Q3749757 (Q3749757): Difference between revisions
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(Created claim: summary (P836): Textile recycling has become an important development target in Finland and throughout Europe. The ban on landfilling organic waste came into force at the beginning of 2016 and textiles can no longer be landfilled. Unused textile waste is mainly diverted to incineration, which is not in line with the hierarchy of the Waste Act. Several textile recycling projects are underway in Finland, and they also take advantage of the results of projects tha...) |
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Textile recycling has become an important development target in Finland and throughout Europe. The ban on landfilling organic waste came into force at the beginning of 2016 and textiles can no longer be landfilled. Unused textile waste is mainly diverted to incineration, which is not in line with the hierarchy of the Waste Act. Several textile recycling projects are underway in Finland, and they also take advantage of the results of projects that have already been completed. The identification and sorting of textiles is carried out visually and manually for all these projects. This is not a high-quality identification method for industrial recycling and reuse of textiles (e.g. dissolving and re-spinning) as different textile grades are not reliably identified. According to studies, there is one commercial application on the market for the identification and sorting of textiles on an industrial scale. However, this complete equipment solution is expensive and not suitable for SME-scale recycling centres. The objective is to develop a semi-automatic, cost-effective identification and sorting equipment for research and development, with IR analytics enabling reliable identification of different textile grades. This project will build a pilot-scale textile identification and sorting equipment that will provide the necessary equipment solution for SMEs. The project will invest in an IR analyser suitable for textile identification and the necessary electrical, automation and mechanics. The resulting equipment will be scalable to SME-scale recycling centres and will contribute to the recycling and re-use of textile removal and side streams. (English) | |||||||||||||||
| Property / summary: Textile recycling has become an important development target in Finland and throughout Europe. The ban on landfilling organic waste came into force at the beginning of 2016 and textiles can no longer be landfilled. Unused textile waste is mainly diverted to incineration, which is not in line with the hierarchy of the Waste Act. Several textile recycling projects are underway in Finland, and they also take advantage of the results of projects that have already been completed. The identification and sorting of textiles is carried out visually and manually for all these projects. This is not a high-quality identification method for industrial recycling and reuse of textiles (e.g. dissolving and re-spinning) as different textile grades are not reliably identified. According to studies, there is one commercial application on the market for the identification and sorting of textiles on an industrial scale. However, this complete equipment solution is expensive and not suitable for SME-scale recycling centres. The objective is to develop a semi-automatic, cost-effective identification and sorting equipment for research and development, with IR analytics enabling reliable identification of different textile grades. This project will build a pilot-scale textile identification and sorting equipment that will provide the necessary equipment solution for SMEs. The project will invest in an IR analyser suitable for textile identification and the necessary electrical, automation and mechanics. The resulting equipment will be scalable to SME-scale recycling centres and will contribute to the recycling and re-use of textile removal and side streams. (English) / rank | |||||||||||||||
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| Property / summary: Textile recycling has become an important development target in Finland and throughout Europe. The ban on landfilling organic waste came into force at the beginning of 2016 and textiles can no longer be landfilled. Unused textile waste is mainly diverted to incineration, which is not in line with the hierarchy of the Waste Act. Several textile recycling projects are underway in Finland, and they also take advantage of the results of projects that have already been completed. The identification and sorting of textiles is carried out visually and manually for all these projects. This is not a high-quality identification method for industrial recycling and reuse of textiles (e.g. dissolving and re-spinning) as different textile grades are not reliably identified. According to studies, there is one commercial application on the market for the identification and sorting of textiles on an industrial scale. However, this complete equipment solution is expensive and not suitable for SME-scale recycling centres. The objective is to develop a semi-automatic, cost-effective identification and sorting equipment for research and development, with IR analytics enabling reliable identification of different textile grades. This project will build a pilot-scale textile identification and sorting equipment that will provide the necessary equipment solution for SMEs. The project will invest in an IR analyser suitable for textile identification and the necessary electrical, automation and mechanics. The resulting equipment will be scalable to SME-scale recycling centres and will contribute to the recycling and re-use of textile removal and side streams. (English) / qualifier | |||||||||||||||
