Q3749958 (Q3749958): Difference between revisions
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(Changed label, description and/or aliases in en: Setting new description) |
(Created claim: summary (P836): The new Waste Act seeks new solutions for recycling textiles as a material. In recent years, Finland has developed serious cellulose dissolution and regeneration processes, which are also suitable for recycling used cotton and viscose textiles. The aim of the project is to assemble and develop a demonstration environment in which unfit cotton-based textiles are first dissolved and then spun into fibres.All new technologies; carbamate (VTT), Bioc...) |
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The new Waste Act seeks new solutions for recycling textiles as a material. In recent years, Finland has developed serious cellulose dissolution and regeneration processes, which are also suitable for recycling used cotton and viscose textiles. The aim of the project is to assemble and develop a demonstration environment in which unfit cotton-based textiles are first dissolved and then spun into fibres.All new technologies; carbamate (VTT), Biocelsol (TTY/VTT) and Ioncell-F (Aalto/HY) are environmentally friendly methods that do not use the sulphur carbon necessary for the production of viscose. The commercialisation of textile recycling technologies requires demonstrations with a scale that makes new fibres, for example, commercial clothing collections. The production of fibres will still take place on a laboratory scale, which will then have to be scaled to a pilot level in order to commercialise the processes. A demonstration platform will be established in the new Bioruukki piloting centre of Espoon Kivenlahti VTT, where new textile fibres are made from recycled textiles by means of a process based on dissolution. The chassis consists of a fibre spinning device and associated pre-treatment and after-treatment equipment. The fibre looping equipment suitable for the demonstrations is transferred from an old viscose fibre factory that has been ordered to dismantle from Valkeakoski. The project will install the necessary equipment in Bioruukki, train driving personnel and implement the equipment. In addition, demonstration runs are carried out.The fibre spinning pilot equipment suitable for demonstrations is available in an old viscose fibre factory that has been ordered to dismantle in Valkeakoski. The aim is to transfer the equipment to the VTT Bioruukki piloting centre in Espoo, Kivenlahti and to use it for the demonstration of the circular economy of textiles. Demonstrations of new recycling methods are key steps for the emergence of new recycling companies. They also provide an opportunity to find alternative technology solutions to address, for example, landfill legislation on organic waste and to implement a prioritisation. In addition to new manufacturing enterprises and related logistics, successful commercialisation of technologies creates significant technology know-how and exports, as well as jobs in all these sectors. (English) | |||||||||||||||
| Property / summary: The new Waste Act seeks new solutions for recycling textiles as a material. In recent years, Finland has developed serious cellulose dissolution and regeneration processes, which are also suitable for recycling used cotton and viscose textiles. The aim of the project is to assemble and develop a demonstration environment in which unfit cotton-based textiles are first dissolved and then spun into fibres.All new technologies; carbamate (VTT), Biocelsol (TTY/VTT) and Ioncell-F (Aalto/HY) are environmentally friendly methods that do not use the sulphur carbon necessary for the production of viscose. The commercialisation of textile recycling technologies requires demonstrations with a scale that makes new fibres, for example, commercial clothing collections. The production of fibres will still take place on a laboratory scale, which will then have to be scaled to a pilot level in order to commercialise the processes. A demonstration platform will be established in the new Bioruukki piloting centre of Espoon Kivenlahti VTT, where new textile fibres are made from recycled textiles by means of a process based on dissolution. The chassis consists of a fibre spinning device and associated pre-treatment and after-treatment equipment. The fibre looping equipment suitable for the demonstrations is transferred from an old viscose fibre factory that has been ordered to dismantle from