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Oritain: Origin Verification to Leather for EUDR Readiness Photo Oritain Global
Oritain: Origin Verification to Leather for EUDR Readiness
01.10.2025

Oritain: Origin Verification to Leather for EUDR Readiness

Oritain announced the expansion of its services into leather. This development will enable the fashion, luxury fashion and automotive industries to meet the rising demand for traceability, sustainability, and regulatory compliance.

Oritain’s proprietary methodology already trusted across apparel, food and agriculture, can now verify the geographic origin of leather from key producing countries across Europe, Africa and South America.1 This capability is increasingly vital as regulations like the EU Deforestation Regulation (EUDR) are enforced and the Ecodesign for Sustainable Products Regulation (ESPR) mandates a Digital Product Passport. Such regulations require companies to disclose traceability information that proves their supply chains are transparent and ethically sourced.

Oritain announced the expansion of its services into leather. This development will enable the fashion, luxury fashion and automotive industries to meet the rising demand for traceability, sustainability, and regulatory compliance.

Oritain’s proprietary methodology already trusted across apparel, food and agriculture, can now verify the geographic origin of leather from key producing countries across Europe, Africa and South America.1 This capability is increasingly vital as regulations like the EU Deforestation Regulation (EUDR) are enforced and the Ecodesign for Sustainable Products Regulation (ESPR) mandates a Digital Product Passport. Such regulations require companies to disclose traceability information that proves their supply chains are transparent and ethically sourced.

The global leather goods market is projected to grow from $493 billion in 2025 to $904 billion in 2035, according to Future Market Insights (FMI, 2025). Meanwhile, the luxury leather goods segment alone is expected to generate over $66 billion in revenue in 2025, as reported by Statista (2025). These growth figures underscore the growing pressure on brands to demonstrate responsible sourcing.

“Leather sourcing is facing heightened scrutiny for its environmental and human rights impacts” said Alyn Franklin, CEO of Oritain. “Our origin verification programs give brands and tanneries the insights they need to make meaningful changes in their supply chain, meet regulatory obligations and build lasting trust with their customers.”

Traceability is no longer a nice-to-have; it’s a strategic imperative. Regulatory frameworks are tightening, and consumer expectations are shifting towards transparency, sustainability, and ethical practices. Brands that fail to meet these standards risk reputational damage, legal consequences, and loss of consumer trust.

Oritain’s extensive origin database and forensic expertise provide a unique solution for brands navigating increasingly complex supply chains. The service is designed to verify sourcing claims made by intermediaries and tanneries, enabling brands to identify deforestation and labour risks, supporting end-to-end supply chain mapping. Whether it’s bespoke handbags, premium footwear, or high-end automotive interiors, Oritain’s product origin verification is tailored to meet the unique needs of the fashion and automotive sectors, offering both precision and adaptability.

This launch follows Oritain’s recent expansion into the timber industry, another commodity highly relevant to concerns surrounding deforestation and subject to scrutiny by regulators. This broader business expansion into new sectors reflects Oritain’s commitment to innovation, and its role in helping clients set new standards for transparency and accountability.

“Our customers are looking for ways to get visibility into their supply chains. Extending our service to leather means we can stand alongside them and have a positive impact on the wider industry, delivering on our vision of being the source of truth in global supply chains” said Paul Bentham, Chief Product and Technology Officer at Oritain.
 
1 Argentina, Nigeria, Spain, Belgium, Italy, Turkey, Albania, France, Netherlands, UK, Germany.

 

Source:

Oritain Global

Paul Schlack Prize 2025 goes to Leonie Beek © Andreas Schmitter
Paul Schlack Prize 2025 goes to Leonie Beek
01.10.2025

Paul Schlack Prize 2025: Oil filtration with a bionic textile

On various biological surfaces, oil is adsorbed from water surfaces and transported along the leaf. In her dissertation, ITA Postdoc Dr Leonie Beek transferred this effect to a technical textile using her Bionic Oil Absorber (BOA), which can remove up to 4 litres of diesel per hour from water at technological readiness level 4. For this development, Dr Beek was awarded the Paul Schlack Prize 2025 for her dissertation ‘Bionic textiles for oil-water separation modelled on superhydrophobic biological surfaces’ on 10 September 2025. The award ceremony took place during the opening event of the Dornbirn GFC Global Fiber Congress in Austria.

Oil-water separation without additional energy or toxic substances 
Dr Leonie Beek's dissertation focused on the sustainable separation of oil and water. On various biological surfaces, oil is adsorbed from water surfaces and transported along the leaf. This effect differs from technical solutions in that oil-water separation is achieved without external energy and without toxic substances.

On various biological surfaces, oil is adsorbed from water surfaces and transported along the leaf. In her dissertation, ITA Postdoc Dr Leonie Beek transferred this effect to a technical textile using her Bionic Oil Absorber (BOA), which can remove up to 4 litres of diesel per hour from water at technological readiness level 4. For this development, Dr Beek was awarded the Paul Schlack Prize 2025 for her dissertation ‘Bionic textiles for oil-water separation modelled on superhydrophobic biological surfaces’ on 10 September 2025. The award ceremony took place during the opening event of the Dornbirn GFC Global Fiber Congress in Austria.

Oil-water separation without additional energy or toxic substances 
Dr Leonie Beek's dissertation focused on the sustainable separation of oil and water. On various biological surfaces, oil is adsorbed from water surfaces and transported along the leaf. This effect differs from technical solutions in that oil-water separation is achieved without external energy and without toxic substances.

Possible use in harbour basins or in the event of flooding/pollution of inland waters 
Dr Beek integrated the bionic textile into a floating device (Bionic Oil Adsorber – BOA). The BOA demonstrator, which has a technology readiness level of 4, can remove up to 4 litres of diesel per hour. It is intended for use in port areas. Another promising application is in the event of flooding and pollution of inland waters and urban sewage treatment plants.

Ecologically and economically sustainable technology 
The technology is ecologically sustainable, as both the textile and the separated oil can be reused. It is also economically sustainable, as the textile is up to 13 times cheaper than sorption materials with a service life of 21 days.

Overall, Dr Leonie Beek succeeded in her dissertation in transferring the biological principle to a bionic textile and presenting a product for use in the completely new application of oil-water separation. This is the first time that superhydrophobic surfaces have been used outside of friction reduction.

