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Award winner Tobias Dickmeiß with his certificate © Katharina Dubno
Award winner Tobias Dickmeiß with his certificate
08.05.2026

Elastic yarns to become more recyclable and environmentally friendly in future

On 29 April 2026, ITA student Tobias Dickmeiß was awarded a sponsorship prize by the Wilhelm Lorch-Stiftung for his innovative approach, to replacing conventional elastane with elastic yarns made from thermoplastic copolyester elastomers (TPC). Thanks to their thermoplastic nature and compatibility with typical polyesters used in the textile industry, elastic TPC yarns offer improved recyclability. Furthermore, the use of the melt-spinning process in yarn production eliminates the need for solvents that are harmful to the environment and human health.

Elastic textiles have become an integral part of our everyday lives, as they ensure comfort, a good fit and freedom of movement. At the same time, the increasing use of traditional elastic yarns, known as elastanes, significantly complicates textile recycling. Even small amounts of elastane can impair thermomechanical recycling processes and prevent a closed recycling loop.

On 29 April 2026, ITA student Tobias Dickmeiß was awarded a sponsorship prize by the Wilhelm Lorch-Stiftung for his innovative approach, to replacing conventional elastane with elastic yarns made from thermoplastic copolyester elastomers (TPC). Thanks to their thermoplastic nature and compatibility with typical polyesters used in the textile industry, elastic TPC yarns offer improved recyclability. Furthermore, the use of the melt-spinning process in yarn production eliminates the need for solvents that are harmful to the environment and human health.

Elastic textiles have become an integral part of our everyday lives, as they ensure comfort, a good fit and freedom of movement. At the same time, the increasing use of traditional elastic yarns, known as elastanes, significantly complicates textile recycling. Even small amounts of elastane can impair thermomechanical recycling processes and prevent a closed recycling loop.

As part of his bachelor’s thesis, Tobias Dickmeiß carried out extensive empirical process studies on a pilot-scale melt-spinning line. By systematically analysing the influence of various process parameters on yarn properties, he succeeded in specifically improving the properties of the resulting TPC yarns. The findings of his bachelor’s thesis thus provide a promising basis for the further development of recyclable elastic yarns and textiles.

Tobias Dickmeiß was granted a sponsorship prize of EUR 5,000 for specific further training in recognition of his outstanding bachelor’s thesis, ‘Development of a melt spinning process for elastic yarns made from thermoplastic copolyester elastomers at pilot scale’.

During his bachelor’s thesis, hr was supervised by ITA PhD student Ricarda Wissel.

Source:
Institut für Textiltechnik der RWTH Aachen University
Global Fashion Summit: Copenhagen Edition Photo (c) Global Fashion Agenda
06.05.2026

New 2030 Circularity Blueprint Aims to Scale Recycling and Unlock Investment Opportunities

The EU textile system is at a critical crossroads. Today, less than 1% of discarded garrments are recycled into new garments, despite EU-wide obligations for separate collection.

In response, Global Fashion Agenda (GFA) is launching the 2030 Circularity Blueprint, in partnership with ReHubs. This ambitious initiative is designed to support the transformation of the EU textile ecosystem to advance textile-to-textile recycling and drive the transition to a circular economy. The Blueprint will be officially presented at the Global Fashion Summit: Copenhagen Edition on 6 May - one of the world’s leading forums for sustainability in fashion - bringing together industry leaders, policymakers, and innovators to accelerate collective action.

The EU textile system is at a critical crossroads. Today, less than 1% of discarded garrments are recycled into new garments, despite EU-wide obligations for separate collection.

In response, Global Fashion Agenda (GFA) is launching the 2030 Circularity Blueprint, in partnership with ReHubs. This ambitious initiative is designed to support the transformation of the EU textile ecosystem to advance textile-to-textile recycling and drive the transition to a circular economy. The Blueprint will be officially presented at the Global Fashion Summit: Copenhagen Edition on 6 May - one of the world’s leading forums for sustainability in fashion - bringing together industry leaders, policymakers, and innovators to accelerate collective action.

