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Photo: Texaid
07.06.2022

TEXAID enables Textile-to-Textile Recycling

As a leading company in the collecting, sorting, reselling and recycling of post-consumer textile waste, TEXAID has enabled the recycling of post-consumer textile waste into new textiles and clothing. After two years of development, the company has developed a fabric including 50 % of post-consumer textile waste from used clothing, collected and prepared for recycling by TEXAID.

Today’s linear system of «take – make – waste» needs to change. New textiles are produced, used and discarded instead of putting them to a second use. The production of new textiles requires natural resources that are limited, and the current system has a significant negative impact on our planet. The transition to a circular system, where garments are kept in use for longer, is an opportunity to harness untapped potential around customer loyalty, economic growth, and ecological sustainability.

To move away from the linear system and enable products to be made out of post-consumer textile waste, TEXAID invested in the textile-to-textile recycling and product development.

As a leading company in the collecting, sorting, reselling and recycling of post-consumer textile waste, TEXAID has enabled the recycling of post-consumer textile waste into new textiles and clothing. After two years of development, the company has developed a fabric including 50 % of post-consumer textile waste from used clothing, collected and prepared for recycling by TEXAID.

Today’s linear system of «take – make – waste» needs to change. New textiles are produced, used and discarded instead of putting them to a second use. The production of new textiles requires natural resources that are limited, and the current system has a significant negative impact on our planet. The transition to a circular system, where garments are kept in use for longer, is an opportunity to harness untapped potential around customer loyalty, economic growth, and ecological sustainability.

To move away from the linear system and enable products to be made out of post-consumer textile waste, TEXAID invested in the textile-to-textile recycling and product development.

Collaboration enables recycling
After two years of research, product development, and most important, building partnerships in the value chain, TEXAID has been able to develop a fabric made of 100 % recycled fiber in close collaboration with our value chain partners.

The fabric is a blend of 50 % post-consumer textile waste that TEXAID has collected in Germany and Switzerland. White cotton textiles which cannot be worn, have been sorted out in a sorting facility in Apolda, Germany. The other 50% is made from ocean-bound plastic waste which is plastic with a high risk of entering the ocean which has been saved and recycled by Unifi. The fabric and bag have been produced in Italy. The cotton material has been shredded by Marchi & Fildi in Biella, IT, who then spun the recycled cotton and recycled polyester fibers into a yarn. This yarn has been woven into a fabric by Tessitura Casoni.T.F.C.

Through this proof of concept, it has been showcased that making fabrics of 100 % recycled content and with 50 % of post-consumer textiles is possible. TEXAID is looking for strong industry partners to push high-value textile to textile recycling technologies in joint projects like these.

More information:
Texaid Recycling
Source:

Texaid

(c) Mario Stumpf/Sascha Priesters
01.06.2022

Neonyt zeigt progressive Looks unter dem Motto „Biosphere-Technosphere“

Mode inspiriert von Natur und Technologie: In einer exklusiven Fashion Show am 23. Juni 2022 zeigt die Neonyt gemeinsam mit Presenting Partner Dr. Hauschka progressive und trendweisende Looks unter dem Motto „Biosphere-Technosphere“ im Atelier Lihotzky im Frankfurter Ostend.

Der Fokus liegt damit auf der Verbindung der Natur mit den Elementen Wasser, Luft und Erde mit allem, was die Menschen erschaffen – von Infrastruktur über Architektur, die industrielle Landwirtschaft und die digitale Welt. Die Kombination dieser scheinbar kontroversen Themen spannt den Bogen zu unserem gegenwärtigen Erdzeitalter, dem Anthropozän, in dem der Mensch zu einem der wichtigsten Einflussfaktoren auf die biologischen, geologischen und atmosphärischen Vorgänge auf der Erde geworden ist.

Mode inspiriert von Natur und Technologie: In einer exklusiven Fashion Show am 23. Juni 2022 zeigt die Neonyt gemeinsam mit Presenting Partner Dr. Hauschka progressive und trendweisende Looks unter dem Motto „Biosphere-Technosphere“ im Atelier Lihotzky im Frankfurter Ostend.

Der Fokus liegt damit auf der Verbindung der Natur mit den Elementen Wasser, Luft und Erde mit allem, was die Menschen erschaffen – von Infrastruktur über Architektur, die industrielle Landwirtschaft und die digitale Welt. Die Kombination dieser scheinbar kontroversen Themen spannt den Bogen zu unserem gegenwärtigen Erdzeitalter, dem Anthropozän, in dem der Mensch zu einem der wichtigsten Einflussfaktoren auf die biologischen, geologischen und atmosphärischen Vorgänge auf der Erde geworden ist.