Since 1971, the Paul Schlack Prize has been awarded at the Dornbirn GFC Global Fiber Congress (formerly Dornbirn Man-made Fibers Congress) in Dornbirn (Austria) to promote chemical fibre research at universities and research institutes. Previous ITA winners of the Paul Schlack Prize include Dr Stefan Peterek, Dr Andreas De Palmenaer, Prof. Dr Gunnar Seide, Dr Wilhelm Steinmann, Dr Stephan Walter, Dr Gisa Wortberg, Dr Benjamin Weise, and Dr Markus Beckers.

Source:

ITA – Institut für Textiltechnik of RWTH Aachen University

Fashion CEO Agenda 2025 Source: Global Fashion Agenda
25.09.2025

Fashion CEO Agenda 2025: Accelerate Action at Mid-Decade Turning Point

On the occasion of New York Climate Week, Global Fashion Agenda (GFA) has launched the Fashion CEO Agenda 2025, a strategic resource for leaders of fashion brands and retailers, designed to guide immediate action to future-proof businesses while advancing towards a net-positive fashion industry by 2050.

Published at a pivotal mid-decade reflection point - with less than five years remaining to meet the UN Sustainable Development Goals and scientists warning of only three years left to alter the trajectory of global warming - the report comes as the industry faces turbulence, from economic volatility and deregulation to escalating climate and social crises.

On the occasion of New York Climate Week, Global Fashion Agenda (GFA) has launched the Fashion CEO Agenda 2025, a strategic resource for leaders of fashion brands and retailers, designed to guide immediate action to future-proof businesses while advancing towards a net-positive fashion industry by 2050.

Published at a pivotal mid-decade reflection point - with less than five years remaining to meet the UN Sustainable Development Goals and scientists warning of only three years left to alter the trajectory of global warming - the report comes as the industry faces turbulence, from economic volatility and deregulation to escalating climate and social crises.

The updated agenda urges executives to take action according to its long-standing five-priority sustainability framework - Respectful and Secure Work Environments, Better Wage Systems, Resource Stewardship, Smart Material Choices, and Circular Systems. For the first time, the 2025 edition introduces Priority Accelerators: Innovation, Capital, Courage, Incentives, and Regulation. These build on the themes discussed at Global Fashion Summit: Copenhagen Edition this year, positioned as critical levers that cut across all five priorities, enabling systemic change at speed and scale.

The Fashion CEO Agenda 2025 is structured in two clear parts: Part one presents overarching ambitions for the fashion sector that demand collective action across stakeholders, while part two outlines the immediate, short-term, practical steps brands and retailers can take today to advance those ambitions.

The 2025 edition builds upon the ambitions first presented in the 2023 Fashion CEO Agenda which were developed through years of stakeholder engagement and validated by GFA and the UN Environment Programme’s global Fashion Industry Target Consultation. Two years on, these ambitions remain central to industry-wide progress. For 2025, they’ve been re-evaluated in consultation with leading multi-stakeholder initiatives and experts to ensure continued ambition, impact, and relevance. The scope now expands to further urgent priorities such as fair and ethical treatment of migrant workers and empowering workers through inclusive automation and reskilling, with a firm focus on the need for transformation that benefits both the planet and its communities.

To support implementation, GFA has also released new complementary materials including a practical toolkit guiding companies to credible existing industry tools, guidelines, and programmes, as well as a presentation deck that fashion leaders can adapt internally to educate teams. These resources are designed to help leaders embed the Fashion CEO Agenda into company strategies and communicate it effectively throughout their organisations.

Federica Marchionni, CEO of Global Fashion Agenda, said: “Climate change is the defining certainty in an uncertain global world, impacting all lives and communities. The investments needed to future-proof businesses will keep increasing and the cost of inaction will inevitably become greater than the investments needed to address it. This year’s Fashion CEO Agenda provides leaders with a clear path to embed sustainability at the heart of corporate strategy, supported by enabling conditions that make bold action both possible and necessary.”

Source:

Global Fashion Agenda

25.09.2025

Solvay integrates sustainability-linked features in all short-term liquidity reserves

Solvay has amended its €1.1 billion multilateral revolving credit facility and its €0.3 billion bilateral revolving credit facilities to incorporate sustainability-linked features, aligning with its For Generations roadmap and reinforcing its commitment to reducing greenhouse gas (GHG) emissions.

These amendments directly link the company’s cost of borrowing to its climate ambitions, specifically the achievement of ambitious greenhouse gas (GHG) emission reduction targets. The new structure incentivizes progress on key performance indicators that cover Scope 1, 2, and Scope 3 GHG emissions (Focus 5 categories), reflecting Solvay’s comprehensive climate roadmap.

“By embedding sustainability into our financing strategy, we are strengthening our focus on addressing climate change, a core priority of the Planet Progress pillar of Solvay’s For Generations strategy” , said Alexandre Blum, CFO of Solvay. 

BofA Securities and BNP Paribas acted as Sustainability structuring coordinators for this initiative.

Solvay has amended its €1.1 billion multilateral revolving credit facility and its €0.3 billion bilateral revolving credit facilities to incorporate sustainability-linked features, aligning with its For Generations roadmap and reinforcing its commitment to reducing greenhouse gas (GHG) emissions.

These amendments directly link the company’s cost of borrowing to its climate ambitions, specifically the achievement of ambitious greenhouse gas (GHG) emission reduction targets. The new structure incentivizes progress on key performance indicators that cover Scope 1, 2, and Scope 3 GHG emissions (Focus 5 categories), reflecting Solvay’s comprehensive climate roadmap.

“By embedding sustainability into our financing strategy, we are strengthening our focus on addressing climate change, a core priority of the Planet Progress pillar of Solvay’s For Generations strategy” , said Alexandre Blum, CFO of Solvay. 

BofA Securities and BNP Paribas acted as Sustainability structuring coordinators for this initiative.

More information:
Solvay liquidity reserves credit
Source:

Solvay

PANGAIA Photo: PANGAIA
24.09.2025

Breakthrough in World First Bio-Based Colour Innovation

The ELUCENT project has successfully moved bio-based pigments from laboratory research to industrial readiness, delivering the world’s first plastic-free, toxin-free and fully biodegradable reflective pigment. Funded by Innovate UK, the 18-month collaboration brought together three partners: Sparxell, the University of Cambridge spin-out pioneering plant-based bioinspired colour technology; PANGAIA, the global materials science company applying next-generation innovations to fashion; and the Manufacturing Technology Centre (MTC), one of the UK’s leading independent research and technology organisations.

