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Photo RE&UP
25.03.2025

PUMA & RE&UP: Multi-year collaboration to scale circular textile solution

Sports company PUMA and RE&UP Recycling Technologies have signed a Letter of Intent (LoI) to scale a fully circular textile solution, transforming textile waste into RE&UP’s Next-Gen Recycled Cotton Fibers and Recycled Polyester Chips.

Circularity is one of the focus areas of PUMA’s Vision 2030 sustainability goals and the company has already scaled up its RE:FIBRE textile-to-textile recycling program, producing millions of football jerseys made out of an increasing share of recycled textiles. RE&UP has become a key Next-Gen raw material partner in the RE:FIBRE program supporting PUMA’s ambition to reduce reliance on bottle-recycled polyester, enhancing true circularity while minimizing textile waste. Due to its previous success, this collaboration has now evolved into a broader global commitment to fully enabling circularity.

Sports company PUMA and RE&UP Recycling Technologies have signed a Letter of Intent (LoI) to scale a fully circular textile solution, transforming textile waste into RE&UP’s Next-Gen Recycled Cotton Fibers and Recycled Polyester Chips.

Circularity is one of the focus areas of PUMA’s Vision 2030 sustainability goals and the company has already scaled up its RE:FIBRE textile-to-textile recycling program, producing millions of football jerseys made out of an increasing share of recycled textiles. RE&UP has become a key Next-Gen raw material partner in the RE:FIBRE program supporting PUMA’s ambition to reduce reliance on bottle-recycled polyester, enhancing true circularity while minimizing textile waste. Due to its previous success, this collaboration has now evolved into a broader global commitment to fully enabling circularity.

As part of the expansion, PUMA will introduce RE:FIBRE to the Americas, leveraging RE&UP’s recycled raw materials within its local supply chain. Both companies have a long-term commitment to scaling sustainable solutions in the textile industry. By 2030, PUMA aims to use 30% fiber-to-fiber recycled polyester fabric for its apparel products.

RE&UP’s revolutionary recycling technology is a key enabler of the circular transition of the industry, especially due to its unique capability to process diverse textile feedstocks, including post-consumer and post-industrial waste, as well as complex blended textiles like polycotton and polyester-elastane—materials, traditionally difficult to recycle. Powered with 100% renewable energy and leveraging advanced technologies such as decolorization processes, RE&UP sets a new benchmark for sustainable, low-impact recycled textile fibers.

Source:

RE&UP

25.03.2025

Aquafil: First demo plant for chemical separation of elastic fiber from nylon

Aquafil launched, in Slovenia, the first demonstration plant for the chemical separation of elastic fiber from nylon, an innovative technology to open new perspectives in the textile fiber sector.

“After more than a decade of research and development, Aquafil marks a turning point in the world of textile fibers with the launch of a revolutionary technology: the first demonstration plant for the chemical separation of elastic fiber from nylon. The journey began in 2013, with a joint research project together with Georgia Tech University and the filing of an initial patent. Although industrialization had not materialized, the work of Aquafil researchers never stopped. The perseverance and dedication of the R&D team led, in 2022, to the publication of a new patent, the result of improved technology that was finally ready to be tested on a semi-industrial scale.

Aquafil launched, in Slovenia, the first demonstration plant for the chemical separation of elastic fiber from nylon, an innovative technology to open new perspectives in the textile fiber sector.

“After more than a decade of research and development, Aquafil marks a turning point in the world of textile fibers with the launch of a revolutionary technology: the first demonstration plant for the chemical separation of elastic fiber from nylon. The journey began in 2013, with a joint research project together with Georgia Tech University and the filing of an initial patent. Although industrialization had not materialized, the work of Aquafil researchers never stopped. The perseverance and dedication of the R&D team led, in 2022, to the publication of a new patent, the result of improved technology that was finally ready to be tested on a semi-industrial scale.

Today, thanks to this demo plant, the results of laboratory experiments are confirmed: for the first time, it is possible to effectively separate elastic fiber from nylon in blended fabrics – one of the most difficult challenges in recycling composite materials, particularly those from sportswear and swimwear, among the most problematic wastes in the textile sector. Indeed, the coexistence of different fibers within the same fabric has long been a tremendous obstacle to recycling, condemning tons of potentially recoverable materials to becoming waste”, stated Giulio Bonazzi, Chief Executive Officer.

The goal now is to optimize the process at every stage to define the set-up of a future large-scale industrial plant. Aquafil has activated a network of strategic stakeholders to ensure a steady flow of waste materials and build a solid and efficient supply chain that can feed an increasingly virtuous recycling model.

The nylon recovered through this technology will be entirely destined for the ECONYL® regeneration plant, where it will be processed into new regenerated nylon, ready for new textile applications. This is another step toward reducing dependence on virgin resources and making a concrete contribution to reducing the industry’s environmental impact.
 
The nylon waste is collected in locations all over the world and includes industrial waste but also products – such as fishing nets and rugs – that have reached the end of their useful life. Such waste is processed to obtain a raw material – caprolactam – with the same chemical and performance characteristics as those from fossil sources. The polymers produced from ECONYL® caprolactam are distributed to the Group’s production plants, where they are transformed into yarn for rugs carpet flooring and for clothing.

More information:
Aquafil nylon chemical recycling
Source:

Aquafil S.p.A.

24.03.2025

Industry leaders unite to form RTS Textiles Group

In a strategic move designed to align a long-term vision, RTS Textiles Ltd (RTS) announced that all operations and joint venture partners are united as the RTS Textiles Group Ltd (RTS Group). This newly formed global powerhouse in the workwear and protective textiles markets will be led by RTS, with minority shareholdings held by TMG – Acabamentos Têxteis S.A. (TMG) and Sapphire Textile Mills Limited (STM).

Effective 24th March 2025, this merger marks the next step in a partnership that has developed over years of collaboration between RTS, TMG and STM. Initially starting as supply chain partners, in 2017 TMG and RTS entered into a joint venture as MGC in Portugal, and in 2021 STM and RTS entered into a strategic partnership under CTI in Asia. This new integrated strategic merger will further enhance the combined strength of all three companies offering greater innovation and operational efficiency, positioning RTS Textiles Group as a leading force in the market.

In a strategic move designed to align a long-term vision, RTS Textiles Ltd (RTS) announced that all operations and joint venture partners are united as the RTS Textiles Group Ltd (RTS Group). This newly formed global powerhouse in the workwear and protective textiles markets will be led by RTS, with minority shareholdings held by TMG – Acabamentos Têxteis S.A. (TMG) and Sapphire Textile Mills Limited (STM).

Effective 24th March 2025, this merger marks the next step in a partnership that has developed over years of collaboration between RTS, TMG and STM. Initially starting as supply chain partners, in 2017 TMG and RTS entered into a joint venture as MGC in Portugal, and in 2021 STM and RTS entered into a strategic partnership under CTI in Asia. This new integrated strategic merger will further enhance the combined strength of all three companies offering greater innovation and operational efficiency, positioning RTS Textiles Group as a leading force in the market.

The group will encompass RTS' wholly owned brands and operations, including Carrington Textiles, Pincroft and Alltex, as well as full ownership of CTI, MGC and Melchior. The current management team at RTS will continue to lead the new entity, ensuring continuity and maintaining strong customer relationships.

Leveraging Expertise and Resources
The merger brings together the unique strengths of each organisation: RTS, known for high-performance flame-retardant (FR) fabrics for the PPE sector and rotary screen-printed fabrics for the military market, TMG - experts in weaving, dyeing and finishing high-quality fabrics, serving a wide variety of applications in the workwear sector and STM, specialised in vertical integration, with a focus on spinning, weaving, dyeing and finishing workwear textiles.