Natur vs. Technik
Bei der Neonyt Fashion Show werden verschiedene Multibrand-Looks inszeniert – von kleinen unabhängigen Brands und Newcomer-Labeln über international etablierte Marken bis hin zu Designerstücken, kuratiert von der Stylistin Claudia Hofmann. Der Themenkomplex Biosphere präsentiert Mode und Textilien in Anlehnung an die Natur und ihre Elemente, Technosphere spiegelt die Themen Kreislaufwirtschaft und Recycling.

Das Beste aus beiden Welten
Unter dem Titel „Biosphere-Technosphere“ werden in der Neonyt Fashion Show Themen verbunden, die auf den ersten Blick gegensätzlich scheinen und damit Fragen aufwerfen. Das Publikum wird dazu eingeladen, sich auf eine Reise zu begeben, in der die Natur der Erde, ihre Elemente und die daraus resultierenden regenerativen Ansätze mit Ideen der digitalen Welt kombiniert werden, sodass daraus neue Dimensionen und vernetzte Systeme entstehen – für eine Revolution der Modebranche. Das Event wird gemeinsam mit Naturkosmetik-Brand und Presenting Partner Dr. Hauschka umgesetzt. Die Creative Direction liegt bei studio MM04.

Frankfurt Fashion Week – shows sustainable Fashion, Design & Art
In der Woche vom 20. bis 26. Juni 2022 steht die Stadt Frankfurt am Main ganz unter dem Zeichen von sustainable Fashion, Design & Art. Im gesamten Stadtgebiet finden unter der Dachmarke Frankfurt Fashion Week zahlreiche Veranstaltungen statt. Ausstellungen, Fashion Shows, Talks, Präsentationen und Open Studios laden alle interessierten Bürger*innen ein, Mode und alle Themen rund um nachhaltiges Design zu erkunden und zu erleben. Die Dachmarke Frankfurt Fashion Week bietet damit gleichzeitig eine Marketingplattform für die regionale Fashion- & Designszene sowie Kultur- und Kreativwirtschaft. Parallel zur Frankfurt Fashion Week organisiert die Messe Frankfurt das Neonyt Lab vom 24. bis 26. Juni 2022 in der Union Halle, das sich an Nachhaltigkeit interessierte Konsument*innen und Modeprofis richtet. Darüber hinaus bündelt die Messe Frankfurt vom 21. bis 24.Juni 2022 die global ausgerichteten B2B-Veranstaltungen Techtextil, Texprocess und Heimtextil Summer Special, die für die internationale Fashion- und Livingbranche relevante Themen besonders herausstellt.

Das Neonyt Lab findet vom 24. bis 26. Juni 2022 in der Union Halle in Frankfurt am Main statt.

Source:

Messe Frankfurt Exhibition GmbH

Photo Carbios. Lionel Arras
30.05.2022

Carbios strengthens Executive Committee for Expansion Plans

Carbios announces the appointment of two new members to its Executive Committee: Lionel Arras, Industrial Development Director, and Mathieu Berthoud, Sourcing and Public Affairs Director.

Lionel Arras joined Carbios’ teams in 2021 to support the industrial growth of PET enzymatic recycling technology as Industrial Development Director. He was appointed to the Company’s Executive Committee on May 2. An engineer who graduated from ENSIC Nancy and holds an MBA from the Lyon School of Management, Lionel Arras has more than 25 years of experience in the field of process engineering and the chemical industry.
At Carbios, he now heads a team of around 50 people mobilized around three major divisions:
- the industrial demonstration plant, inaugurated last September in Clermont-Ferrand,
- technological development,
- the first Reference Unit project, installed on the Indorama Ventures site in Longlaville, Meurthe-et-Moselle, France.

Carbios announces the appointment of two new members to its Executive Committee: Lionel Arras, Industrial Development Director, and Mathieu Berthoud, Sourcing and Public Affairs Director.

Lionel Arras joined Carbios’ teams in 2021 to support the industrial growth of PET enzymatic recycling technology as Industrial Development Director. He was appointed to the Company’s Executive Committee on May 2. An engineer who graduated from ENSIC Nancy and holds an MBA from the Lyon School of Management, Lionel Arras has more than 25 years of experience in the field of process engineering and the chemical industry.
At Carbios, he now heads a team of around 50 people mobilized around three major divisions:
- the industrial demonstration plant, inaugurated last September in Clermont-Ferrand,
- technological development,
- the first Reference Unit project, installed on the Indorama Ventures site in Longlaville, Meurthe-et-Moselle, France.

