[pageLogInLogOut]

#Recycling / Circular Economy

Textile ETP and partners launch new textile recycling and upcycling innovation project PESCO-UP

Foundation of PESCO-UP © Textile ETP
Launched today, the PESCO-UP project focuses on transforming mixed polyester/cotton waste into high-quality and clean materials for the next use cycle, aligning with the EU's 2025 textile waste mandatory collection.

Led by VTT Technical Research Centre of Finland, one of the leading research organisations in Europe, the PESCO-UP project will address industry challenges by, among others, creating a digital marketplace for information exchange and establishing recycling standards. The project spans 48 months, aiming to enhance the textile recycling value chain and reduce reliance on virgin materials.

The PESCO-UP project’s holistic approach also includes innovative processes such as digitalised material identification, data sharing, and advanced sorting systems. By developing feasible chemical and mechanical separation methods, the project targets up to 90% material processing efficiency.

The project not only advances in technology but also wants to lead the change in transforming this challenge into business opportunities and enhance workforce skills through targeted upskilling strategies and engaging training materials.



As part of a consortium of 19 partners working on the project, Textile ETP is taking charge of the activities related to ECOSYSTEX, an initiative fostering collaboration among EU projects focused on textile circularity. Their responsibility extends to developing ECOSYSTEX into a lasting European Community of Practice for innovation in textile circularity and sustainability. Textile ETP also leads the dissemination and communication activities for PESCO-UP, managing visual identity, website, newsletter, and social media.

More information on the PESCO-UP project on its website:

www.pesco-up.eu


More News from Textile ETP

#Recycling / Circular Economy

From local actions to industrial innovations: SOLSTICE shares mid-project results

Since its launch in May 2024, the SOLSTICE project is accelerating the transition from linear models to circular regional ecosystems in the textile industry, focusing on four key territories: Grenoble-Alpes Métropole (France), Berlin (Germany), Prato (Italy), and Catalonia (Spain). By mid-project, SOLSTICE has already revealed both regional disparities and promising solutions to strengthen textile repair, reuse, and recycling infrastructure.

#Recycling / Circular Economy

Textile ETP wraps up T-REX's Policy Roundtable

The T-REX project’s policy roundtable in Brussels on November 12 was a pivotal gathering of experts and leaders committed to advancing Europe’s sustainability efforts. Concluding the event, Secretary General Lutz Walter reflected on the discussions and emphasized the core themes that resonated throughout the day.

#EU Textile Strategy

Textile ETP at the European Commission's event on the Textiles Ecosystem Transition Pathway

On 4 June 2024, the Textile ETP Secretary General Lutz Walter participated in the European Commission’s Directorate-General for Internal Market, Industry, Entrepreneurship & SMEs (DG GROW) stakeholder event for the Textiles Ecosystem Transition Pathway.

#Textiles & Apparel / Garment

Shaping new horizons for the textile sector: 18th Textile ETP Conference 2024

The 18th Textile ETP Annual Conference in Mechelen brought together industry leaders, experts, and innovators for two dynamic days of discussions and insights, focusing on sustainability, innovation, funding, and the future of the textile sector.

More News on Recycling / Circular Economy

#Recycling / Circular Economy

Carbios confirms Longlaville plant in France following financing progress

Carbios has reaffirmed its plans to build its Longlaville plant in France within a project financing framework, targeting the start of production in the first half of 2028. The company also reports a solid cash position of around €60 million at the end of 2025 and has appointed Benoît Grenot as Deputy Chief Executive Officer to support the execution of its strategic projects.

#Recycling / Circular Economy

ABB and Syre partner to explore technologies for industrial-scale textile recycling

ABB has signed a Memorandum of Understanding (MoU) with Swedish textile impact company Syre to jointly explore technologies to support the development of Syre’s first textile-to-textile recycling plant in Vietnam. The agreement establishes a framework for collaboration to investigate how ABB’s automation, electrification and digital technologies could contribute to safe, efficient and scalable operations. It will also explore how these capabilities could further optimize process and quality control performance as Syre advances its ambition to produce circular polyester at industrial scale.

#Recycling / Circular Economy

Advanced Recycling Conference 2026 to showcase innovations – Call for abstracts

The call for abstracts is now open for the Advanced Recycling Conference (ARC) 2026, taking place on 17–18 November 2026 in Cologne, Germany, and online. Europe’s leading platform for advanced recycling brings together hands-on solutions and cutting-edge research on recycling technologies for various waste streams like plastics, polymers, textiles or automotive, highlighting progress towards a circular renewable carbon economy.

#Recycling / Circular Economy

Reconomy joins leading alliance to accelerate textile recycling in Europe

Reconomy, the international circular economy specialist, announces that it has joined ReHubs, a leading alliance dedicated to accelerating the transition to a circular textile economy across Europe.

Latest News

#Techtextil 2026

Modernizing Needling – DiloGroup at Techtextil & INDEX 2026

With the theme “Modernizing Needling”, the DiloGroup presents a comprehensively enhanced portfolio for needling technology. The objective is to further increase the performance and application range of needlefelt production lines in terms of productivity, flexibility, and the development of new products, thereby meeting the growing demands of modern technical textiles.

#Advertorial

New Gravimax MMX-R X-ray sensor platform opens up new application fields

The demands placed on quality control in web-based production processes are increasing: materials are becoming more complex, basis weights are varying more widely, and at the same time, pressure is growing to make processes more efficient and transparent. Precise measurement data across the entire web width has therefore become a key factor in ensuring stable production processes. With its new Gravimax MMX-R sensor platform, Mahlo introduces a radiometric measurement solution designed to set new standards in determining basis weight and material composition. The platform combines advanced X-ray technology with newly developed signal processing, enabling measurement tasks that previously often required multiple sensor technologies.

#Composites

KARL MAYER strengthens partnerships in the composites industry at JEC World 2026

KARL MAYER further strengthened its role as a reliable and competent partner to the composites industry at JEC World 2026. The global market leader in textile machinery manufacturing used the trade show to meet key customers, establish numerous new contacts, and engage in in-depth technical discussions.

#Techtextil 2026

From Nature Performance to Circular Economy: Techtextil 2026 focuses on the future market for technical textiles

Alternative materials and recycling technologies are one of the most important future segments and drivers of innovation in technical textiles. Sustainability goals and regulatory requirements increase their relevance, while advances in performance and economic viability enhance their market competitiveness. Taking place from 21 to 24 April 2026, Techtextil reflects this key industry trend with a growing number of specialised exhibitors. With the new “Nature Performance” label, the leading global trade fair bundles relevant market offerings and facilitates access to new solutions – from natural fibres and yarns to bio-based materials and circular approaches.

TOP