Source:

Carrington Textiles

Graphic INDA
24.03.2025

INDA: “Permanently Exclude USMCA Products from Canada, Mexico Tariffs”

INDA, the Association of the Nonwoven Fabrics Industry issued the following statement on executive orders imposing significant tariffs on products from Canada and Mexico:

Last month, President Trump instituted significant tariffs on products from Canada and Mexico. While products that fall under the United States-Mexico-Canada Agreement (USMCA) have been excluded from these new tariffs to date, it has been reported that these exclusions may end in early April.

The nonwovens industry contributes to nearly $100 billion in economic output through sales to end users in North America. According to the National Association of Manufacturers, thanks to the USMCA: “one-third of critical U.S. manufacturing inputs now come from Canada or Mexico, rather than from competitors that often engage in unfair trade practices.”

INDA, the Association of the Nonwoven Fabrics Industry issued the following statement on executive orders imposing significant tariffs on products from Canada and Mexico:

Last month, President Trump instituted significant tariffs on products from Canada and Mexico. While products that fall under the United States-Mexico-Canada Agreement (USMCA) have been excluded from these new tariffs to date, it has been reported that these exclusions may end in early April.

The nonwovens industry contributes to nearly $100 billion in economic output through sales to end users in North America. According to the National Association of Manufacturers, thanks to the USMCA: “one-third of critical U.S. manufacturing inputs now come from Canada or Mexico, rather than from competitors that often engage in unfair trade practices.”

At a time when manufacturers are facing cost pressures from many angles, it is imperative that American manufacturers remain competitive globally and have long-term clarity on import costs. As such, we urge President Trump to make the tariff exemption for USMCA products permanent and are ready and willing to work with the White House to promote a balanced trade policy.”

More information:
INDA US Tariffs Mexico Canada
Source:

INDA

21.03.2025

CARBIOS: New Chairwoman and new CEO

CARBIOS, a pioneer in the development and industrialization of biological technologies to reinvent the life cycle of plastic and textiles, announces the resignation of Philippe Pouletty from term of office as Chairman of the Board of Directors and Director, as well as from his term of office as Chief Executive Officer, a position he had accepted on a transitional basis on 18 December 2024.
 
The Board of Directors has taken note of this decision and thanks Philippe Pouletty for his contribution to CARBIOS' development.

The Board of Directors has appointed Isabelle Parize as Chairwoman of the Board and Vincent Kamel as Chief Executive Officer with immediate effect.
 
Continuing the work already undertaken, Vincent Kamel will focus on successfully executing CARBIOS' strategic objectives, including securing the additional financing needed to build its PET biorecycling plant in Longlaville.

CARBIOS, a pioneer in the development and industrialization of biological technologies to reinvent the life cycle of plastic and textiles, announces the resignation of Philippe Pouletty from term of office as Chairman of the Board of Directors and Director, as well as from his term of office as Chief Executive Officer, a position he had accepted on a transitional basis on 18 December 2024.
 
The Board of Directors has taken note of this decision and thanks Philippe Pouletty for his contribution to CARBIOS' development.

The Board of Directors has appointed Isabelle Parize as Chairwoman of the Board and Vincent Kamel as Chief Executive Officer with immediate effect.
 
Continuing the work already undertaken, Vincent Kamel will focus on successfully executing CARBIOS' strategic objectives, including securing the additional financing needed to build its PET biorecycling plant in Longlaville.

Isabelle Parize is CEO of DELSEY. Isabelle Parize began her career at Procter & Gamble, where she held strategic positions in marketing and brand management for 13 years. She then joined Henkel as Vice President EMEA. On the strength of this experience, she became head of Canal Sat, the French media group. She then pursued her career in the beauty sector, becoming President of the Managing Board of Nocibé, one of France's leading perfume retailers, in 2011. In 2015, she was appointed Managing Director of Douglas AG, a European perfume giant, where she steered the company's expansion and modernization.
 
In 2018, she took a new role as CEO of DELSEY. Between 2021 and 2025, she will continue to support the Group as President of its Supervisory Board. Isabelle Parize has served on Coty Inc.'s Board since 2020.
 
Isabelle Parize has been a member of the CARBIOS Board of Directors since 2022.
 
Vincent Kamel, with over 38 years' experience in the polymer and chemical industries, has held management positions in companies such as Rhône-Poulenc, Rhodia and Solvay, both in France and abroad (China, South Korea, Brazil), notably as General Manager of Solvay's polyamide division, Director of the Coatis business unit and Director for Asia in the engineering plastics sector.
 
Vincent Kamel has been involved in CARBIOS’ development since 2021 as a member of the company's Board of Directors, and since December 2024, as an advisor to CARBIOS’ executive management.

More information:
Carbios Board of Management CEO
Source:

Carbios

Graphic Jeanologia
21.03.2025

Jeanologia: 20 million m³ of polluted water saved from the planet

On the occasion of World Water Day, Jeanologia reaffirms its commitment to dehydrating and detoxifying the textile industry by presenting its Ecological Profit and Loss Account—a pioneering report that quantifies the positive impact of its innovative solutions in terms of water savings and emissions reduction.

The figures for 2024: 20,875,400 cubic meters of polluted water saved and a reduction of 98,4 million kilograms of CO₂ emissions—a contribution equivalent to the annual water consumption of a city the size of Valencia and the carbon capture in a year by a forest of 16,000 hectares, the same size as 22,400 football fields. This means millions of liters of wastewater have been prevented from reaching rivers and seas, and millions of kilograms of CO₂ from polluting the atmosphere.

On the occasion of World Water Day, Jeanologia reaffirms its commitment to dehydrating and detoxifying the textile industry by presenting its Ecological Profit and Loss Account—a pioneering report that quantifies the positive impact of its innovative solutions in terms of water savings and emissions reduction.

The figures for 2024: 20,875,400 cubic meters of polluted water saved and a reduction of 98,4 million kilograms of CO₂ emissions—a contribution equivalent to the annual water consumption of a city the size of Valencia and the carbon capture in a year by a forest of 16,000 hectares, the same size as 22,400 football fields. This means millions of liters of wastewater have been prevented from reaching rivers and seas, and millions of kilograms of CO₂ from polluting the atmosphere.

Water scarcity: the textile industry’s challenge and the urgency to act
The fashion industry, one of the most water-intensive and waste-generating sectors, faces a critical challenge. Each year, it is estimated to use 93 billion cubic meters of water and generate 20% of the world’s wastewater, mostly due to processes like dyeing and garment finishing. This scenario highlights the urgent need for transformation.

The global water crisis demands concrete solutions. Jeanologia has proven that it is possible to produce fashion responsibly, significantly reducing environmental impact without compromising quality, authenticity, creativity, or profitability.

The denim revolution is driven by innovation. Since its founding three decades ago, Jeanologia has developed a integrated ecosystem of technologies that enable zero discharge and minimal water usage. Among its specialized solutions for the denim industry are:

  • Laser: A pioneering technology that replaces traditional abrasion methods, eliminating the use of water and harmful chemicals.
  • eFlow: Uses nanobubbles to transport chemicals precisely to fabrics, minimizing water usage and ensuring zero discharge.
  • Airwash Tech (G2 Indra): Replaces conventional water-based garment washing with air, significantly reducing both water and chemical consumption.
  • H2Zero: A closed-loop water recycling system that recovers up to 95% of water used during production.