Building on the ambitions of GFA’s 2020 Circular Fashion System Commitment and grounded in robust industry and value chain engagement, the Blueprint identifies and addresses the systemic fragmentation that has long hindered progress. It introduces a coordinated roadmap to close collection gaps, align stakeholders, and unlock the estimated €8–11 billion Capital Expenditure required to build Europe’s textile-to-textile recycling infrastructure.

Accelerating System-Level Change
The 2030 Circularity Blueprint sets out a clear implementation pathway - presenting eight interconnected intervention areas that have been designed to address systemic barriers in a coordinated way:

Systemic Conditions:
1.    Shared Framework for Circular & Sustainable Materials 
2.    Textile Waste Intelligence Platform
3.    Demand Signal Initiative: Long-Term Offtake Commitments 

Value Chain Interventions
4.    Designing for the Loop: Circularity at Product Design Stage 
5.    Closing the Collection Gap: Effective Textile Collection Systems 
6.    Closing the Sorting Investment Gap: Demand Certainty for Sorters
7.    Pre-Sorting & Feedstock Preparation: Regional Hub Infrastructure 
8.    Recycling Infrastructure at Scale: A Coordinated CAPEX Roadmap

When implemented correctly, the eight interventions are designed to create a system that turns voluntary ambition into investment-grade infrastructure and scalable industrial capacity by 2030, with the ambition to reach a target of 2.7 million tonnes of textile-to-textile recycling capacity by 2035.

As part of the 2030 Circularity Blueprint, GFA and ReHubs will bring two collaborative programmes to life. The first, led by ReHubs, centres on the 'Textile Waste Intelligence Platform'. The second tackles the critical challenge of closing the collection and sorting gap.

A Collaborative Path Forward
The 2030 Circularity Blueprint is designed as a dynamic, collaborative ecosystem, bringing together stakeholders across the value chain to co-create solutions, share ownership, and track progress. It will require coordinated, cohesive effort from all stakeholders - across brands, sorters, recyclers, infrastructure operators, and policymakers - working in alignment rather than in parallel.  The intervention areas will be advanced in partnership with other organisations ready to lead and invest. 

Call to Action:
GFA and ReHubs are actively seeking funding, partnerships, and contributions to bring the full 2030 Circularity Blueprint to life. Organisations are invited to lead and support the remaining intervention areas critical to achieving Europe’s circular textile ambitions.

To further catalyse progress, GFA is issuing a Call to Action for a Targeted Policy Incentive Framework, with concrete suggestions on how to unlock the secondary raw materials market in the EU. While demand for recycled feedstock is rising, cost remains a key barrier: recycled inputs currently command a premium ranging from approximately 20% to as much as double the price of virgin materials. Addressing this will require stronger demand through public procurement, more harmonised and fit-for-purpose Extended Producer Responsibility (EPR) systems across countries, clearer requirements for the use of recycled materials, and increased investment in recycling infrastructure.

Recognising that scaling circular textiles requires aligning economic drivers with policy ambition, the proposal sets out targeted incentive measures across EU legislative and financial instruments. It urges the European Commission to integrate these across existing and forthcoming frameworks, while encouraging Member States to operationalise them at national level, ensuring that circular solutions can compete and scale in practice.

Federica Marchionni, CEO, GFA, says: "The vision for a textile circular economy is clear, and innovation is gaining ground. Yet progress is stalled by supply–demand deadlocks, compounded by a fragmented landscape where initiatives and stakeholders operate in silos, often unaware of their interdependence. Furthermore, without precise incentives to align efforts and investment, progress cannot move at the pace required.

Evan Wiener, Interim COO and Board Advisor to ReHubs, says: “Unlocking textile circularity at scale requires the full value chain to move together. ReHubs brings leading organisations from across the textile recycling value chain to the same table to align interests, orchestrate investment, and turn fragmented efforts into a functioning ecosystem. This collaborative initiative directly supports our strategy to industrialise textile-to-textile recycling and break the supply–demand deadlock at scale.”

The 2030 Circularity Blueprint aims to change that—identifying key bottlenecks and leveraging interconnections to unlock the potential of the circular value chain: turning ambition into tangible progress.