The ELUCENT project has successfully moved bio-based pigments from laboratory research to industrial readiness, delivering the world’s first plastic-free, toxin-free and fully biodegradable reflective pigment. Funded by Innovate UK, the 18-month collaboration brought together three partners: Sparxell, the University of Cambridge spin-out pioneering plant-based bioinspired colour technology; PANGAIA, the global materials science company applying next-generation innovations to fashion; and the Manufacturing Technology Centre (MTC), one of the UK’s leading independent research and technology organisations.

Together, they have demonstrated how science, design and engineering can deliver scalable, sustainable alternatives to conventional pigment systems. By combining Sparxell’s pioneering cellulose-based colour platform, PANGAIA’s expertise in design application, and the MTC’s ability to scale processes for industry, the project shows how interdisciplinary collaboration can reduce environmental impact without compromising creativity or performance. Sparxell, founded in 2023 out of the Cambridge laboratories by Dr Benjamin Droguet and Professor Silvia Vignolini, led the technology development. Their patented process uses cellulose, the world’s most abundant biopolymer, to create vibrant colour particles inspired by nature. Unlike conventional pigments, these are free from plastics and toxins and are fully biodegradable.

As design partner, PANGAIA tested the pigments on textiles in collaboration with London-based Orto Print Studio, producing printed fabric prototypes and testing durability. This step bridges lab innovation with real-world applications of these bio-based colourants in fashion and beyond. 

This work is part of PANGAIA’s commitment to supporting next-generation material innovators by bringing to market solutions-driven breakthroughs in material science that transform the environmental impact of fashion and design through purposeful collaborations, merging cutting-edge science with scalable applications.

The Manufacturing Technology Centre (MTC) ensured the pigments could be scaled beyond the lab, building custom production systems and validating performance at an industrial level. 

The completion of this Innovate UK project ELUCENT marks a step change for sustainable colour. Together, Sparxell, PANGAIA, and the MTC have shown how fashion and technology can join forces to deliver circular, biodegradable alternatives to today’s synthetic pigments. 

Sparxell has successfully transitioned from university research to a technically validated platform, demonstrating significant improvements in pigment formulation, liquid dispersion, and film casting performance. A commercial launch is projected for 2026.

Source:

Higginson PR Ltd.

STFI Shopper (c) Sächsisches Textilforschungsinstitut
STFI Shopper
19.09.2025

Thermoplastic elastomer coatings for use as artificial leather

Currently, PVC-based and polyurethane-based artificial leathers dominate the market. The manufacturing processes are energy- and cost-intensive. In addition, plasticizers and solvents that are harmful to health are used. Coatings with thermoplastic elastomers (TPE) offer an alternative. The TPE group combines the advantage of thermoplastic processability with elasticity and dynamic behaviour that is almost as high as that of cross-linked, thermosetting elastomers. The polymers should be applied using energyefficient and environmentally friendly hot melt roller application and slot die technology. In order to achieve specific properties, such as colour, appearance, or flame retardancy, the incorporation of appropriate additives was part of the investigations. 

Currently, PVC-based and polyurethane-based artificial leathers dominate the market. The manufacturing processes are energy- and cost-intensive. In addition, plasticizers and solvents that are harmful to health are used. Coatings with thermoplastic elastomers (TPE) offer an alternative. The TPE group combines the advantage of thermoplastic processability with elasticity and dynamic behaviour that is almost as high as that of cross-linked, thermosetting elastomers. The polymers should be applied using energyefficient and environmentally friendly hot melt roller application and slot die technology. In order to achieve specific properties, such as colour, appearance, or flame retardancy, the incorporation of appropriate additives was part of the investigations. 

The research project focused on applying the polymers using energy-efficient and environmentally friendly hot melt roller coating and wide slot die technology. In addition, appropriate additives were incorporated into the TPEs for supplementary investigations in order to obtain specific properties such as colour, appearance or flame retardancy. 
 
In this research project, various thermoplastic polyurethanes were successfully applied to different textiles using direct and transfer coating processes involving roller application and slot die. Transfer coating using roller application was found to be the most suitable method for use as artificial leather. Various additives were successfully incorporated into the TPUs to achieve a range of colours and optical effects. Fabrics (PES, CO/PES), knitted fabrics (PES), spacer fabrics (PES), nonwovens (PES multiknit and needle punched) and TPU meltblown were used as textile carrier materials. This made it possible to achieve different thicknesses in the range between 0.6 mm and 4.7 mm in combination with application weights of 100 g/m² to 200 g/m². The more voluminous textiles were used to produce pressure-elastic artificial leather (soft-touch effect). Soft, flexible, stretchable TPU-based artificial leathers were developed, which are characterized by high abrasion resistance (> 100.000 abrasion cycles) and permanent bend resistance (> 50.000 bends). The coloured TPU synthetic leathers showed high colour fastness to rubbing with a rating of 4-5. From today's perspective, potential areas of application for the manufactured materials include synthetic leather for bag goods, home textiles, and the automotive sector. 
 
Dr. Ralf Lungwitz, Manager Functionalisation, who led the INNO-KOM project is convinced: “Thermoplastic elastomer coatings as artificial leather are a good alternative material because they have excellent properties for use in demanding applications. We were impressed by their high mechanical strength.” 

Source:

Sächsisches Textilforschungsinstitut

16.09.2025

Third expansion of ECHA’s new chemicals database: Including regulatory data

The third expansion of ECHA’s new chemicals database, ECHA CHEM, incorporates overviews of different regulatory activities by authorities and the resulting outcomes.

ECHA maintains the largest chemicals database in the European Union (EU), combining industry-submitted data with information generated in the EU’s regulatory processes. 

The regulatory data includes information from various pieces of legislation under ECHA’s remit. Visibility of authorities’ regulatory activities on specific chemicals and resulting actions help stakeholders to effectively participate in the decision-making process via consultations, and comply with the laws concerning the chemicals they use.

Peter van der Zandt, Director of Risk Management, said:
“Transparency and predictability of the EU’s regulatory activities are a cornerstone of well-functioning chemicals regulation. We have now made this regulatory information available in a consistent manner and in a more user-friendly format, allowing all impacted and interested parties to follow the authorities’ ongoing work.”

The third expansion of ECHA’s new chemicals database, ECHA CHEM, incorporates overviews of different regulatory activities by authorities and the resulting outcomes.

ECHA maintains the largest chemicals database in the European Union (EU), combining industry-submitted data with information generated in the EU’s regulatory processes. 