Jeanologia has implemented these technologies in over 80 countries, working with leading global manufacturers to completely transform how jeans are made. Sustainability in the textile sector is no longer a promise—it’s a measurable reality.

Since its founding, Jeanologia has been on a mission to transform the textile industry into a more ethical, sustainable, and efficient model. The company works closely with brands, retailers, and suppliers on this transformative journey, offering disruptive technologies, innovative software, and a new operational model. Their groundbreaking solutions, including laser technology, G2 ozone, Dancing Box, e-flow, H2Zero, and ColorBox, have redefined garment design and finishing standards, eliminating polluting processes and significantly reducing the use of water, energy, and chemicals. Thanks to these advancements, Jeanologia has saved millions of liters of water and eliminated harmful substances, turning its vision of a truly sustainable textile industry into reality.

In 2025, Jeanologia celebrates its 30th anniversary, marking a legacy of three decades of sustainable innovation. From the introduction of its laser technology in 1999, which revolutionized denim finishing, to its current challenge of implementing a revolutionary sustainable garment dyeing process, the Spanish company has pioneered solutions that not only benefit the environment but also optimize operational costs. Looking ahead, Jeanologia remains committed to creating an eco-efficient and ethical textile future, encouraging all industry stakeholders to join its Mission Zero initiative: dehydrate and detoxify the textile industry. No more water and toxic chemicals used in garment finishing around the world.

Source:

Jeanologia

EDANA Statement on Potential EU Countermeasures to US Tariffs Image (c) Edana
21.03.2025

EDANA Statement on Potential EU Countermeasures to US Tariffs

The statement in full:

EDANA, the leading global association representing the nonwovens and related industries, acknowledges the European Commission’s potential decision to implement countermeasures in response to the recently imposed US tariffs on EU steel, aluminium, and certain derived products. As the voice of over 250 companies in the nonwovens supply chain, we are closely monitoring the implications of these measures and their potential impact on our members.

Nonwovens are innovative, high-tech, engineered fabrics made from fibres. They are used in a wide range of consumer and industrial products either in combination with other materials or alone. They provide essential materials for hygiene products, medical applications, filtration, construction, and automotive industries. They are critical in ensuring public health, safety, and industrial efficiency, with applications ranging from surgical masks and wound dressings to baby diapers, disinfectant wipes, and high-performance insulation.

The statement in full:

EDANA, the leading global association representing the nonwovens and related industries, acknowledges the European Commission’s potential decision to implement countermeasures in response to the recently imposed US tariffs on EU steel, aluminium, and certain derived products. As the voice of over 250 companies in the nonwovens supply chain, we are closely monitoring the implications of these measures and their potential impact on our members.

Nonwovens are innovative, high-tech, engineered fabrics made from fibres. They are used in a wide range of consumer and industrial products either in combination with other materials or alone. They provide essential materials for hygiene products, medical applications, filtration, construction, and automotive industries. They are critical in ensuring public health, safety, and industrial efficiency, with applications ranging from surgical masks and wound dressings to baby diapers, disinfectant wipes, and high-performance insulation.

While we welcome the intention to safeguard the interests of EU industries affected by the US tariffs, EDANA joins those already raising significant concerns about the potential unintended consequences of these countermeasures on our sector.

The EU’s relationship with the US is of critical importance, and we believe the primary focus should be on negotiations to reach a mutually beneficial resolution. It is essential to avoid escalating trade tensions that could result in long-term harm to industries on both sides of the Atlantic.

Negative effect on key raw materials
A particular area of concern is the potential effect of these countermeasures on critical raw materials, such as fluff pulp. Fluff pulp, or pulp-based fibres, are a natural raw material used in the absorbent core of absorbent hygiene products, this is due to their high absorbency rate. Baby nappies, menstrual products, and incontinence products all rely on fluff pulp to absorb and retain human fluids. In 2024, the US provided more than 80% of the fluff pulp imported into the European Union.

This is just one example of the broader impact these countermeasures could have on the industry. These measures could lead to increased production costs, higher finished product prices, supply chain disruptions, and a competitive disadvantage for European nonwoven manufacturers in global markets.

Conclusion
It is important to highlight that these proposed measures risk being unfair, as they will disproportionately impact the more vulnerable members of our society, including the elderly, hospitalised individuals, young families with children, and women. Any regulatory changes should carefully consider their social implications to avoid exacerbating inequalities.

Considering these concerns, EDANA urges the European Commission to carefully assess the economic impact on downstream industries, ensuring that countermeasures do not disproportionately impact sectors dependent on essential imported raw materials. We welcome the opportunity to contribute to the ongoing consultation process and strongly advocate for a balanced approach that safeguards European industry while maintaining fair and open trade relations with the US.

The European Commission has the opportunity to prevent a harmful cycle of retaliatory tariffs that could have a net negative effect on both economies.

Source:

EDANA

Engineering and Technology Winner – R. Paul & T. Gries Source: PROSE Awards
Engineering and Technology Winner – R. Paul & T. Gries
21.03.2025

ITA receives PROSE AWARD 2025 in the Engineering and Technology category

The winners of the PROSE AWARD 2025 were announced on 5th March 2025.
Roshan Paul and Thomas Gries from the Institut für Textiltechnik (ITA) of RWTH Aachen University were honoured as category winners in Engineering and Technology for their book ‘Sustainable Innovations in the Textile Industry’.

Every year since 1976, the Association of American Publishers Awards for Professional and Scholarly Excellence (PROSE Awards) have recognised authors, editors and publishers who have made significant advances in their respective fields with their groundbreaking works.

"The PROSE AWARD is one of the highest honours a book can ever achieve", enthuses Roshan Paul. "This award is a result of the synergistic team work with all the chapter authors and is a dream come true". Thomas Gries adds: "As part of the ITA Group International Centre for Sustainable Textiles, ITA has been conducting high-quality research on sustainable textiles for several years. The results from this research also form the basis for our book. This is how we live up to our claim 'Textile Innovations - Sustainable. Digital. Individual.’”

The winners of the PROSE AWARD 2025 were announced on 5th March 2025.
Roshan Paul and Thomas Gries from the Institut für Textiltechnik (ITA) of RWTH Aachen University were honoured as category winners in Engineering and Technology for their book ‘Sustainable Innovations in the Textile Industry’.

Every year since 1976, the Association of American Publishers Awards for Professional and Scholarly Excellence (PROSE Awards) have recognised authors, editors and publishers who have made significant advances in their respective fields with their groundbreaking works.

"The PROSE AWARD is one of the highest honours a book can ever achieve", enthuses Roshan Paul. "This award is a result of the synergistic team work with all the chapter authors and is a dream come true". Thomas Gries adds: "As part of the ITA Group International Centre for Sustainable Textiles, ITA has been conducting high-quality research on sustainable textiles for several years. The results from this research also form the basis for our book. This is how we live up to our claim 'Textile Innovations - Sustainable. Digital. Individual.’”

Source:

Institut für Textiltechnik der RWTH Aachen University

Amanda Ferrari - Director  I: @WeArePRUK
Amanda Ferrari - Director
20.03.2025

The Salvation Army: New campaign for unwanted stock helping to transform lives

Through a nationwide network of charity shops, donation centres and clothing banks the Salvation Army Trading Company (SATCoL) work with community groups, large organisations, local authorities, schools, colleges and individuals - all with a shared aim to help others and help protect our planet.

SATCoL work in partnership with brands and retailers to accept excess, returned and end-of- line stock of clothing and home-goods to be resold in its charity shops across the country.

This partnership opportunity for brands helps them to save on additional storage costs, create more room in their warehouse for new stock and divert more items away from disposal.