Lionel Arras, Carbios’ Industrial Development Director: “After the successful start-up of our industrial demonstration plant in Clermont-Ferrand, we are continuing our scale-up with the construction of the first enzymatic recycling plant in the world in Longlaville, France. Its launch, scheduled for early 2025, will enable the processing of 50,000 tons of post-consumer PET waste or the equivalent of 2 billion bottles. It is a great source of pride for me to be able to support Carbios in this strategic development phase.”

Mathieu Berthoud will join Carbios as Sourcing and Public Affairs Director on June 1, 2022. With more than 30 years of experience, including 10 years at Rhodia (now Solvay) and more than 20 years at Suez, in various commercial development or subsidiary management positions, he was most recently Technical and Performance Director for the Group’s recycling and recovery activities. A university-trained scientist, he also holds an MBA from HEC Paris. At Carbios, he will be responsible for securing the supply of PET waste for the future reference plant in Longlaville and the other industrial sites that will follow. He will also manage the Company’s public affairs.

(c) adidas AG
Felix Auger-Aliassime
30.05.2022

adidas commitment to end plastic waste with SS22 Tennis Collection

adidas launches its SS22 Tennis Collection, a high-performance tennis apparel line featuring graphics inspired by Paris’ botanical gardens and green spaces, garments in the collection were made either in part with Parley Ocean Plastic or in part with recycled content.

Launching ahead of the most prominent clay court tournament of the summer, the SS22 Tennis Collection is being premiered on court by adidas next-gen athletes, Elena Rybakina and Felix Auger-Aliassime, alongside Maria Sakkari, Dominic Thiem and Stefanos Tsitsipas who all share a passion for championing sustainability and working together towards a better future for our planet.

From Insight to Action
The SS22 Tennis Collection is another step adidas is taking on its journey to help end plastic waste, and its athletes are sharing this commitment. For adidas athletes, what they wear on the court is not only performance attire but an expression of their personal style and beliefs.

adidas launches its SS22 Tennis Collection, a high-performance tennis apparel line featuring graphics inspired by Paris’ botanical gardens and green spaces, garments in the collection were made either in part with Parley Ocean Plastic or in part with recycled content.

Launching ahead of the most prominent clay court tournament of the summer, the SS22 Tennis Collection is being premiered on court by adidas next-gen athletes, Elena Rybakina and Felix Auger-Aliassime, alongside Maria Sakkari, Dominic Thiem and Stefanos Tsitsipas who all share a passion for championing sustainability and working together towards a better future for our planet.

From Insight to Action
The SS22 Tennis Collection is another step adidas is taking on its journey to help end plastic waste, and its athletes are sharing this commitment. For adidas athletes, what they wear on the court is not only performance attire but an expression of their personal style and beliefs.

Felix Auger-Aliassime, elite tennis player, commented: "I'm part of a generation of players who care about having an impact on and off the court. When I think about the future, it's not just about my future as a tennis player, but also about the future of the planet. . That's why I wear the new adidas SS22 collection made in part with Parley Ocean Plastic or in part with recycled materials – to send a message that we can all do our part by helping to end plastic waste.“

Fashion-foward Performance
The SS22 Tennis Collection is designed to be bold yet fully functional on court. Each garment features HEAT.RDY technology which is designed to keep players feeling cool, dry and confident as they take on their next challenge.

The Collection features two dresses, tank tops, long sleeve tees and a match skirt for female players. For male players, the collection consists of two tees, a sleeveless tee, a polo tee, a TECHFIT long sleeve top and two different types of shorts.

It is available in a number of different bold graphic prints, all inspired by the Serres d'Auteuil botanical garden. The prominent colors of the collection are black and white.

Source:

adidas AG

(c) RadiciGroup
27.05.2022

RadiciGroup's sustainable Repetable yarn at Emirates FA Cup final

RadiciGroup's sustainable Repetable yarn took to the field alongside Liverpool and Chelsea during the Emirates FA Cup final, which took place on 14 May at Wembley Stadium.
 
Over 47,000 plastic bottles were collected from previous events at Wembley stadium and transformed into Repetable, the innovative RadiciGroup yarn made from PET flakes, which was then used to make the red banner 105 meters long and 68 meters wide, unveiled during the opening ceremony of the event and decorated with the logos of the two teams.
 