05.05.2026

Environmental Impact Measurement: Report - Denim moves towards sustainability

EIM (Environmental Impact Measurement), the global reference platform for measuring the environmental impact of garment finishing, presents the second edition of its annual report Denim Industry Progress & Insights 2025. The study analyses over 100,000 real denim finishing processes, providing an accurate and up-to-date view of the industry’s evolution towards more sustainable models.

The textile industry, as one of the sectors with the greatest environmental impact, plays a key role in the transition towards more sustainable production models. To move forward, measuring, understanding, and acting are essential. EIM acts as a compass for the industry, enabling the objective assessment of process impacts and supporting decision-making towards more eco-efficient production.

The report confirms that the denim industry continues to make progress in reducing its environmental impact. Currently, 66% of processes are already classified as low impact, reflecting a positive trend driven by process optimization and the adoption of more efficient technologies.

EIM (Environmental Impact Measurement), the global reference platform for measuring the environmental impact of garment finishing, presents the second edition of its annual report Denim Industry Progress & Insights 2025. The study analyses over 100,000 real denim finishing processes, providing an accurate and up-to-date view of the industry’s evolution towards more sustainable models.

The textile industry, as one of the sectors with the greatest environmental impact, plays a key role in the transition towards more sustainable production models. To move forward, measuring, understanding, and acting are essential. EIM acts as a compass for the industry, enabling the objective assessment of process impacts and supporting decision-making towards more eco-efficient production.

The report confirms that the denim industry continues to make progress in reducing its environmental impact. Currently, 66% of processes are already classified as low impact, reflecting a positive trend driven by process optimization and the adoption of more efficient technologies.

In terms of resource use, significant progress has been made in optimizing water and energy, although there is still room for improvement to reach more advanced standards. Water consumption remains stable at around 30 liters per garment, indicating a plateau after years of continuous improvement. Energy shows the strongest performance, with 85% of processes classified as low impact, driven by equipment modernization and automation.

However, the report highlights that chemical impact remains the industry’s main challenge, with 27% of processes still classified as high impact. Factors such as the use of generic chemicals, lack of transparency in formulations, and the persistence of legacy practices, such as pumice stones or potassium permanganate, continue to limit progress, despite the availability of more sustainable alternatives.

At the same time, worker health impact has improved significantly, with 68% of processes classified as low impact, driven by the increasing adoption of automated technologies replacing more harmful manual techniques.

“The industry has proven that it can improve when it measures its impact, but the next step requires accelerating the adoption of technologies and leaving behind practices that are no longer sustainable,” says Begoña García, creator of EIM and co-author of the report. “Today more than ever, we need reliable data to make informed decisions and move towards a real transformation of the industry.”

This second report further establishes EIM as a global reference standard to measure and track environmental impact in denim finishing. Its annual nature allows brands and manufacturers to benchmark performance, identify improvement areas, and move forward together towards more ambitious sustainability goals.

The full report is available for download and will be updated annually, reinforcing the industry’s commitment to transparency, continuous improvement and environmental impact reduction.

EIM, a global standard to measure and compare environmental impact
EIM, Environmental Impact Measurement, is a globally recognized tool for assessing the environmental performance of garment finishing processes.

It evaluates four key categories, water consumption, energy consumption, chemical impact and worker health impact. Each process is assessed and classified into three levels, low, medium or high impact, according to standardized benchmarks.

EIM includes specific benchmarks for denim finishing, garment washing and garment dyeing, ensuring that results are accurate, comparable and relevant for each type of process.

This methodology enables brands and manufacturers to measure their processes with precision, track improvements and communicate environmental performance in a transparent and verifiable way.

Source:

Environmental Impact Measurement

28.04.2026

Source Fashion Expands Advisory Board

Source Fashion has announced a refreshed Advisory Board, bringing together leading voices from across fashion, retail, sustainability and media to help shape the next phase of Source Fashion’s growth and industry impact. As the industry navigates increasing complexity across supply chains, regulation and responsible sourcing, the strengthened board reflects Source Fashion’s commitment to driving meaningful industry collaboration and delivering practical, commercially relevant solutions for buyers and manufacturers.