Through a nationwide network of charity shops, donation centres and clothing banks the Salvation Army Trading Company (SATCoL) work with community groups, large organisations, local authorities, schools, colleges and individuals - all with a shared aim to help others and help protect our planet.

SATCoL work in partnership with brands and retailers to accept excess, returned and end-of- line stock of clothing and home-goods to be resold in its charity shops across the country.

This partnership opportunity for brands helps them to save on additional storage costs, create more room in their warehouse for new stock and divert more items away from disposal.

By extending the useful life of products, Salvation Army Trading Company and its partners make a positive contribution to reducing unnecessary waste, greenhouse gas emissions, and raising vital funds for charity work. In addition to this, SATCoL’s investment in modern processing centres and new technology means they can offer new ways of reusing and recycling textiles on a commercial scale, never seen in the UK. The trading arm of the charity also support businesses to amplify the message around their sustainable collaboration by making the public aware of their partnership goals and aspirations to create lasting change.

As a call to action, SATCoL produced a photoshoot with leading fashion industry photographer Camille Sanson and Fashion Stylist Karl Willett whose work includes styling celebrities for The Grammy’s, The Met Gala, Vanity Fair magazine and more.

Karl shared “It was a pleasure to be part of the Corporate Donations shoot, a scheme that is contributing to positive change and sustainability for the planet by diverting more everyday items away from landfill.”

The stylish images demonstrate the potential of second-hand fashion, electronic devices and home-goods, all of which the organisation is keen to receive. The Salvation Army Trading Company has received industry wide recognition for their efforts to support brand and retailers to meet their sustainability goals and encourage second-hand shopping.

Shaunacy Burne, Corporate Partnerships Manager at Salvation Army Trading Company shared: “We are partnering with businesses to receive their obsolete, end of line and faulty stock to be reused or repurposed. Not only are we helping brands to meet their CSR goals with our sustainable solutions, but the donations we receive are sold in our retail outlets to help raise vital funds for our parent charity. We’re keen to explore partnership opportunities with retailers, together we can reduce waste and divert more items away from landfill. Please get in touch, we want to hear from you.”

Source:

The Salvation Army

NEXT-STEP Photo AIMPLAS
NEXT-STEP
20.03.2025

NEXT-STEP: Producing groundbreaking bio-based chemicals at a large scale

NEXT-STEP realizes a sustainable, safe, and affordable way to produce groundbreaking bio-based chemicals at a large scale. These innovative molecules will improve the sustainability and recyclability of Polyurethane products and Polylactic acid (PLA) co-polymers.

The project, coordinated by AIMPLAS, the Plastics Technology Centre, is supported by the Circular Bio-based Europe Joint Undertaking and its members and gathers 12 partners across Europe.

Scaling up sustainable and biodegradable materials is crucial for the future advancement of European industry. Currently, many bio-based alternatives struggle to compete with established fossil-based chemicals due to challenges in environmental, economic, and societal performance. To overcome this, NEXT-STEP aims to develop recyclable products from wood production residues for everyday applications. New biochemical materials will be developed for shoe soles and insulation materials for construction.

NEXT-STEP realizes a sustainable, safe, and affordable way to produce groundbreaking bio-based chemicals at a large scale. These innovative molecules will improve the sustainability and recyclability of Polyurethane products and Polylactic acid (PLA) co-polymers.

The project, coordinated by AIMPLAS, the Plastics Technology Centre, is supported by the Circular Bio-based Europe Joint Undertaking and its members and gathers 12 partners across Europe.

Scaling up sustainable and biodegradable materials is crucial for the future advancement of European industry. Currently, many bio-based alternatives struggle to compete with established fossil-based chemicals due to challenges in environmental, economic, and societal performance. To overcome this, NEXT-STEP aims to develop recyclable products from wood production residues for everyday applications. New biochemical materials will be developed for shoe soles and insulation materials for construction.

By reducing manufacturing costs and using second-generation feedstocks such as hardwood sugars produced from residues derived from sustainably managed forests, NEXT-STEP aims to develop a new chemical platform, 3-methyl-d-valerolactone (3MdVL) that will improve the sustainability and recyclability of polyurethane (PU) products and unlock new engineering plastic applications for polylactic acid (PLA) co-polymers. This initiative seeks to address environmental concerns while fostering the adoption of bio-based materials in various industries.

Thus, NEXT-STEP realizes a sustainable, safe, and affordable way to produce groundbreaking bio-based chemicals at a large scale.

This will be achieved through 6 specific objectives:

  • Sourcing and process optimization for EU-based and sustainable feedstocks.
  • Scale-up and demonstration of an innovative and resource-efficient process to produce aMVL.
  • Scale-up resource-efficient catalytic processes to unlock the use of 3MdVL and 3MPD as bio-based platform chemicals.
  • Commercially viable, safe and sustainable building blocks by design.
  • Demonstrate the applicability of aMVL, 3MdVL and 3MPD as bio-based chemical platforms to produce bio-based products meeting market requirements.
  • Definition of socially acceptable and competitive business and commercialization plan

12 partners from 8 countries
The project, coordinated by AIMPLAS, the Plastics Technology Centre, is supported by the Circular Bio-based Europe Joint Undertaking and its members and gathers 12 partners from 8 EU countries across the value chain have come together to work on the development of sustainable materials from feedstock to end-products. The consortium includes the footwear company Adidas, Fibenol, DBFZ, Quantis, Sapienza Università di Roma, Mevaldi, PDC Research Foundation, Ghent University, Bio Base Europe Pilot Plant, Certech, and Altar.

More information:
AIMPLAS bio-based project
Source:

AIMPLAS

20.03.2025

SGL Carbon: Business development in 2024 in line, decreasing sales markets expected for 2025

Increasingly weaker demand from key sales markets over the course of 2024 is slowing SGL Carbon's sales and earnings growth. Group sales in 2024 amounted to €1,026.4 million, down slightly by 5.8% on the prior-year level (2023: €1,089.1 million). The group's adjusted EBITDA decreased by 3.3% to €162.9 million (2023: €168.4 million).

Despite the slight decline in sales, the adjusted EBITDA margin improved from 15.5 % in the previous year to 15.9 % in 2024. This is mainly due to positive price and product mix effects.

Declining demand from the key semiconductor and automotive markets, coupled with persistently unsatisfactory demand from the wind industry, led to a decrease in volume and sales in three of four business units. Only Process Technology was able to improve its sales and adjusted EBITDA.

Increasingly weaker demand from key sales markets over the course of 2024 is slowing SGL Carbon's sales and earnings growth. Group sales in 2024 amounted to €1,026.4 million, down slightly by 5.8% on the prior-year level (2023: €1,089.1 million). The group's adjusted EBITDA decreased by 3.3% to €162.9 million (2023: €168.4 million).

Despite the slight decline in sales, the adjusted EBITDA margin improved from 15.5 % in the previous year to 15.9 % in 2024. This is mainly due to positive price and product mix effects.

Declining demand from the key semiconductor and automotive markets, coupled with persistently unsatisfactory demand from the wind industry, led to a decrease in volume and sales in three of four business units. Only Process Technology was able to improve its sales and adjusted EBITDA.

Earnings performance in the past fiscal year was strongly affected by non-recurring items of minus €118.5 million (2006: minus €52.9 million). These mainly included the impairment of assets of the Carbon Fibers business unit totaling €91.2 million (previous year: €44.7 million) and expenses from restructuring measures in the Carbon Fibers and Battery Solutions business lines totaling €19.0 million. After deducting one-off effects and non-recurring items as well as depreciation and amortization of €58.7 million (2023: €58.9 million), EBIT amounted to minus €14.3 million in 2024 (2023: €56.6 million).