Compared to virgin polyester, Repetable® allows lower CO2 emissions (-45%), lower water consumption (-90%) and lower energy consumption (-60%), guaranteeing high performance.

The red banner will be recycled again to make backpacks and sports bibs that the FA will donate to the local community to inspire the eco-players of the future: an initiative in the name of circularity!

RadiciGroup's sustainable Repetable yarn took to the field alongside Liverpool and Chelsea during the Emirates FA Cup final, which took place on 14 May at Wembley Stadium.
 
Over 47,000 plastic bottles were collected from previous events at Wembley stadium and transformed into Repetable, the innovative RadiciGroup yarn made from PET flakes, which was then used to make the red banner 105 meters long and 68 meters wide, unveiled during the opening ceremony of the event and decorated with the logos of the two teams.
 
Compared to virgin polyester, Repetable® allows lower CO2 emissions (-45%), lower water consumption (-90%) and lower energy consumption (-60%), guaranteeing high performance.

The red banner will be recycled again to make backpacks and sports bibs that the FA will donate to the local community to inspire the eco-players of the future: an initiative in the name of circularity!

Source:

RadiciGroup

26.05.2022

EREMA Group: Growing revenues, plant sizes and production capacities

The EREMA Group, which comprises EREMA Group GmbH and its subsidiaries EREMA, PURE LOOP, UMAC, 3S, KEYCYCLE and PLASMAC, closed the 2021/22 financial year with a 17 percent increase in revenue. Consolidated Group revenue amounted to EUR 295 million, and the number of employees increased to over 840. The EREMA Group remains on course for continued growth.

A closer look at the post consumer segment clearly shows a trend towards larger plants, both for PET recycling and for processing polyolefins. For example, the first VACUREMA® Basic 2628 T machine with an annual capacity of up to 40,000 tonnes was recently commissioned at a customer's site in Brazil. This plant features a ten-meter-long special geometry screw with a diameter of 280 millimetres and a weight of 3.5 tonnes. The screw was developed and manufactured by 3S, a subsidiary of EREMA GmbH.

The EREMA Group, which comprises EREMA Group GmbH and its subsidiaries EREMA, PURE LOOP, UMAC, 3S, KEYCYCLE and PLASMAC, closed the 2021/22 financial year with a 17 percent increase in revenue. Consolidated Group revenue amounted to EUR 295 million, and the number of employees increased to over 840. The EREMA Group remains on course for continued growth.

A closer look at the post consumer segment clearly shows a trend towards larger plants, both for PET recycling and for processing polyolefins. For example, the first VACUREMA® Basic 2628 T machine with an annual capacity of up to 40,000 tonnes was recently commissioned at a customer's site in Brazil. This plant features a ten-meter-long special geometry screw with a diameter of 280 millimetres and a weight of 3.5 tonnes. The screw was developed and manufactured by 3S, a subsidiary of EREMA GmbH.

Demand for previously-owned machines at UMAC also remained high during the past financial year. In addition to the general trend towards plastics recycling, the decisive factor here is that customers are more frequently opting for previously-owned systems available at short notice due to the tense situation on the procurement markets. At the same time, businesses that have so far had little contact with recycling are also becoming increasingly interested in this topic. Their need for feasibility studies, consulting and engineering services, project management and turnkey projects are now also very successfully catered for by KEYCYCLE, an EREMA Group company. KEYCYCLE has also acquired from Cadel Deinking the patent, technology and distribution rights for an innovative ink removal technology, which is now being further developed using the know-how of the EREMA Group and shaped into a product that meets industrial standards.

The initiative launched four years ago to modernise and expand existing EREMA Group sites was continued during the past financial year with the expansion and construction of a dedicated machine demonstration centre for PLASMAC in Milan. Equipped with additional production floor space and new and enlarged customer centres, all companies within the group are now well prepared to meet rising demand, and with the new research and development centre under construction in Ansfelden, the framework for further outstanding plastics recycling milestones from EREMA is currently being optimised.

Source:

EREMA Group GmbH

26.05.2022

New french recycling technology to recycle 50 million PET food trays per year

Indorama Ventures, VALORPLAST, Klöckner Pentaplast (kp) and CITEO collaboration delivers a commercial recycling solution for monolayer PET trays

Thai-based Indorama Ventures Public Company Limited (IVL) with its facility Wellman France Recycling in Verdun, has been working on the PET trays recycling for 6 years and through an ongoing project with VALORPLAST and supported by CITEO.