The regulatory data includes information from various pieces of legislation under ECHA’s remit. Visibility of authorities’ regulatory activities on specific chemicals and resulting actions help stakeholders to effectively participate in the decision-making process via consultations, and comply with the laws concerning the chemicals they use.

Peter van der Zandt, Director of Risk Management, said:
“Transparency and predictability of the EU’s regulatory activities are a cornerstone of well-functioning chemicals regulation. We have now made this regulatory information available in a consistent manner and in a more user-friendly format, allowing all impacted and interested parties to follow the authorities’ ongoing work.”

In this release, ECHA CHEM incorporates regulatory processes and lists from four chemicals regulations and directives:

REACH Regulation

  • The list of substances restricted under REACH and the restriction process;
  • The Authorisation List and ECHA’s recommendations for including substances in the Authorisation List;
  • Substances of very high concern (SVHC) and the Candidate List;
  • Dossier and substance evaluation;

Drinking Water Directive (DWD)

  • European positive lists (EUPL);

Classification, Labelling and Packaging Regulation (CLP)

  • Annex VI - the list of substances with EU harmonised classification and labelling (CLH) and the CLH process;

Persistent Organic Pollutants (POPs) Regulation:

  • The lists of substances subject to POPs Regulation and substances proposed as POPs.

These lists will, except for the new DWD European positive lists, also continue to be available under the Search for chemicals section on ECHA’s website. However, as ECHA CHEM continues to expand with more data sets, the old Search for chemicals pages will be gradually decommissioned. 

Source:

European Chemicals Agency

Textile-to-textile recycling (c) RE&UP
16.09.2025

RE&UP at Première Vision Paris

Having rapidly evolved from promising start-up to industry spotlight, RE&UP showcases solutions ready for mainstream adoption. 

Textile-to-textile circulartech RE&UP strengthens its presence at Première Vision, one of the fashion industry’s most influential trade fairs. The company demonstrates how its next-generation textile-to-textile recycling technology enables fashion brands to transform end-of-life textiles into high-quality fibers ready for large-scale adoption. Its two flagship products – Next-Gen Cotton and Next-Gen Polyester – are engineered to match the performance of virgin fibers and designed to integrate seamlessly into mainstream collections. 

In addition to its booth presence, RE&UP takes part in the official Première Vision program. General Manager Andreas Dorner joined industry peers in the panel discussion “Tech, Feedstock and Flows: Inside the Recycling Value Chain.” The session, moderated by Elsa May, explored the complexities of textile recycling – from feedstock realities and logistical challenges to the potential of truly “100% recycled” fibers. 

Having rapidly evolved from promising start-up to industry spotlight, RE&UP showcases solutions ready for mainstream adoption. 

Textile-to-textile circulartech RE&UP strengthens its presence at Première Vision, one of the fashion industry’s most influential trade fairs. The company demonstrates how its next-generation textile-to-textile recycling technology enables fashion brands to transform end-of-life textiles into high-quality fibers ready for large-scale adoption. Its two flagship products – Next-Gen Cotton and Next-Gen Polyester – are engineered to match the performance of virgin fibers and designed to integrate seamlessly into mainstream collections. 

In addition to its booth presence, RE&UP takes part in the official Première Vision program. General Manager Andreas Dorner joined industry peers in the panel discussion “Tech, Feedstock and Flows: Inside the Recycling Value Chain.” The session, moderated by Elsa May, explored the complexities of textile recycling – from feedstock realities and logistical challenges to the potential of truly “100% recycled” fibers. 

“Première Vision is where the industry looks for what’s next,” says Andreas Dorner, General Manager at RE&UP. “Last year, we introduced our vision. This year, we’re back with full proof – proven technology, growing partnerships, and solutions that are already integrated into the market. Circular textiles are not a distant goal, they are happening now, at scale.” 

15.09.2025

ECHA to consult on PFAS draft opinion in spring 2026

The European Chemicals Agency plans to launch a consultation on the draft opinion of its Committee for Socio-Economic Analysis (SEAC) on the proposed EU-wide restriction of per- and polyfluoroalkyl substances (PFAS) following the Committee’s meeting in March 2026.

The SEAC draft opinion on the PFAS restriction proposal will cover the evaluation of the socio-economic aspects, including the availability of alternative substances and technologies. SEAC intends to agree its draft opinion at its meeting, which is provisionally scheduled for the first half of March 2026. The consultation will begin shortly after this meeting and remain open for 60 days, during which stakeholders can provide feedback.

The European Chemicals Agency plans to launch a consultation on the draft opinion of its Committee for Socio-Economic Analysis (SEAC) on the proposed EU-wide restriction of per- and polyfluoroalkyl substances (PFAS) following the Committee’s meeting in March 2026.

The SEAC draft opinion on the PFAS restriction proposal will cover the evaluation of the socio-economic aspects, including the availability of alternative substances and technologies. SEAC intends to agree its draft opinion at its meeting, which is provisionally scheduled for the first half of March 2026. The consultation will begin shortly after this meeting and remain open for 60 days, during which stakeholders can provide feedback.

Survey structure
The consultation will use a structured survey format, inviting participants to respond to questions on the potential impacts of restricting the use of PFAS across various sectors. Participants will also be asked to provide specific information about the availability and feasibility of alternatives to these widely used chemicals. Any information marked as confidential will be treated appropriately. Information on the risks associated with PFAS will not be considered, as these are evaluated in a separate opinion by the Committee for Risk Assessment (RAC).

All feedback will be entered directly into the question fields for each survey topic to streamline the processing of information. Attachments cannot be submitted as part of the consultation.

The consultation is open to all interested parties, including industry representatives, non-governmental organisations, researchers and members of the public. Stakeholders are encouraged to prepare in advance and to participate in this consultation to ensure that SEAC’s final opinion on the restriction proposal is scientifically robust and fit for purpose.

To support interested parties in preparing for the consultation, ECHA will hold an online information session on 30 October 2025. More details about this event will be provided on ECHA’s website. Consultation guidelines will also be published to help stakeholders submit relevant information that can be considered by the Committee when finalising its opinion.

ECHA will confirm the exact starting date of the consultation in March 2026.

Next steps
After reviewing the consultation feedback, SEAC is expected to adopt its final opinion by the end of 2026. This adoption will conclude ECHA’s committees’ scientific evaluation of the proposed restriction as announced on 27 August 2025.