Taking into account the financial result of minus €32.6 million (2023: minus €34.2 million) and tax expenses of €32.5 million (2023: €19.3 million), SGL Carbon recorded a net loss of €80.3 million (2023: net profit of €41.0 million) despite the solid overall business performance.

In 2024, the Carbon Fibers (CF) business unit's sales continued to decline, decreasing by 6.7% to €209.8 million (2023: €224.9 million). The decline was due in particularly to the continued low demand from the wind industry and the increasing competitive headwind resulting from global overcapacity for textile and carbon fibers.

Adjusted EBITDA in the Carbon Fibers business unit decreased by €18.2 million year-on-year to minus €11.0 million (2023: €7.2 million). The lack of fixed cost absorption led to high idle capacity costs and combined with declining margins for our fiber products, had a negative impact on adjusted EBITDA. It should be noted that the Carbon Fibers business unit included the result of the equity accounted activities (mainly the joint venture Brembo SGL Carbon Ceramic Brakes, BSCCB) in the amount of €15.8 million (2023: €18.3 million). Excluding the contribution from the equity-accounted BSCCB, the adjusted EBITDA of Carbon Fibers would amount to minus €27.0 million (2023: minus €10.9 million).

In February 2025, as part of the review of all strategic options for the Carbon Fibers, a decision was made to extensively restructure the Carbon Fibers business unit, which also includes the closure of unprofitable business activities. A complete sale of the Carbon Fibers activities was reviewed and is currently not considered feasible.

In the reporting period, sales in the Composite Solutions (CS) business unit amounted to €124.6 million, down 19.0% (2023: €153.9 million). The decline was due in particular to the premature expiration of a significant project-related supply contract with an automotive customer.

As a result of lower volumes and product mix effects, CS's adjusted EBITDA decreased by €4.0 million or 18.0% year on year to €18.2 million (2023: €22.2 million). It should be noted that the adjusted EBITDA includes a compensation payment of €3.0 million for a prematurely terminated customer contract. The adjusted EBITDA margin remained almost constant at 14.6% compared to the previous year (2023: 14.4%).

Forecast
For the year 2025, SGL Carbon expects different but overall challenging developments in their key sales markets. For the semiconductor industry and in particular for silicon carbide-based semiconductors, the demand is expected to remain moderate. The main reasons are lower than originally forecast growth rates for electric vehicles and continued high inventories at our customers site. At the earliest, demand could pick up in the second half of 2025. The company also expects a high degree of uncertainty combined with lower momentum for the automotive market segment.

The forecast for the current fiscal year 2025 takes into account all four operating business units, as they are still in the early stages of restructuring our Carbon Fibers business. Based on their assumptions regarding the development of the key sales markets, the managers expect consolidated sales for fiscal year 2025, including all business units, to be slightly below the previous year (2024: €1,026.4 million).

Taking into account all four operating business units, an adjusted EBITDA in 2025 is expected to range between €130 million and €150 million. Furthermore, the assumption is that the free cash flow at the end of the 2025 financial year - excluding payments for the planned restructuring of the CF - will be below the previous year's level but still positive (2024: €38.7 million).

Restructuring Carbon Fibers
On February 18, 2025, the Board of Management of SGL Carbon announced a restructuring of the loss-making CF business unit. This includes a significant reduction of CF's business activities and a focus on a profitable core. SGL Carbon's group sales guidance for 2025 excluding the expected sales contribution from CF would be approximately €200 million lower. On the other hand, the adjusted EBITDA for the remaining businesses excluding the operating adjusted EBITDA of CF would be between 155 – 175 million €.

“In the coming months, our work will focus on restructuring the carbon Fibers business unit and safeguarding our profitability. This includes focusing on new sales opportunities to further utilize our production capacities and strict cost management. The major trends such as digitization, climate-friendly transportation and renewable energy sources remain intact and are the drivers for our key sales markets. SGL Carbon will benefit from these trends and the associated growth opportunities in the medium and long term,” explains Andreas Klein, CEO of SGL Carbon SE.

Source:

SGL Carbon SE

Graphic: Lenzing AG
20.03.2025

Lenzing presents Young Scientist Award to young talents

The Lenzing Group is presenting the Lenzing Young Scientist Award at the Dornbirn Global Fiber Congress (GFC) from September 10 to 12, 2025 for bachelor, master and doctoral students who develop innovative solutions to ecological challenges in the fiber and textile industry. The deadline for applications is June 30, 2025. The best thesis by Bachelor's and Master's students will receive a prize of EUR 3,000, while the best doctoral thesis will receive EUR 5,000.

The Lenzing Group is presenting the Lenzing Young Scientist Award at the Dornbirn Global Fiber Congress (GFC) from September 10 to 12, 2025 for bachelor, master and doctoral students who develop innovative solutions to ecological challenges in the fiber and textile industry. The deadline for applications is June 30, 2025. The best thesis by Bachelor's and Master's students will receive a prize of EUR 3,000, while the best doctoral thesis will receive EUR 5,000.

For the fourth time, the Lenzing Group honors young researchers with the Lenzing Young Scientist Award for excellent research work in the fiber and textile sector. The Dornbirn-GFC, as a platform for international exchange of experience in the field of fibers, offers an ideal stage for this research competition. Bachelor's and Master's students can submit their scientific work under the guiding theme “Unlimited inspiration from nature: Together we research sustainable innovations based on cellulose, including regenerated cellulose fibers and films, as well as cellulose composites” and face a jury of renowned experts from the industry. The aim is to support students who inspire the industry with their research results and create a platform for networking with the textile and fiber industry.

Austrian Fibers Institute as organizer of the Dornbirn GFC
For the 64th time, the Austrian Fiber Institute is organizing the Dornbirn Fiber Congress on a non-profit basis and will provide the framework for presenting the Lenzing Young Scientist Award from September 10 to 12, 2025. The Austrian Fiber Institute, based in Vienna, was founded in 1960 by fiber producers and the Austrian textile industry to promote the market launch of fibers and their products. The Fiber Institute also offers the opportunity to exchange information and experience about fibers and supports contact with educational institutions. The GFC focuses on an international exchange of experience in close coordination with the umbrella organization CIRFS in Brussels and deals with topics relevant to the future, such as fiber innovations, sustainability and the circular economy.

Applicants for the Lenzing Young Scientist Award have the opportunity to submit their work (theses, papers, etc.) in English until June 30, 2025 to the following e-mail address: YSA2025@lenzing.com. Further information can be found online at https://www.lenzing.com/young-scientist-award.

Source:

Lenzing AG

Intertextile Shanghai Home Textiles Photo: Messe Frankfurt
Over 25,000 visitors attended the show – an overall 8% increase compared to the previous Spring Edition
20.03.2025

Intertextile Shanghai Home Textiles – Spring Edition: Comfort meets eco-consciousness and innovation

Fueled by robust demand, the fair wrapped up successfully on 13 March at the National Exhibition and Convention Center (Shanghai). Over 370 exhibitors engaged with more than 25,000 visitors from 85 countries and regions, with total visitor numbers up by 8%, and the number of international visitors more than double that of the previous Spring Edition. As consumer preferences continue to evolve, buyers increasingly sought home products that harmoniously blend style, comfort and sustainability. This trend was evident throughout Hall 5.2, highlighted by the extensive mix of exhibitors and the accompanying fringe program focused on eco-innovation and smart sleep, reinforcing the fair as an important business platform for the advancing industry.