Valkeakoski. The project will install the necessary equipment in Bioruukki, train driving personnel and implement the equipment. In addition, demonstration runs are carried out.The fibre spinning pilot equipment suitable for demonstrations is available in an old viscose fibre factory that has been ordered to dismantle in Valkeakoski. The aim is to transfer the equipment to the VTT Bioruukki piloting centre in Espoo, Kivenlahti and to use it for the demonstration of the circular economy of textiles. Demonstrations of new recycling methods are key steps for the emergence of new recycling companies. They also provide an opportunity to find alternative technology solutions to address, for example, landfill legislation on organic waste and to implement a prioritisation. In addition to new manufacturing enterprises and related logistics, successful commercialisation of technologies creates significant technology know-how and exports, as well as jobs in all these sectors. (English) / rank | |||||||||||||||
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| Property / summary: The new Waste Act seeks new solutions for recycling textiles as a material. In recent years, Finland has developed serious cellulose dissolution and regeneration processes, which are also suitable for recycling used cotton and viscose textiles. The aim of the project is to assemble and develop a demonstration environment in which unfit cotton-based textiles are first dissolved and then spun into fibres.All new technologies; carbamate (VTT), Biocelsol (TTY/VTT) and Ioncell-F (Aalto/HY) are environmentally friendly methods that do not use the sulphur carbon necessary for the production of viscose. The commercialisation of textile recycling technologies requires demonstrations with a scale that makes new fibres, for example, commercial clothing collections. The production of fibres will still take place on a laboratory scale, which will then have to be scaled to a pilot level in order to commercialise the processes. A demonstration platform will be established in the new Bioruukki piloting centre of Espoon Kivenlahti VTT, where new textile fibres are made from recycled textiles by means of a process based on dissolution. The chassis consists of a fibre spinning device and associated pre-treatment and after-treatment equipment. The fibre looping equipment suitable for the demonstrations is transferred from an old viscose fibre factory that has been ordered to dismantle from Valkeakoski. The project will install the necessary equipment in Bioruukki, train driving personnel and implement the equipment. In addition, demonstration runs are carried out.The fibre spinning pilot equipment suitable for demonstrations is available in an old viscose fibre factory that has been ordered to dismantle in Valkeakoski. The aim is to transfer the equipment to the VTT Bioruukki piloting centre in Espoo, Kivenlahti and to use it for the demonstration of the circular economy of textiles. Demonstrations of new recycling methods are key steps for the emergence of new recycling companies. They also provide an opportunity to find alternative technology solutions to address, for example, landfill legislation on organic waste and to implement a prioritisation. In addition to new manufacturing enterprises and related logistics, successful commercialisation of technologies creates significant technology know-how and exports, as well as jobs in all these sectors. (English) / qualifier | |||||||||||||||
point in time: 22 November 2021
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Revision as of 22:44, 22 November 2021
Project Q3749958 in France
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| English | No label defined |
Project Q3749958 in France |
Statements
420,000 Euro
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600,000.0 Euro
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70.0 percent
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1 August 2016
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31 March 2019
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Teknologian tutkimuskeskus VTT Oy