The project has the objective to develop and validate recycling for monolayer and multilayer PET trays. VALORPLAST has collected significant quantities of post-consumer PET trays and several industrial runs have been conducted by Wellman. The produced flakes are being tested by several actors to develop high quality applications. Those tests have led by IVL to develop a commercially feasible recycling solution for monolayer PET trays with the collaboration of Klöckner Pentaplast.
The new technology is processing monolayer PET trays used for food packaging (meat, produce and cheese) into a high-quality product, suitable for new tray production.

This new recycling innovation will see over 50 million post-consumer PET trays diverted away from landfill or incineration.

Indorama Ventures, VALORPLAST, Klöckner Pentaplast (kp) and CITEO collaboration delivers a commercial recycling solution for monolayer PET trays

Thai-based Indorama Ventures Public Company Limited (IVL) with its facility Wellman France Recycling in Verdun, has been working on the PET trays recycling for 6 years and through an ongoing project with VALORPLAST and supported by CITEO.

The project has the objective to develop and validate recycling for monolayer and multilayer PET trays. VALORPLAST has collected significant quantities of post-consumer PET trays and several industrial runs have been conducted by Wellman. The produced flakes are being tested by several actors to develop high quality applications. Those tests have led by IVL to develop a commercially feasible recycling solution for monolayer PET trays with the collaboration of Klöckner Pentaplast.
The new technology is processing monolayer PET trays used for food packaging (meat, produce and cheese) into a high-quality product, suitable for new tray production.

This new recycling innovation will see over 50 million post-consumer PET trays diverted away from landfill or incineration.

Testing has now moved into commercial production. 500 tonnes of PET trays are now being processed monthly and transformed into a high-quality tray flake, which can be used to produce new trays. The purity of the flakes is comparable with high-quality bottle flake. A further scale up is foreseen, and the company plans to process 10KT of tray flake in 2022.

More information:
PET recycling fibers
Source:

 Indorama Ventures Public Company Limited 

20.05.2022

SOEX: Sortierstation mit Materialerkennung für Faser-zu-Faser-Recycling

SOEX hat eine Infrarot-Sortierstation mit Material- und Farberkennung im Werk in Wolfen in Betrieb genommen. Durch das exakte Sortieren nach Materialien will SOEX weiterhin einen Schwerpunkt auf das Sortieren für Recycling setzen und die Recyclingquote gemeinsam mit der Modebranche erhöhen.

Eine künstliche Intelligenz erkennt die einzelnen Kleidungsstücke und kann sie nach Materialien oder Farben sortieren, um sie für das chemische Recycling vorzusortieren. Mittels dieser Technologie können Materialien genauer als zuvor bestimmt werden, sodass die sortierte Kleidung recycelt und wieder zu Garn verarbeitet werden kann.

Diese Art der vollautomatischen exakten Sortierung sei bisher noch keinem geglückt, so SOEX-Geschäftsführer Walter J. Thomsen. Mittels der automatischen Sortierstation kann SOEX die Sortierung an alle kundenspezifischen Anfragen der Recycler anpassen, die meist Recyclingverfahren für bestimmte Materialien oder Materialzusammensetzungen entwickelt haben. 1.600 Teile schafft die Sortierstation pro Stunde, das sind ca. 600 kg Kleidung.

SOEX hat eine Infrarot-Sortierstation mit Material- und Farberkennung im Werk in Wolfen in Betrieb genommen. Durch das exakte Sortieren nach Materialien will SOEX weiterhin einen Schwerpunkt auf das Sortieren für Recycling setzen und die Recyclingquote gemeinsam mit der Modebranche erhöhen.

Eine künstliche Intelligenz erkennt die einzelnen Kleidungsstücke und kann sie nach Materialien oder Farben sortieren, um sie für das chemische Recycling vorzusortieren. Mittels dieser Technologie können Materialien genauer als zuvor bestimmt werden, sodass die sortierte Kleidung recycelt und wieder zu Garn verarbeitet werden kann.

Diese Art der vollautomatischen exakten Sortierung sei bisher noch keinem geglückt, so SOEX-Geschäftsführer Walter J. Thomsen. Mittels der automatischen Sortierstation kann SOEX die Sortierung an alle kundenspezifischen Anfragen der Recycler anpassen, die meist Recyclingverfahren für bestimmte Materialien oder Materialzusammensetzungen entwickelt haben. 1.600 Teile schafft die Sortierstation pro Stunde, das sind ca. 600 kg Kleidung.