Fueled by robust demand, the fair wrapped up successfully on 13 March at the National Exhibition and Convention Center (Shanghai). Over 370 exhibitors engaged with more than 25,000 visitors from 85 countries and regions, with total visitor numbers up by 8%, and the number of international visitors more than double that of the previous Spring Edition. As consumer preferences continue to evolve, buyers increasingly sought home products that harmoniously blend style, comfort and sustainability. This trend was evident throughout Hall 5.2, highlighted by the extensive mix of exhibitors and the accompanying fringe program focused on eco-innovation and smart sleep, reinforcing the fair as an important business platform for the advancing industry.

Speaking on the final day, Ms Wilmet Shea, General Manager of Messe Frankfurt (HK) Ltd, said: “The visitor flow throughout the hall clearly demonstrated the strong demand and recovery within the Chinese home textile market, with many exhibitors reporting high-quality leads. Notably, there was a significant increase in overseas visitors, highlighting the event's growing international appeal. We observed various trends, but prominent themes were sustainability and smart bedding solutions, as more exhibitors are increasingly incorporating technology and eco-friendly practices into their materials and production processes. Overall, the comprehensive selection of products catered to the varied interests of buyers across the industry.”

Eco-consciousness has evolved from being just a nice-to-have to becoming an essential aspect in the home textiles market. In the bedding sector, this has led to a growing emphasis on organic, reusable, and recyclable materials that are free from hazardous chemicals. Throughout the three-day fair, the fairground was abuzz with products that offered both comfort and environmental responsibility.

From smart bedding, featuring temperature regulation and antibacterial technologies, to sustainable home textiles using biodegradable and organic materials, exhibitors showcased a diverse collection of solutions designed to elevate the modern home. Particularly notable was CoolisT Life Technology Co Ltd, which displayed bio-based biodegradable sponges, including Zero Foam and Hydrophilic Foam. Renowned buying brands, including Sainsbury’s, Americana International, Li & Fung, and many more, proactively pursued technological innovations, sustainable solutions, and high-end products to better meet the demands of consumers.

The fringe programme also played a key role in driving industry dialogue around eco-consciousness and innovation. The Green and Low Carbon Forum explored sustainable textiles for bedrooms and homes, while the Sleeping Aid Summit 2025 discussed the integration of smart home technologies into bedding. Another event in the spotlight was Timeless and Transformative Colour: Celebrating the Rich Diversity of Modern Living for 2026, held by the Pantone Color Institute. At this event, participants discovered the vibrant colour palettes for home interiors that are expected to be popular trends in 2026.

(c) Hightex
20.03.2025

HIGHTEX 2026: Technologies Shaping the Future of Technical Textiles

The HIGHTEX 2026 International Technical Textiles and Nonwoven Exhibition is the first and only exhibition in Turkey on this subject. It will open its doors at the Tüyap Fair and Congress Center between June 9-13, 2026. The exhibition aims to bring together leading technical textile and nonwoven technology manufacturers from all over the world and will host impressing innovations, especially in the fields of nonwoven fabrics and smart textiles, shaping the future of the industry.

Artificial Intelligence and Automation Supported Nonwoven Production Technologies
HIGHTEX 2026 will focus on the latest technologies used in nonwoven fabric production. Next-generation nonwoven production techniques, designed with sustainability-focused innovations to minimize environmental impact, smart production systems integrated with Industry 4.0 that enable faster and more efficient production of nonwoven fabrics, and AI-supported quality control and automation solutions will take center stage at HIGHTEX 2026.

The HIGHTEX 2026 International Technical Textiles and Nonwoven Exhibition is the first and only exhibition in Turkey on this subject. It will open its doors at the Tüyap Fair and Congress Center between June 9-13, 2026. The exhibition aims to bring together leading technical textile and nonwoven technology manufacturers from all over the world and will host impressing innovations, especially in the fields of nonwoven fabrics and smart textiles, shaping the future of the industry.

Artificial Intelligence and Automation Supported Nonwoven Production Technologies
HIGHTEX 2026 will focus on the latest technologies used in nonwoven fabric production. Next-generation nonwoven production techniques, designed with sustainability-focused innovations to minimize environmental impact, smart production systems integrated with Industry 4.0 that enable faster and more efficient production of nonwoven fabrics, and AI-supported quality control and automation solutions will take center stage at HIGHTEX 2026.

Trends in Smart Textiles
The integration of technology into the textile industry takes on a new dimension with the rise of smart textiles. Among the innovative production technologies for smart textiles are nanotechnology, embedded sensors, heat- and pressure-sensitive fibers, and wireless-connected fabrics. HIGHTEX 2026 will be a discovery space not only for designers and manufacturers but also for technology enthusiasts. The exhibition will feature cutting-edge materials developed for the geotextile, medical textile, aerospace, and automotive industries, as well as special textile solutions for hygiene products and the agriculture and food sectors, providing professionals the opportunity to closely explore the latest technologies.

More information:
Hightex Istanbul Turkey
Source:

Hightex

Graphic INDA
19.03.2025

Finalists Announced for the 2025 FiltXPO™ Awards

INDA, the Association of the Nonwoven Fabrics Industry, in partnership with International Filtration News magazine, announces the finalists for the inaugural FiltXPO™ Awards. Recognizing outstanding achievements across the entire filtration value chain, the awards celebrate groundbreaking advancements that utilize nonwoven fabrics and technology.

Presented at FiltXPO™, April 29-May 1, 2025, at the Miami Beach Convention Center, Florida, these awards highlight exceptional innovations in three categories:

  • Air/Gas Filtration Media
  • Water/Liquid Filtration Media
  • Filtration Equipment

Each nominated product has demonstrated creativity, uniqueness, technical sophistication, and the potential to significantly advance filtration performance and sustainability. Voting takes place on the International Filtration News website and the deadline to submit votes is April 18, 2025:

FiltXPO Air/Gas Filtration Award

INDA, the Association of the Nonwoven Fabrics Industry, in partnership with International Filtration News magazine, announces the finalists for the inaugural FiltXPO™ Awards. Recognizing outstanding achievements across the entire filtration value chain, the awards celebrate groundbreaking advancements that utilize nonwoven fabrics and technology.

Presented at FiltXPO™, April 29-May 1, 2025, at the Miami Beach Convention Center, Florida, these awards highlight exceptional innovations in three categories:

  • Air/Gas Filtration Media
  • Water/Liquid Filtration Media
  • Filtration Equipment

Each nominated product has demonstrated creativity, uniqueness, technical sophistication, and the potential to significantly advance filtration performance and sustainability. Voting takes place on the International Filtration News website and the deadline to submit votes is April 18, 2025:

FiltXPO Air/Gas Filtration Award

  • Hollingsworth & Vose – NanoWave® ESA
    Introducing NanoWave®ESA, an all-synthetic, 3D filter media free from PFAS. This revolutionary product enables production of highly efficient, comfortable, stretchable respiratory protection, suitable for various protective applications.
  • Lanaco – EcoStatic® ML Series Filter Media
    Lanaco’s wool-based air filtration solution utilizes advanced electrostatic technology, providing exceptional efficiency and ultra-low pressure drop, even under challenging environmental conditions. USDA-certified as 100% Biobased, EcoStatic® ensures sustainability without sacrificing performance.
  • Greentech Environmental LLC – Greentech Filters with ODOGard®
    ODOGard® technology deeply integrates odor-neutralizing polymers into nonwoven and nanofiber filters, offering an innovative, non-toxic approach to indoor air quality. ODOGard® significantly enhances filtration durability and performance.