point in time: 22 November 2021
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Revision as of 22:40, 22 November 2021
Project Q3749757 in France
| Language | Label | Description | Also known as |
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| English | No label defined |
Project Q3749757 in France |
Statements
85,411 Euro
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122,016.0 Euro
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70.0 percent
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1 March 2016
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30 April 2017
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Lahden ammattikorkeakoulu Oy
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60°58'56.21"N, 25°39'14.15"E
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15110
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Tekstiilinkierrätys on noussut tärkeäksi kehittämiskohteeksi Suomessa ja koko Euroopassa. Vuoden 2016 alusta astui voimaan orgaanisten jätteiden kaatopaikkakielto ja tekstiilejä ei enää saa viedä kaatopaikalle. Käyttämätön tekstiilijäte ohjautuu pääasiassa polttoon, mikä ei ole jätelain hierarkian mukaista. Suomessa on meneillään useita tekstiilinkierrätyshankkeita ja niissä myös hyödynnetään jo päättyneiden hankkeiden tuloksia. Tekstiilien tunnistus ja lajittelu tapahtuu kaikissa näissä hankkeissa silmämääräisesti ja manuaalisesti. Tämä ei ole tarpeeksi laadukas tunnistusmenetelmä tekstiilien teolliselle kierrätykselle ja uusiokäytölle (esim. liuotus ja uudelleen kehräys), sillä eri tekstiililaatuja ei tunnisteta tarpeeksi luotettavasti. Selvitysten mukaan markkinoilla on yksi kaupallinen sovellus tekstiilien tunnistukseen ja lajitteluun teollisuusmittakaavassa. Tämä kokonaislaiteratkaisu on kuitenkin kallis eikä sovellu pk-yritysmittakaavan kierrätyskeskuksille. Tavoitteena on kehittää tutkimus- ja kehityskäyttöön puoliautomaattinen kustannustehokas tunnistus- ja lajittelulaitteisto, jonka IR-analytiikka mahdollistaa eri tekstiililaatujen luotettavan tunnistuksen. Tässä hankkeessa rakennetaan pilotmittakaavainen tekstiilien tunnistus- ja lajittelulaitteisto, joka tuo tarvittavan laiteratkaisun pk-yritysten käyttöön. Hankkeessa investoidaan tekstiilien tunnistamiseen soveltuva IR-analysaattori ja siihen tarvittava sähkö, automaatio ja mekaniikka. Tuloksena valmistuva laitteisto on skaalattavissa pk-yritysmittakaavan kierrätyskeskuksiin, ja se edistää tekstiilien poisto- ja sivuvirtojen kierrätystä ja uusiokäyttöä. (Finnish)
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Textile recycling has become an important development target in Finland and throughout Europe. The ban on landfilling organic waste came into force at the beginning of 2016 and textiles can no longer be landfilled. Unused textile waste is mainly diverted to incineration, which is not in line with the hierarchy of the Waste Act. Several textile recycling projects are underway in Finland, and they also take advantage of the results of projects that have already been completed. The identification and sorting of textiles is carried out visually and manually for all these projects. This is not a high-quality identification method for industrial recycling and reuse of textiles (e.g. dissolving and re-spinning) as different textile grades are not reliably identified. According to studies, there is one commercial application on the market for the identification and sorting of textiles on an industrial scale. However, this complete equipment solution is expensive and not suitable for SME-scale recycling centres. The objective is to develop a semi-automatic, cost-effective identification and sorting equipment for research and development, with IR analytics enabling reliable identification of different textile grades. This project will build a pilot-scale textile identification and sorting equipment that will provide the necessary equipment solution for SMEs. The project will invest in an IR analyser suitable for textile identification and the necessary electrical, automation and mechanics. The resulting equipment will be scalable to SME-scale recycling centres and will contribute to the recycling and re-use of textile removal and side streams. (English)
22 November 2021
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