Background
The proposal to restrict PFAS in the EU/EEA was prepared by authorities in Denmark, Germany, the Netherlands, Norway and Sweden. It was submitted to ECHA on 13 January 2023. It aims to reduce PFAS emissions into the environment and make products and processes safer for people. The six-month consultation ran from 22 March to 25 September 2023.

Currently, ECHA’s scientific committees, comprised of independent experts from EU Member States, are evaluating the proposal.

The European Commission will decide on the restriction in consultation with the EU Member States.

Source:

European Chemicals Agency

10.09.2025

ERCA S.p.A. got ISCC PLUS Certification

ERCA S.p.A., a leader in chemical innovation, exclusive manufacturer of REVECOL®, specialized in supplying chemical solutions for the textile industry announced its transition to ISCC PLUS certification (International Sustainability and Carbon Certification), confirming its ongoing commitment to bioeconomy and circular economy practices and certified innovation. 

This strategic decision comes in response to recent discussions within industry, including the potential shift by Textile Exchange toward certifying only fiber content — a move that no longer aligns with ERCA TCS’s integrated sustainability approach. The company has therefore moved to ISCC PLUS: a globally recognized certification system that ensures the traceability and transparency of bio-circular, bio-based, and recycled feedstocks across the value chain. The process began with REVECOL® by ERCA TCS at the production site of ERCA SPA. With the new ISCC PLUS certification, which now represents another milestone in the industry, the company wants to strengthen ERCA TCS’s position in the field of certified bio-circular chemistry.

ERCA S.p.A., a leader in chemical innovation, exclusive manufacturer of REVECOL®, specialized in supplying chemical solutions for the textile industry announced its transition to ISCC PLUS certification (International Sustainability and Carbon Certification), confirming its ongoing commitment to bioeconomy and circular economy practices and certified innovation. 

This strategic decision comes in response to recent discussions within industry, including the potential shift by Textile Exchange toward certifying only fiber content — a move that no longer aligns with ERCA TCS’s integrated sustainability approach. The company has therefore moved to ISCC PLUS: a globally recognized certification system that ensures the traceability and transparency of bio-circular, bio-based, and recycled feedstocks across the value chain. The process began with REVECOL® by ERCA TCS at the production site of ERCA SPA. With the new ISCC PLUS certification, which now represents another milestone in the industry, the company wants to strengthen ERCA TCS’s position in the field of certified bio-circular chemistry.

Certified auxiliaries for the textile industry
ERCA is proud to be the first and only company worldwide to certify under ISCC PLUS the output category: “Auxiliaries for the textile industry – Vegetable Oil Ethoxylates, Alkylamide–Bio-Circular”. These products, especially developed for the REVECOL® brand are linked to upcycled raw materials such as biocircular Vegetable Cooking Oil (UCO), under the mass balance approach, represent decisive achievement in green chemistry.

RE&UP and ONLY - jersey program Photo: RE&UP and ONLY
RE&UP and ONLY - jersey program
10.09.2025

RE&UP and ONLY partner up to scale circular fashion

Circular textile technology specialist RE&UP supports BESTSELLER’s women’s brand ONLY in launching a new jersey program of basic tops made from next-generation recycled polyester. The first styles are already in stores. 

Using its modular recycling technology, RE&UP transforms post-consumer and factory textile waste into fibers that meet the same performance standards as virgin materials. In ONLY’s initial production run, over 11 styles were converted to RE&UP’s Next-Gen Polyester, equating to more than 100,000 t-shirts – demonstrating that recycled fibers can be cost-competitive and ready for large-scale adoption. 

Turning end-of-life textiles into fibers ready for mainstream fashion, proving circular solutions can scale today. By integrating recycled fibers into mainstream collections, ONLY sets a benchmark for other brands seeking circular solutions. 

Circular textile technology specialist RE&UP supports BESTSELLER’s women’s brand ONLY in launching a new jersey program of basic tops made from next-generation recycled polyester. The first styles are already in stores. 

Using its modular recycling technology, RE&UP transforms post-consumer and factory textile waste into fibers that meet the same performance standards as virgin materials. In ONLY’s initial production run, over 11 styles were converted to RE&UP’s Next-Gen Polyester, equating to more than 100,000 t-shirts – demonstrating that recycled fibers can be cost-competitive and ready for large-scale adoption. 

Turning end-of-life textiles into fibers ready for mainstream fashion, proving circular solutions can scale today. By integrating recycled fibers into mainstream collections, ONLY sets a benchmark for other brands seeking circular solutions. 

“This project proves that scaling the production of recycled polyester from textile waste is achievable. Transforming the industry is undoubtedly a complex and lengthy process, but initiatives like this demonstrate we are making progress,” says Ozgur Atsan, Chief Commercial Officer at RE&UP. 

"RE&UP shares our dedication to innovation and quality, and their Next-Gen textile-to-textile recycled polyester meets the high standards we set for our products," says Pernille Tøttrup, Sourcing Process Manager at ONLY. 

RE&UP’s technology separates polyester and cotton in end-of-life garments and regenerates them into fibers that maintain durability and performance – all while keeping materials in a true textile-to-textile loop. By reducing reliance on virgin polyester, RE&UP is supporting the industry lower its environmental footprint and showing that scalable, circular solutions are already achievable.

(c) CHT Gruppe
10.09.2025

CHT innovative dyeing processes and functional finishes at PERFORMANCE DAYS AUTUMN

The CHT Group, a global specialist in textile chemistry and dyes, is looking forward to participating in the PERFORMANCE DAYS Functional Fabric Fair in Munich on October 29 and 30, 2025. The focus will be on innovative dyeing processes and functional finishes that specifically improve textile properties.

PIGMENTURA by CHT – The innovative, pigment-based dyeing process uses no water for soaping and rinsing and does not require energy-intensive heating of the process water. As a result, water consumption in the dyeing process can be reduced by up to 96 %. This technology was awarded the German Federal Ecodesign Award in the Product category in 2024 - a result of the successful collaboration between Inditex and CHT.

ECOPRINT by CHT – The water-based textile printing system with reactive and pigment inks meets the highest sustainability standards and has been awarded the C2C Certified Material Health Certificate™. It actively contributes to converting linear production processes into circular systems and promoting the textile circular economy.

The CHT Group, a global specialist in textile chemistry and dyes, is looking forward to participating in the PERFORMANCE DAYS Functional Fabric Fair in Munich on October 29 and 30, 2025. The focus will be on innovative dyeing processes and functional finishes that specifically improve textile properties.