FiltXPO Water/Liquid Filtration Award

  • Ahlstrom – BioProtect™
    Ahlstrom’s sustainable BioProtect™ material offers superior dye-catching performance for laundry applications. Manufactured from 100% naturally derived fibers and OC-Biobinder®, BioProtect™ is both biobased and home compostable, combining premium performance with environmental responsibility.
  • Periodic Products, Inc. – MetalXtract® Filter Media
    Using patented Chelok® Polymer Technology, MetalXtract® provides remarkable metal adsorption capabilities—100 to 500 times greater than traditional resins—across a wide pH range. Ideal for wastewater treatment and environmental remediation, this biodegradable solution effectively controls contamination at high flow rates.

FiltXPO Filtration Equipment Award

  • Luwa America Inc. – Multi Cell Filter (MCV)
    The space-saving MCV significantly reduces required floor space by approximately 70% compared to traditional drum filters. Its intelligent PLC-controlled design optimizes filter cleaning cycles, reduces energy usage, and substantially cuts operational costs and carbon footprint.
  • Oerlikon Neumag – hycuTEC
    Oerlikon Neumag’s innovative hycuTEC technology hydrocharges nonwoven filter media, achieving over 99.9% filtration efficiency with dramatically lower pressure loss and minimal resource consumption. Easy to integrate and retrofit, hycuTEC represents a breakthrough in high-efficiency filtration media production.
  • Filtration Advice Inc. – FA-TCO Software
    This cutting-edge software provides comprehensive Total Cost of Ownership (TCO) analysis and predictive modeling for air filtration systems. FA-TCO enables data-driven decisions, extending filter lifespans, reducing operational costs, and enhancing overall sustainability in filtration management.

Finalists will present their innovative solutions at FiltXPO, showcasing breakthroughs that elevate quality, efficiency, and sustainability across the filtration industry.

“We’re delighted to highlight these groundbreaking innovations that promise to reshape the filtration landscape,” said Matt O’Sickey, Ph.D., INDA’s Director of Education & Technical Affairs. “FiltXPO provides the perfect stage to recognize the industry’s most significant advances and inspire future developments.”

Source:

INDA

JEC-Composites Innovation Awards 2025 “Sport, Leisure & Recreation” Source: ITA
JEC-Composites Innovation Awards 2025 “Sport, Leisure & Recreation”
19.03.2025

ITA Scientists honoured with two JEC Awards

The prize in the ‘Building and Civil Engineering’ category was awarded for the development of Carbon Fibre Stone (CFS). Environmentally friendly CFS can save up to 40 % CO2 in the construction of house walls. CFS is an innovative material that combines stone and bio-based fibres. It serves as an environmentally friendly replacement for CO2-intensive concrete in house walls. Each square metre of a CFS wall binds 59 kg of CO2, while conventional cement walls release 98 kg of CO2.

The ITA won the second JEC award in the “Sports, Leisure & Recreation” category.

The Honey Roots technology is a sustainable surfboard construction realised through a 3D laminate that improves the mechanics and eliminates the need for consumables for the infusion process. The choice of materials is consistently bio-based or recycled to minimise the carbon footprint.

Project partners were Techno Carbon Technologies GbR and Kanoa Surfboards.

The prize in the ‘Building and Civil Engineering’ category was awarded for the development of Carbon Fibre Stone (CFS). Environmentally friendly CFS can save up to 40 % CO2 in the construction of house walls. CFS is an innovative material that combines stone and bio-based fibres. It serves as an environmentally friendly replacement for CO2-intensive concrete in house walls. Each square metre of a CFS wall binds 59 kg of CO2, while conventional cement walls release 98 kg of CO2.

The ITA won the second JEC award in the “Sports, Leisure & Recreation” category.

The Honey Roots technology is a sustainable surfboard construction realised through a 3D laminate that improves the mechanics and eliminates the need for consumables for the infusion process. The choice of materials is consistently bio-based or recycled to minimise the carbon footprint.

Project partners were Techno Carbon Technologies GbR and Kanoa Surfboards.

PhD student and project leader Lars Wollert summarises: "These awards are a recognition of our research activities and show what the ITA stands for the development of innovative products and processes together with a great network of industrial partners, openness for versatile application areas in which fibres of all kinds bring advantages and research in the context of sustainability."

More information:
JEC Award CO2 CO2 emissions cement
Source:

Institut für Textiltechnik (ITA) der RWTH Aachen University

Photo Eastman
18.03.2025

Eastman showcased “Naia™ On The Move” in Shanghai - New Blending Solution Concept

Eastman, global specialty materials company and manufacturer of Naia™ Renew cellulosic fibers, unveiled the most comprehensive product application matrix of its Naia™ fiber brand at the China International Textile Fabrics and Accessories (Spring/Summer) Expo. Making its debut, the innovative “Naia™ On The Move” new blending solution concept offers a fresh take on active urban fashion, redefining comfort and versatility, and reinforcing Eastman’s commitment to driving sustainable innovation in the fashion industry.

Naia™ Renew is a sustainable circular fiber composed of 60% sustainably sourced wood pulp and 40% GRS-certified recycled* waste materials. Utilizing Eastman’s carbon renewal technology (CRT), this process breaks down hard-to-recycle waste material into basic molecules to make new cellulose acetate fibers without compromising quality. This innovation offers a scalable solution to two of the world’s most pressing environmental issues: waste pollution and raw material overconsumption.

Eastman, global specialty materials company and manufacturer of Naia™ Renew cellulosic fibers, unveiled the most comprehensive product application matrix of its Naia™ fiber brand at the China International Textile Fabrics and Accessories (Spring/Summer) Expo. Making its debut, the innovative “Naia™ On The Move” new blending solution concept offers a fresh take on active urban fashion, redefining comfort and versatility, and reinforcing Eastman’s commitment to driving sustainable innovation in the fashion industry.

Naia™ Renew is a sustainable circular fiber composed of 60% sustainably sourced wood pulp and 40% GRS-certified recycled* waste materials. Utilizing Eastman’s carbon renewal technology (CRT), this process breaks down hard-to-recycle waste material into basic molecules to make new cellulose acetate fibers without compromising quality. This innovation offers a scalable solution to two of the world’s most pressing environmental issues: waste pollution and raw material overconsumption.

At the expo, Eastman also highlighted Naia™ Renew staple fiber's application in denim, achieving a balance between comfort and sustainability in denim. Additionally, its use in woven woolen fabrics, ranging from structured shirts to tweed coats, showcases its versatility. The fiber’s integration into home textile fillings further embeds sustainability into everyday living, demonstrating its vast potential.

Five Years of Innovation: From China Debut to Global Expansion
“Since its initial successful adoption in the Chinese market in 2020, Naia™ staple fiber has embarked on a five-year journey of innovation and persistence. As a novel fiber, Naia™ staple has not only filled a market gap but has also become a key force in helping brands achieve their sustainability goals,” said Chad Doub, global segment leader of staple fibers for Eastman’s textiles division. “Over the past five years, Naia™ staple fiber applications have expanded from loungewear to casual T-shirts, knitwear, and beyond. At our booth, visitors discovered the latest applications in activewear, denim, woven fabrics, and home textile fillings – our most extensive showcase yet.”

