from municipal and agricultural waste in order to obtain a regranulate with significantly improved physico-chemical properties, used as a substitute for the original raw material in the process of production of film for industrial applications (packaging foil, Scaffold foil used, among others, in the construction, automotive and marine industries), which will be implemented in its own business. The project responds to the market demand for high-quality regranulat and technological niche related to the lack of availability of technology allowing for economically efficient recovery of plastics from municipal waste and agricultural foils – heavily contaminated material and very diverse. Polyolefins used in the production of municipal and agricultural foils have different physico-mechanical properties. Currently, the literal nature and structure of typical pollutants occurring in agricultural and municipal foil waste prevents their simultaneous processing. The use of municipal and agricultural waste recycled film will provide a much more attractive substitute for this type of products with significantly improved properties. The innovative solution resulting from the project will be characterised by a number of utilities not currently available on the market, which stem from the currently diagnosed economic needs of plastic recyclers, i.e.: low availability of high-quality standard waste material with high availability of municipal foil and agricultural foil available (English)
14 October 2020
0 references
Identifiers
POIR.01.01.01-00-0984/17
0 references