PIGMENTURA by CHT – The innovative, pigment-based dyeing process uses no water for soaping and rinsing and does not require energy-intensive heating of the process water. As a result, water consumption in the dyeing process can be reduced by up to 96 %. This technology was awarded the German Federal Ecodesign Award in the Product category in 2024 - a result of the successful collaboration between Inditex and CHT.

ECOPRINT by CHT – The water-based textile printing system with reactive and pigment inks meets the highest sustainability standards and has been awarded the C2C Certified Material Health Certificate™. It actively contributes to converting linear production processes into circular systems and promoting the textile circular economy.

TUBINGAL® RISE – The softener is made from recycled end-of-life silicones and consists of over 60 % recycled silicone waste and emulsifiers from renewable raw materials. 

ARRISTAN rAIR – The sustainable hydrophilic finish is made from recycled PET flakes and ensures optimum moisture regulation, fast drying and excellent dirt repellency. ARRISTAN rAIR is ideal for finishing recycled yarns and fabrics, which can then be recycled again - an important contribution to the textile circular economy.

As a foundation-owned company, CHT is committed to a comprehensive sustainability agenda. Our products are designed and manufactured according to strict standards, with a focus on using bio-based, biodegradable and recycled materials to support a circular economy.

Europe Photo Pixabay, Gordon Johnson
10.09.2025

Parliament adopts new EU rules to reduce textile and food waste

  • Each European generates 132 kg of food waste and 12 kg of clothing and footwear waste per year 
  • 2030 targets to reduce food waste 
  • Producers to cover costs of collecting, sorting and recycling waste textiles  

September, 9 the European Parliament gave its final green light to new measures to prevent and reduce waste from food and textiles across the EU.

Cutting down food waste
The updated legislation will introduce binding food waste reduction targets, to be met at national level by 31 December 2030: 10% from food processing and manufacturing and 30% per capita from retail, restaurants, food services and households. These targets will be calculated in comparison to the amount generated as an annual average between 2021 and 2023. Following Parliament’s request, EU countries will have to take measures to ensure that economic operators having a significant role in the prevention and generation of food waste (to be identified in each country) facilitate the donation of unsold food that is safe for human consumption.

  • Each European generates 132 kg of food waste and 12 kg of clothing and footwear waste per year 
  • 2030 targets to reduce food waste 
  • Producers to cover costs of collecting, sorting and recycling waste textiles  

September, 9 the European Parliament gave its final green light to new measures to prevent and reduce waste from food and textiles across the EU.

Cutting down food waste
The updated legislation will introduce binding food waste reduction targets, to be met at national level by 31 December 2030: 10% from food processing and manufacturing and 30% per capita from retail, restaurants, food services and households. These targets will be calculated in comparison to the amount generated as an annual average between 2021 and 2023. Following Parliament’s request, EU countries will have to take measures to ensure that economic operators having a significant role in the prevention and generation of food waste (to be identified in each country) facilitate the donation of unsold food that is safe for human consumption.

Producers to cover costs of collecting, sorting and recycling waste textiles
Producers that make textiles available in the EU will have to cover the costs of their collection, sorting and recycling, through new producer responsibility (EPR) schemes to be set up by each member state, within 30 months of the directive’s entry into force. These provisions will apply to all producers, including those using e-commerce tools and irrespective of whether they are established in an EU country or outside the Union. Micro-enterprises will have an extra year to comply with the EPR requirements.

The new rules will cover products such as clothing and accessories, hats, footwear, blankets, bed and kitchen linen, and curtains. On Parliament’s initiative, EU countries may also set up EPR schemes for mattress producers.
Member states should also address ultra-fast fashion and fast fashion practices when deciding on financial contributions to the EPR schemes.

According to the second reading rules, the President announced in plenary that the proposed act was deemed adopted (the position was already agreed by Council earlier this summer).

Next steps
The law will now be signed by both co-legislators, ahead of its publication in the EU Official Journal. EU countries will have 20 months following its entry into force to transpose the rules into national legislation.

Background
In July 2023, the Commission proposed a revision of the EU rules on waste, targeted at food and textile waste. Every year, almost 60 million tonnes of food waste (132 kg per person) and 12.6 million tonnes of textile waste are generated in the EU. Clothing and footwear alone account for 5.2 million tonnes of waste, equivalent to 12 kg of waste per person every year. It is estimated that less than 1% of all textiles worldwide are recycled into new products.

Source:

European Parliament, Press Office

Teijin Carbon Published First Sustainability Report Foto: (c) Teijin Carbon Europe GmbH
Teijin Carbon Published First Sustainability Report
09.09.2025

Teijin Carbon Published First Sustainability Report

Teijin Carbon has published Sustainability Report 2024, sending a strong signal for climate-friendly innovation. From CO2-reduced high-performance fibers to digital product passports, the company’s advanced materials help transform entire industries. 

Teijin Carbon, a global leader in high-performance carbon fiber materials, announced the release of its first sustainability report. Guided by the purpose “Pioneering solutions together for a healthy planet” the report outlines the company’s strategic actions to advance climate protection, the circular economy and social responsibility across its global operations.

The report highlights Teijin Carbon’s role in enabling sustainable transformation in key industries such as aerospace, industry, civil engineering, marine, defense, energy and sports. Among the most notable achievements are the launch of Tenax Next™, a new product line offering up to 35 percent CO2 reduction compared to conventional carbon fibers, and the introduction of a digital product passport (DPP) to ensure full transparency and traceability throughout the product lifecycle.

Teijin Carbon has published Sustainability Report 2024, sending a strong signal for climate-friendly innovation. From CO2-reduced high-performance fibers to digital product passports, the company’s advanced materials help transform entire industries. 

Teijin Carbon, a global leader in high-performance carbon fiber materials, announced the release of its first sustainability report. Guided by the purpose “Pioneering solutions together for a healthy planet” the report outlines the company’s strategic actions to advance climate protection, the circular economy and social responsibility across its global operations.

The report highlights Teijin Carbon’s role in enabling sustainable transformation in key industries such as aerospace, industry, civil engineering, marine, defense, energy and sports. Among the most notable achievements are the launch of Tenax Next™, a new product line offering up to 35 percent CO2 reduction compared to conventional carbon fibers, and the introduction of a digital product passport (DPP) to ensure full transparency and traceability throughout the product lifecycle.

“Our carbon fibers empower lighter, more-durable, and energy-efficient designs – making a direct contribution to decarbonization,” says Tetsuya Ito, General Manager of the Teijin Carbon Business Group. “Together with our partners, we are setting new standards for responsible high-performance materials.”