Source:

Eastman Chemical Company

Archroma and Gradiant partner to advance water circularity with innovative ZLD technology in Thailand. Photo: Archroma
Archroma and Gradiant partner to advance water circularity with innovative ZLD technology in Thailand.
18.03.2025

Archroma: Zero Liquid Discharge Solution to advance water circularity in Thailand

Archroma, a global leader in specialty chemicals, has successfully implemented a state-of-the-art Zero Liquid Discharge (ZLD) technology at its Mahachai plant in Thailand. The ZLD solution was designed and built by Gradiant, a global leader in advanced water and wastewater treatment. This milestone project marks a major leap forward in water circularity, enabling the recovery of 90-95% of wastewater for reuse and the extraction of valuable minerals for industrial applications.

Archroma partnered with Gradiant to deploy a high-efficiency, membrane- and oxidation-based ZLD solution, reinforcing its commitment to responsible water management in the textile industry. Located in a water-stressed region near Bangkok, the Mahachai plant now serves as a model for sustainable textile dye production, significantly reducing reliance on local water supplies while improving environmental resilience.

Archroma, a global leader in specialty chemicals, has successfully implemented a state-of-the-art Zero Liquid Discharge (ZLD) technology at its Mahachai plant in Thailand. The ZLD solution was designed and built by Gradiant, a global leader in advanced water and wastewater treatment. This milestone project marks a major leap forward in water circularity, enabling the recovery of 90-95% of wastewater for reuse and the extraction of valuable minerals for industrial applications.

Archroma partnered with Gradiant to deploy a high-efficiency, membrane- and oxidation-based ZLD solution, reinforcing its commitment to responsible water management in the textile industry. Located in a water-stressed region near Bangkok, the Mahachai plant now serves as a model for sustainable textile dye production, significantly reducing reliance on local water supplies while improving environmental resilience.

As part of its broader sustainability endeavor, Archroma addresses critical challenges within the apparel and textile industry, particularly water consumption. “We believe in reducing water use in production and home laundering. We innovate to remove toxins and contaminants from our products, making wastewater treatment easier for our plants and customers,” said Dhirendra Gautam, VP Global Marketing and Strategy, Archroma. “Our goal is to require our plants to have effective water conservation facilities with special focus on water stressed areas, contributing to water conservation and helping to combat acute water scarcity worldwide.”

Since 2019, Archroma has evaluated various ZLD solutions to address growing water challenges in Thailand. Gradiant’s Counterflow Reverse Osmosis (CFRO) was selected as the preferred technology for its ability to treat diverse wastewater compositions with superior efficiency and minimal energy consumption. The modular system seamlessly integrates with the plant’s existing wastewater treatment infrastructure, maximizing desalination capacity and water recovery while reducing the plant’s environmental footprint.

In addition to CFRO, Gradiant’s Free Radical Oxidation (FRO) technology has been deployed to remove color and organics from the RO concentrate, ensuring safe discharge and meeting stringent environmental regulations. The system also enables the recovery of concentrated brine, which Archroma repurposes within the dyeing process or supplies to industry partners for applications such as resin regeneration and chlorine production, further promoting a circular economy in water and resource management.
Thailand faces mounting water stress due to climate change, extreme droughts, and aging infrastructure, making sustainable water management an urgent priority. By implementing Gradiant’s ZLD solution, Archroma significantly reduces its dependence on freshwater sources, ensuring long-term operational resilience in a resource-constrained environment.

This multi-million-dollar investment underscores Archroma’s dedication to water conservation and its broader mission to transform the textile industry through sustainable innovation. Beyond Thailand, Archroma continues to expand its ZLD initiatives globally, including its Sustainable Effluent Treatment (SET) plant in Jamshoro, Pakistan, which has been providing irrigation water to surrounding communities.

Dennis Bujack Photo Dibella
Dennis Bujack
18.03.2025

Dibella strengthens sales team

Dibella has strengthened its sales team with a new sales representative since March 2025. The company is thus continuing its growth strategy and aims to further optimise its customer service.

Dennis Bujack, with over 20 years of experience in sales of contract textiles, will be available as a competent contact person for customers in future. Bujack will be responsible for exports and for the northern German region, where he will be responsible in particular for looking after existing customers and acquiring new business partners.

With his many years of expertise in advising and supporting business customers, Dennis Bujack has extensive knowledge of the requirements of the textile service sector. Most recently, he worked for one of the market-leading terry towelling manufacturers.

 

Dibella has strengthened its sales team with a new sales representative since March 2025. The company is thus continuing its growth strategy and aims to further optimise its customer service.

Dennis Bujack, with over 20 years of experience in sales of contract textiles, will be available as a competent contact person for customers in future. Bujack will be responsible for exports and for the northern German region, where he will be responsible in particular for looking after existing customers and acquiring new business partners.

With his many years of expertise in advising and supporting business customers, Dennis Bujack has extensive knowledge of the requirements of the textile service sector. Most recently, he worked for one of the market-leading terry towelling manufacturers.

 

More information:
Dibella Contract textiles sales
Source:

Dibella

(c) Archroma
14.03.2025

Archroma: Cellulosic dyeing in dark shades

Archroma, a global leader in specialty chemicals towards sustainable solutions, has taken sustainable and cost-effective cellulosic dyeing to the next level with the introduction of AVITERA® RASPBERRY SE.

Extending the AVITERA® SE GEN NEXT platform color of deep shades, the IP-protected brilliant trichromatic red empowers mills to achieve rich, dark and extra-dark shades while meeting the stringent fastness and sustainability requirements of leading brands and retailers. The newest element also offers significantly lower processing costs, with focus on reducing the recipe cost together with reliable right-first-time performance as well, “AVITERA® SE revolutionized the dyeing of cellulosic fibers and blends when it was introduced 15 years ago – setting a new benchmark with state-of-the-art application and fastness performance and advanced sustainability,” Dhirendra Gautam, VP Marketing, Archroma said.

Archroma, a global leader in specialty chemicals towards sustainable solutions, has taken sustainable and cost-effective cellulosic dyeing to the next level with the introduction of AVITERA® RASPBERRY SE.

Extending the AVITERA® SE GEN NEXT platform color of deep shades, the IP-protected brilliant trichromatic red empowers mills to achieve rich, dark and extra-dark shades while meeting the stringent fastness and sustainability requirements of leading brands and retailers. The newest element also offers significantly lower processing costs, with focus on reducing the recipe cost together with reliable right-first-time performance as well, “AVITERA® SE revolutionized the dyeing of cellulosic fibers and blends when it was introduced 15 years ago – setting a new benchmark with state-of-the-art application and fastness performance and advanced sustainability,” Dhirendra Gautam, VP Marketing, Archroma said.

“Our goal was always to offer a full range of attractive colors without limits. With AVITERA® SE RASPBERRY SE as our new trichromatic red, we are now enabling fashion and textile companies to produce differentiated end articles in consistent and long-lasting dark and extra-dark shades with the same cost-competitiveness as in pale and medium shades. This is another major step forward on our PLANET CONSCIOUS+ journey to economic and environmental sustainability for our industry,” he continued.

Substantial Savings on Challenging Dark Shades
Dyeing darker shades – such as black, navy and especially red – has traditionally been more challenging and costly than dyeing lighter colors. Achieving a deep, uniform color requires higher dye concentrations and more water and energy, and often also demands additional steps or re-dyeing. Dark shades, particularly red, also tend to fade more quickly than light colors, especially when exposed to sunlight and repeated home laundering.

With high-speed low-temperature wash-off, high process reliability and excellent reproducibility on dark and ultra-dark shades, the AVITERA® SE GENERATION NEXT dyestuffs allow mills to achieve water and energy savings of up to 50% compared to best available technology, and to slash CO2 emissions and effluent discharge by up to 50% as well. They can also increase mill output by up to 25% or more.

Source:

Archroma