Lenzing AG
Lenzing forces reformation of the textile value chain
EQS-News: Lenzing AG
/ Key word(s): Alliance/Research Update
Lenzing forces reformation of the textile value chain
Lenzing – The Lenzing Group, a leading supplier of regenerated cellulose fibers for the textile and nonwovens industries, is working with the non-profit organisation RTDS Group and 13 other partners from research and industry to promote the scaling of lyocell filaments as part of the CELLFIL project. Co-funded by the EU with EUR 6.9 million, the project aims to drive the reformation of the textile industry towards greater sustainability and a circular economy. Joint research work reforms textile value chain The Austrian organisation RTDS has launched the CELLFIL project with great vision. In close cooperation with Lenzing Group, which is at the technical helm of the project, CELLFIL aims to reform the textile industry. The centrepiece of the project is the sustainable and robust production of lyocell filaments. By optimising the entire fabric production process and its intermediate processing steps, the aim is to replace synthetic fibers with environmentally friendly lyocell filaments in recyclable end applications. This approach aims to develop and utilise alternative raw material sources for textiles. The realisation of these goals is crucial for scaling up lyocell filament production and promoting a circular economy that represents an environmentally friendly alternative to the currently dominant fossil-based synthetic filaments. Lenzing is thus once again sending a strong signal in favour of sustainability and innovation in the textile industry. CELLFIL is part of the renowned EU research and innovation program Horizon Europe and is supported by 15 partners from eight different countries. An impressive EUR 6.9 million from the European Union’s Horizon Europe program has been made available for the implementation of this initiative. The European Commission has presented a visionary roadmap for the future of textiles, aiming for a circular economy in which all textiles on the EU market are durable, repairable and recyclable. This underlines Europe’s commitment to sustainable innovation and a greener future in the textile sector. “We are still in the industrial start-up phase for lyocell filaments. Many aspects, such as the availability of lyocell filaments in the supply chain and technological adjustments for the processing of cellulose yarns, need to be addressed in order to change the capacities of the textile industry, which is currently more suited to polyester filaments,” says Markus Pichler, Head of Lyocell Filament Development at the Lenzing Group. “We are proud to be working with key industry and academic partners to advance bio-based lyocell filaments and promote a more sustainable and circular textile industry through this innovation project,” emphasizes Stephen Webb, project coordinator and CEO of the RTDS Group. Photo download: https://mediadb.lenzing.com/pinaccess/showpin.do?pinCode=ShmNks1n75Oj
About CELLFIL The CELLFIL project, led by the RTDS Group with technical coordination by Lenzing Group, a world-leading provider of specialty fibers for the textile and nonwoven industries, involves a consortium of key industry and academic partners. These partners include Aalto University, adidas, Continental, Filati Poland, Heberlein AG, Hochschule Niederrhein, Nordfels, Maglificio Ripa SRL, Martur Fompak International, Orange Fiber, Quantis, Ratti Luino S.r.l., and Riga Technical University. This ambitious initiative secured 6.9 million euro from the European Union’s Horizon Europe research and innovation programme under grant agreement number 101135042. Disclaimer
31.07.2024 CET/CEST This Corporate News was distributed by EQS Group AG. www.eqs.com |
Language: | English |
Company: | Lenzing AG |
4860 Lenzing | |
Austria | |
Phone: | +43 7672-701-0 |
Fax: | +43 7672-96301 |
E-mail: | office@lenzing.com |
Internet: | www.lenzing.com |
ISIN: | AT0000644505 |
Indices: | ATX |
Listed: | Vienna Stock Exchange (Official Market) |
EQS News ID: | 1957835 |
End of News | EQS News Service |