Sustainability is deeply embedded at the group level. Akimoto Uchikawa, President and CEO of the Teijin Group, emphasizes: “Through our work at Teijin, we strive to ensure that every innovation meets the needs of today and respects the world of tomorrow. Working towards a circular, sustainable economy is key to doing both.”

The report follows the European Sustainability Reporting Standards (ESRS) and includes validated key performance indicators (KPIs) on CO2 emissions, water and energy usage, waste management, and social and ethical standards. Teijin Carbon is certified under ISCC PLUS, ISO 14001, ISO 50001 and ISO 45001, underscoring its commitment to transparency and continuous improvement.

 

Source:

Teijin Carbon Europe GmbH

05.09.2025

Indorama Ventures: Ready for low-carbon PET fibers - certified supply chain enables bio-based textiles at scale

Indorama Ventures Public Company Limited, a global sustainable chemical company, is accelerating the textile industry’s transition to lower-carbon materials with its scalable, high-performance bio-based PET fibers and yarns under the deja™ Bio portfolio. 

At the upcoming Dornbirn Global Fiber Congress later in September, Claire Mattelet, Global Sustainability Program Head for Indorama Ventures’ Fibers Business, will share the company’s experience in developing a fully certified, low-carbon supply chain at scale. 

Her presentation will explore several challenges, such as 

  • securing reliable sources of renewable feedstocks to produce bio-based PTA and MEG inhouse or sourcing bio-based chemicals such as bio-based MEG from trusted partners 
  • converting feedstock into PET chips, yarns, and fibers 
  • and navigating complex certification requirements 

As a result, Indorama Ventures is now able to offer customers and brand owners an integrated, fully certified supply chain through mass balance at scale. 

Indorama Ventures Public Company Limited, a global sustainable chemical company, is accelerating the textile industry’s transition to lower-carbon materials with its scalable, high-performance bio-based PET fibers and yarns under the deja™ Bio portfolio. 

At the upcoming Dornbirn Global Fiber Congress later in September, Claire Mattelet, Global Sustainability Program Head for Indorama Ventures’ Fibers Business, will share the company’s experience in developing a fully certified, low-carbon supply chain at scale. 

Her presentation will explore several challenges, such as 

  • securing reliable sources of renewable feedstocks to produce bio-based PTA and MEG inhouse or sourcing bio-based chemicals such as bio-based MEG from trusted partners 
  • converting feedstock into PET chips, yarns, and fibers 
  • and navigating complex certification requirements 

As a result, Indorama Ventures is now able to offer customers and brand owners an integrated, fully certified supply chain through mass balance at scale. 

Using a mass-balance approach means that renewable feedstocks, such as used cooking oil, are blended with fossil-based raw materials in existing production systems. 
The renewable content is then allocated to final products using certified methods like ISCC+, ensuring traceability throughout the value chain and compliance with chain-of-custody requirements. 

By leveraging existing infrastructure, coupled with R&D capabilities and proven technologies, Indorama Ventures enables rapid market deployment of bio-based PET fibers and yarns 
that are chemically identical to their fossil counterparts. This ensures customer processes remain the same, performance metrics such as durability, dyeability, and strength are equal to virgin solutions, 
and brand owners and converters can speed up qualification lead times and immediately reduce scope 3 emissions to seamlessly upgrade their existing product lines. 

Indorama Ventures invites brand owners, manufacturers, and industry partners to explore the deja™ Bio portfolio and join the movement toward a lower-carbon textile industry. 
The technology is proven, the supply chain is built. 

Source:

Indorama Ventures

Eastman Naia™: New cellulose acetate filament yarn Photo Eastman Naia™
Eastman Naia™: New cellulose acetate filament yarn
04.09.2025

Eastman Naia™: New cellulose acetate filament yarn at Intertextile Shanghai 2025

A result of Eastman’s recently announced strategic partnership with Huafon Chemical, the new filament yarn features even higher tenacity, making it the perfect solution for premium lightweight fabrics. 

On August 13, Eastman and Huafon Chemical jointly announced a formal strategic partnership to establish a joint facility to produce cellulose acetate yarn. The facility will be dedicated to localized production and product innovation of Eastman Naia™ cellulose acetate filament yarns in China. This collaboration demonstrates Eastman’s long-term commitment to the Chinese market and further deepens its market presence in China by enabling a more agile supply chain response to meet the market demand for high-quality, innovative, and sustainable textile materials in the region.

With the vision to make sustainable textiles accessible to all, the Eastman Naia™ portfolio offers responsibly sourced, biobased cellulosic fibers and yarns. These eco-friendly options empower mills, designers, and brands to create textiles that do not compromise on comfort, quality, or appearance. 

A result of Eastman’s recently announced strategic partnership with Huafon Chemical, the new filament yarn features even higher tenacity, making it the perfect solution for premium lightweight fabrics. 

On August 13, Eastman and Huafon Chemical jointly announced a formal strategic partnership to establish a joint facility to produce cellulose acetate yarn. The facility will be dedicated to localized production and product innovation of Eastman Naia™ cellulose acetate filament yarns in China. This collaboration demonstrates Eastman’s long-term commitment to the Chinese market and further deepens its market presence in China by enabling a more agile supply chain response to meet the market demand for high-quality, innovative, and sustainable textile materials in the region.

With the vision to make sustainable textiles accessible to all, the Eastman Naia™ portfolio offers responsibly sourced, biobased cellulosic fibers and yarns. These eco-friendly options empower mills, designers, and brands to create textiles that do not compromise on comfort, quality, or appearance. 

Naia™ acetate filament yarn is widely recognized and used by both high-end luxury and high-street fashion brands in China and around the world. It is favored for ready-to-wear fashion and linings because of its luxurious silky hand feel, beautiful drape, and rich luster. Beyond aesthetics, Naia™ delivers superior comfort, durability, and ease of care. 

Eastman has developed a robust network of mills and fabric trading partners in China, collaboratively driving innovation to develop some of the most advanced acetate-based fabrics in the global textile market today.

Shri Pachaiamman Spinners (based in Coimbatore): Turns more than 50 percent pre-consumer waste into hosiery yarn (Ne 10 to 30), producing 13 tons per day and using 100 percent recycled materials. (c) Trützschler
Shri Pachaiamman Spinners (based in Coimbatore): Turns more than 50 percent pre-consumer waste into hosiery yarn (Ne 10 to 30), producing 13 tons per day and using 100 percent recycled materials.
04.09.2025

Trützschler: State-of-the-art TRUECYCLED installations in India

Demand for recycled yarn is growing. And the number of TRUECYCLED installations in India is growing too! More and more future-facing companies are driving progress toward a more sustainable textiles industry by producing high-quality yarn from waste through specialized equipment and process know-how from Trützschler. The TRUECYCLED installations in India join a growing group of companies around the globe. This includes Trützschler customers in Türkiye as well as across Europe. 