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Uuden jätelain myötä etsitään uusia ratkaisuja tekstiilien kierrättämiseen materiaalina. Suomessa on viime vuosina kehitetty varteenotettavia selluloosan liuotus ja regenerointiprosesseja, jotka soveltuvat myös käytettyjen puuvilla- ja viskoositekstiilien kierrätykseen. Hankkeen tavoitteena on koota ja kehittää demonstraatioympäristö, jossa huonokuntoiset puuvillapohjaiset tekstiilit ensin liuotetaan ja sen jälkeen kehrätään uudelleen kuiduiksi.Kaikki uudet teknologiat; karbamaatti (VTT), Biocelsol (TTY/VTT) ja Ioncell-F (Aalto/HY) ovat ympäristöystävällisiä menetelmiä, joissa ei käytetä viskoosin valmistuksessa välttämätöntä rikkihiiltä. Tekstiilien kierrätysteknologioiden kaupallistaminen vaatii sellaisia demonstraatioita, joissa mittakaava on niin suuri, että uudesta kuidusta tehdään esim. kaupallisia vaatemallistoja. Kuitujen valmistus tapahtuu vielä laboratorio-mittakaavassa, joka on seuraavaksi skaalattava pilot-tasolle, jotta prosessit voidaan kaupallistaa.Espoon Kivenlahteen VTT:n uuteen Bioruukki-pilotointikeskukseen perustetaan demonstraatioalusta, jossa kiertotekstiileistä valmistetaan liuotukseen perustavalla menetelmällä uusia tekstiilikuituja. Alusta koostuu kuidunkehruulaitteesta ja siihen liittyvistä esi- ja jälkikäsittelylaitteista. Demonstraatioihin sopiva kuidunkehruulaitteisto siirretään Valkeakoskelta purkumääräyksen saaneesta vanhasta viskoosikuitutehtaasta. Projektissa pystytetään tarvittavat laitteistot Bioruukkiin, koulutetaan ajohenkilökunta ja otetaan laitteistot käyttöön. Lisäksi tehdään demonstraatioajoja.Demonstraatioihin sopiva kuidunkehruupilot-laitteisto on olemassa Valkeakoskella purkumääräyksen saaneessa vanhassa viskoosikuitutehtaassa. Tarkoituksena on siirtää laitteisto Espoon Kivenlahteen VTT:n uuteen Bioruukki-pilotointikeskukseen ja hyödyntää sitä tekstiilien kiertotalouden demonstrointiin. Uusien kierrätysmenetelmien demonstraatiot ovat keskeisiä askelia uusien kierrätysalan yritysten synnylle. Lisäksi ne antavat mahdollisuuden löytää vaihtoehtoisia teknologiaratkaisuja vastata mm. orgaanisia jätteitä koskevaan kaatopaikkalainsäädäntöön ja toteuttaa etusijajärjestystä. Uusien tuotannollisten yritysten ja niihin liittyvän logistiikan lisäksi, teknologioiden onnistunut kaupallistaminen luo merkittävää teknologiaosaamista ja -vientiä sekä työpaikkoja kaikille näille aloille. (Finnish)
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The new Waste Act seeks new solutions for recycling textiles as a material. In recent years, Finland has developed serious cellulose dissolution and regeneration processes, which are also suitable for recycling used cotton and viscose textiles. The aim of the project is to assemble and develop a demonstration environment in which unfit cotton-based textiles are first dissolved and then spun into fibres.All new technologies; carbamate (VTT), Biocelsol (TTY/VTT) and Ioncell-F (Aalto/HY) are environmentally friendly methods that do not use the sulphur carbon necessary for the production of viscose. The commercialisation of textile recycling technologies requires demonstrations with a scale that makes new fibres, for example, commercial clothing collections. The production of fibres will still take place on a laboratory scale, which will then have to be scaled to a pilot level in order to commercialise the processes. A demonstration platform will be established in the new Bioruukki piloting centre of Espoon Kivenlahti VTT, where new textile fibres are made from recycled textiles by means of a process based on dissolution. The chassis consists of a fibre spinning device and associated pre-treatment and after-treatment equipment. The fibre looping equipment suitable for the demonstrations is transferred from an old viscose fibre factory that has been ordered to dismantle from Valkeakoski. The project will install the necessary equipment in Bioruukki, train driving personnel and implement the equipment. In addition, demonstration runs are carried out.The fibre spinning pilot equipment suitable for demonstrations is available in an old viscose fibre factory that has been ordered to dismantle in Valkeakoski. The aim is to transfer the equipment to the VTT Bioruukki piloting centre in Espoo, Kivenlahti and to use it for the demonstration of the circular economy of textiles. Demonstrations of new recycling methods are key steps for the emergence of new recycling companies. They also provide an opportunity to find alternative technology solutions to address, for example, landfill legislation on organic waste and to implement a prioritisation. In addition to new manufacturing enterprises and related logistics, successful commercialisation of technologies creates significant technology know-how and exports, as well as jobs in all these sectors. (English)
22 November 2021
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