Advisory Board Expanded with New Members
The new Advisory Board appointments strengthen expertise across circularity, responsible sourcing and industry insight. New members include Kirsty McGregor, journalist and former Vogue Business editor; Rosie Cripps, Head of Circularity at Vivobarefoot; Miranda Beckett, Fashion Project Manager at the Ellen MacArthur Foundation; and James Sleater, CEO of Buffalo Systems.

Source Fashion has announced a refreshed Advisory Board, bringing together leading voices from across fashion, retail, sustainability and media to help shape the next phase of Source Fashion’s growth and industry impact. As the industry navigates increasing complexity across supply chains, regulation and responsible sourcing, the strengthened board reflects Source Fashion’s commitment to driving meaningful industry collaboration and delivering practical, commercially relevant solutions for buyers and manufacturers.

Advisory Board Expanded with New Members
The new Advisory Board appointments strengthen expertise across circularity, responsible sourcing and industry insight. New members include Kirsty McGregor, journalist and former Vogue Business editor; Rosie Cripps, Head of Circularity at Vivobarefoot; Miranda Beckett, Fashion Project Manager at the Ellen MacArthur Foundation; and James Sleater, CEO of Buffalo Systems.

Together, they bring a wealth of experience spanning global fashion media, circular business models and systems-level change across the industry. Kirsty McGregor is widely recognised for her systems-level understanding of fashion’s supply chain challenges, with particular expertise in materials innovation, circularity and onshoring.

Rosie Cripps brings expertise in translating circular business models into commercially viable solutions, supporting Source Fashion’s focus on delivering responsible sourcing grounded in real-world application. Miranda Beckett contributes a systems-level perspective on circularity through her work at the Ellen MacArthur Foundation, helping to connect industry ambition with practical frameworks for change across the fashion supply chain. James Sleater, CEO of Buffalo Systems, brings deep experience in UK manufacturing and technical apparel production, offering valuable insight into building resilient, high-quality supply chains at a time of growing demand for British-made products.

Rosie Cripps commented, “I’m delighted to be joining the Source Fashion Advisory Board. Source Fashion plays a vital role in bringing the industry together around responsible sourcing grounded in commercial reality. I’m really looking forward to collaborating with the Source team and fellow board advisors to help contribute meaningful, practical progress across the industry.”

Miranda Beckett added, “I’m delighted to be joining Source Fashion’s Advisory Board at such a pivotal moment for the industry. Source Fashion plays a vital role in connecting brands, suppliers and innovators around the shared challenge of building responsible supply chains. I look forward to contributing to conversations that help turn a vision of a circular economy for fashion into a practical reality for sourcing professionals across the sector.”

Existing board members provide continued industry leadership
The new appointments join an established group of Advisory Board members drawn from across retail, sourcing, sustainability and policy. Existing members include Oliver Bruckner, Product Director at JOSEPH; Hayley Shore, Design Director at PepsiCo; Simon Platts, former Sourcing Director at ASOS; Lauretta Roberts, CEO of TheIndustry.fashion; Nicola Kirby, Commercial Director at Bhartiya Group; Mark Sumner, Policy Lead at WRAP; Nick Reed, Founder of Neem London; and Helena Mansell-Stopher, CEO of Products of Change.

Together, the board brings a broad cross-section of industry expertise, ensuring Source Fashion remains closely aligned with the evolving needs of brands, retailers and manufacturers, while continuing to provide a platform for informed discussion, collaboration and practical progress across the fashion supply chain.

The Advisory Board will play a key role in shaping the direction of Source Fashion, from content and programming to wider industry engagement. 

Suzanne Ellingham, Event Director of Source Fashion, said, “As Source Fashion continues to grow, it’s essential that we are guided by the right mix of industry voices. Our Advisory Board brings together leaders who are not only shaping the future of fashion but are deeply engaged in the practical challenges facing sourcing, manufacturing and supply chains today. In order for our programme and event to remain industry leading, these voices are vital as businesses reflect on the tsunami of challenges ahead, from commercial challenges, new regulatory frameworks and unprecedented levels of volatility that is now just business as usual. Their insight ensures that everything we deliver, from the show floor to our content programme, remains relevant, commercially focused and aligned with where the industry is heading.”