Demand for recycled yarn is growing. And the number of TRUECYCLED installations in India is growing too! More and more future-facing companies are driving progress toward a more sustainable textiles industry by producing high-quality yarn from waste through specialized equipment and process know-how from Trützschler. The TRUECYCLED installations in India join a growing group of companies around the globe. This includes Trützschler customers in Türkiye as well as across Europe. 

TRUECYCLED is Trützschler’s complete solution for state-of-the-art recycling of pre-consumer and postconsumer textile waste. It encompasses all process steps – from cutting and tearing textile waste through to carding and drawing secondary fibers. Trützschler’s technological expertise enables partner companies to produce recycled yarns with the best possible quality from hard textile waste. In India, USHA YARN was awarded as the first TRUECYCLED reference customer in 2023. Now ten more reference customers are celebrated. TRUECYCLED is gaining traction in India, where demand for recycled yarn is growing rapidly. 
 
The TRUECYCLED pioneers in India are taking action to promote more sustainable, circular value chains in the textile industry. Their yarns contain a substantial amount of textile hard waste, manufactured in a line of Trützschler machinery configured specifically for recycling. All use the T-BLEND blow room line and Trützschler carding machines. 
 

  • Anangoor Textile Mills (based in Kangayam): Produces 30 tons of blended open-end yarn (Ne 20 to Ne 40) per day, using more than 50 percent raw materials from pre-consumer waste. 
  • Eco spin yarn (based in Derabassi): Specialized in 100 percent cotton and poly-cotton blended yarn. This company produces 18 tons of recycled yarn (Ne 10 to Ne 40) per day. It mainly uses 100 percent pre-consumer waste for cotton and up to 20 percent rPET fibers for poly-cotton blends. 
  • Fabtech International Hosieries (based in Tirupur): Manufactures 8 tons of blended open-end yarn (Ne 20 to Ne 40) per day, using more than 50 percent raw materials from pre-consumer waste. 
  • KS Spinning Mills (based in Panipat): Specializing in cotton and poly-cotton blended yarns with a capacity of 36 tons per day, this company produces a wide range of recycled open-end yarns from Ne 1 to Ne 40. For cotton yarn, the company uses 100 percent raw materials from preconsumer waste. Poly-cotton blended yarns are produced with a blend of up to 20 percent recycled polyester and up to 80 percent pre-consumer waste. 
  • Maatrishakti Cotspin (based in Panipat): An open-end yarn expert, manufacturing 18 tons of cotton and poly-cotton blends per day (Ne 10 to Ne 40), using 70 to 80 percent raw materials from pre-consumer waste. 
  • Oasis Textiles (based in Derabassi): Each day, this producer makes 36 tons of recycled yarn – using more than 70 percent raw material from pre-consumer waste (Ne 10 to Ne 40). 
  • Shreeji Cotfab (based in Neemarana): Produces 18 tons per day of open-end yarn made from cotton and poly-cotton blends (Ne 10 to Ne 30), primarily using more than 70 percent of recycled materials. 
  • Shri Pachaiamman Spinners (based in Coimbatore): Turns more than 50 percent preconsumer waste into hosiery yarn (Ne 10 to 30), producing 13 tons per day and using 100 percent recycled materials. 
  • Sri Velayudhaswamy Spinning Mills (based in Dindigul): This customer produces 14 tons of recycled yarn (Ne 20 to Ne 40) per day from a blend of recycled cotton and polyester, using more than 50 percent pre-consumer waste. 
  • Tirumalai Textiles (based in Coimbatore): Using more than 50 percent of pre-consumer waste, this manufacturer produces 17.5 tons of open-end yarn (Ne 10 to Ne 30) per day for weaving and hosiery applications. 
Source:

Trützschler

Sustainability Report Freudenberg Performance Materials (c) Freudenberg Performance Materials
04.09.2025

Freudenberg Performance Materials publishes publishes its first sustainability report

With the publication of its first sustainability report, Freudenberg Performance Materials has reached a major milestone on its path toward greater environmental responsibility and corporate transparency. Until now, information about the company’s sustainability performance was only included in the sustainability report of its parent company, the Freudenberg Group. The newly released report, however, focuses specifically on the business of technical textiles.

Sustainability at Freudenberg is deeply rooted in the company’s 175-year history. Freudenberg Performance Materials also aligns with the UN Brundtland definition and aims to minimize waste and emissions while reducing the use of energy, materials, and water. By 2045, the goal is to achieve CO₂ neutrality at all sites (Scope 1 and 2).

In 2024, Freudenberg Performance Materials made significant progress: 

With the publication of its first sustainability report, Freudenberg Performance Materials has reached a major milestone on its path toward greater environmental responsibility and corporate transparency. Until now, information about the company’s sustainability performance was only included in the sustainability report of its parent company, the Freudenberg Group. The newly released report, however, focuses specifically on the business of technical textiles.

Sustainability at Freudenberg is deeply rooted in the company’s 175-year history. Freudenberg Performance Materials also aligns with the UN Brundtland definition and aims to minimize waste and emissions while reducing the use of energy, materials, and water. By 2045, the goal is to achieve CO₂ neutrality at all sites (Scope 1 and 2).

In 2024, Freudenberg Performance Materials made significant progress: 

  • CO₂ emissions (Scope 1 & 2) were reduced by another 3% – 29% less than in the base year 2020.
  • Despite higher production levels, energy efficiency improved by 10%.
  • 30% of all purchased electricity came from renewable sources, powering 25 production lines with green energy.
  • The share of green energy in the total energy consumption rose by 26% to 13.5%.
  • The company’s biggest gas-powered asset was replaced with wet-scrubber technology, resulting in a reduction of approximately 4,000 tons of CO₂.

In addition, Freudenberg Performance Materials has defined medium- and long-term sustainability goals that serve as guidelines for short-term planning and decision-making. In preparation for the upcoming EU regulation “Ecodesign for Sustainable Products Regulation” (ESPR), the company has begun implementing software to calculate the Product Carbon Footprint (PCF).

Source:

Freudenberg Performance Materials