She added, “The addition of new members strengthens our ability to reflect the evolving priorities of the industry, particularly around circularity, responsible sourcing and innovation. By bringing these perspectives together, we’re able to create a platform that not only responds to change but actively helps drive it.”

More information:
advisory board Source Fashion
Source:

Source Fashion

COBRA® Filter Photo: (c) BB Engineering GmbH
COBRA® Filter
22.04.2026

Plastics Recycling Show Europe 2026: Efficient Recycling of textile PET

At the upcoming Plastics Recycling Show Europe in Amsterdam on May 5–6, BB Engineering will present its portfolio of PET recy-cling technologies. The German machinery manufacturer will once again focus on textile recycling and melt filtration.

Versatile Portfolio with a Focus on Textiles
The company’s product portfolio includes components and sys-tems for the production of films and synthetic fibers, as well as for PET recycling. With extruders, various filters, and complete spin-ning and recycling plants, the company possesses extensive ex-pertise in plastics processing and can offer comprehensive PET recycling solutions from a single source. Based on its experience in the synthetic fiber industry, BB Engineering places a special fo-cus on textile recycling (PET). BB Engineering will highlight its VacuFil® and COBRA® systems at PRSE.

VacuFil® Visco+ - PET LSP recycling 
The VacuFil® PET recycling plant combines gentle large-area fil-tration with precise IV adjustment, thereby ensuring consistently outstanding rPET melt quality. 

At the upcoming Plastics Recycling Show Europe in Amsterdam on May 5–6, BB Engineering will present its portfolio of PET recy-cling technologies. The German machinery manufacturer will once again focus on textile recycling and melt filtration.

Versatile Portfolio with a Focus on Textiles
The company’s product portfolio includes components and sys-tems for the production of films and synthetic fibers, as well as for PET recycling. With extruders, various filters, and complete spin-ning and recycling plants, the company possesses extensive ex-pertise in plastics processing and can offer comprehensive PET recycling solutions from a single source. Based on its experience in the synthetic fiber industry, BB Engineering places a special fo-cus on textile recycling (PET). BB Engineering will highlight its VacuFil® and COBRA® systems at PRSE.

VacuFil® Visco+ - PET LSP recycling 
The VacuFil® PET recycling plant combines gentle large-area fil-tration with precise IV adjustment, thereby ensuring consistently outstanding rPET melt quality. 

From bottle-to-bottle to 100% fiber-to-fiber: Thanks to its modular design, VacuFil® can be exactly tailored to individual requirements. A wide variety of PET feedstocks — such as flakes, textile waste, fiber waste, or start-up lumps — are processed reliably, while the IV is specifically adjusted to the desired end product.

At the heart of the system is the patented Visco+ component. Us-ing liquid-state polycondensation, it reliably removes volatile con-taminants and delivers an exceptionally homogeneous melt with a viscosity of ±0.01 dl/g — up to 50% faster than comparable LSP systems. Depending on the throughput, a viscosity increase of up to 30% can be achieved. 

Continuous process monitoring via an online viscometer ensures a stable and reproducible output. VacuFil® has a capacity of 150 to 4,000 kg/h.

COBRA® sets new standards in melt filtration
With the development of its latest melt filter COBRA® BB Engi-neering has created a clear solution to the growing demands of the recycling industry. The goal: to reliably handle even high levels of contamination, simplify filter changes and cleaning, and at the same time significantly reduce operating costs. 

The result is a high-performance system that combines continuous large-area filtration with automated, chemical-free intermediate cleaning. Two filter cartridges with automatic switching ensure stable, safe, and uninterrupted operation — even at high contami-nation levels where conventional candle filters or screen changers reach their limits.

A key advantage lies in the integrated cleaning system: it signifi-cantly extends the service life of the filter media while simultane-ously reducing operational effort, melt losses, and energy con-sumption — all without the use of chemicals. This not only en-hances process reliability but also sustainably lowers operating costs.

Thanks to its high flexibility, COBRA® is suitable for both coarse and fine filtration. In addition to its use in PET recycling, the sys-tem also offers great potential for increasing efficiency in other ap-plications, such as plastic spinning, and can be easily retrofitted there.