Aktuell werden noch weniger als 1 Prozent aller Kleidungsstücke weltweit zu neuer Kleidung recycelt. Für das Faser-zu-Faser-Recycling müssen die Textilien sehr genau sortiert werden, nur so kann aus den aussortierten Kleidern wieder neue Mode entstehen. Denn unterschiedliche Fasern erfordern unterschiedliche Recyclingverfahren. Die Sortierung nach Materialien stellte die Branche bisher vor besondere Herausforderungen.

„Wir haben viele großartige Kollegen, die sehen und fühlen können, aus welchem Material die Kleidung besteht, die sie sortieren. Aber nicht zu 100 Prozent“, sagt Thomsen. Die Pflegeetiketten mit Angaben über die Materialzusammensetzung sind meist ungenau: 15 Prozent unbekannte Fasern dürfen angegeben werden und erst bei einem Anteil von 5 Prozent müssen die Materialien auf dem Etikett stehen. Häufig sind sie ausgewaschen oder abgeschnitten, all das erschwert die Arbeit der Sortierer im Werk, die nun durch die neue Sortierstation erleichtert werden soll.

78 Materialien und Materialkombinationen können von der KI erkannt werden. Die Messgenauigkeit liegt bei über 95 Prozent. Die Materialauswahl kann daher aus einer komplexen Anzahl verschiedener Mischungen bestehen – bisher gab es noch keine skalierbaren Technologien, mit denen sich diese erkennen und für das Recycling sortieren lassen. Das soll sich nun durch die neue Infrarot-Sortierstation im SOEX Werk ändern. Bis Ende des Jahres soll die Maschinenleistung verdoppelt werden, so könnten pro Stunde 3.000 Kleidungsstücke nach 15 Kriterien sortiert werden. Erste Gespräche mit internationalen Bekleidungsherstellern, die die Sortierstation in Wolfen nutzen wollen, finden bereits statt.

Source:

Soex

18.05.2022

Hexcel at JEC World 2022

  • Hexcel Composite Innovations for Aerospace Applications on Display at JEC World 2022: Hall 5, Stand J41

In late 2021, Hexcel announced an agreement with Fairmat, a deep technology startup, to build the capability to recycle carbon fiber prepreg from Hexcel European operations for reuse in composite panels sold into commercial markets, giving a second life to recovered carbon fiber. To do so, Fairmat has developed a virtuous recycling process, and a sample of its newly recycled material will be available to view at JEC World 2022. Hexcel will present an array of product innovations for aerospace and urban air mobility customer applications during JEC World 2022 in Paris on May3-5. These latest innovations demonstrate the company’s leadership in developing advanced composites technology for the aerospace market.

  • Hexcel Composite Innovations for Aerospace Applications on Display at JEC World 2022: Hall 5, Stand J41

In late 2021, Hexcel announced an agreement with Fairmat, a deep technology startup, to build the capability to recycle carbon fiber prepreg from Hexcel European operations for reuse in composite panels sold into commercial markets, giving a second life to recovered carbon fiber. To do so, Fairmat has developed a virtuous recycling process, and a sample of its newly recycled material will be available to view at JEC World 2022. Hexcel will present an array of product innovations for aerospace and urban air mobility customer applications during JEC World 2022 in Paris on May3-5. These latest innovations demonstrate the company’s leadership in developing advanced composites technology for the aerospace market.

  • Sustainability Focus on Recycling and Reuse
  • HiTape® and HiMax® Reinforcements for OoA Processing
  • Innovative HiFlow™ Resins for Continuous and Shorter Cycle Injection Processes
  • HexPly® Prepregs for Primary Structure and Engine Applications
  • HexTow® High Modulus Fibers HM63 and HM54
  • Thermoplastics and Processing Innovations for Primary and Secondary Structures
  • Lightweight PrimeTex® Reinforcements Solutions for Urban Air Mobility (UAM)
(c) adidas AG
13.05.2022

adidas and Juventus Reveal 2022/23 Home Jersey

adidas reveals the Juventus home jersey for the 2022/23 season. The classic black and white stripes are reimagined with a new graphic element to represent the magic of Allianz stadium.

Since the team’s move to the stadium in 2011, fans have enjoyed countless moments of magic at the venue. For this season, in a new dynamic interpretation of the club’s identity, the jersey draws inspiration from the five triangles of the star as symbol of magic, creating a new visual icon.

The new jersey is made with 100% recycled materials and features the latest in adidas’ temperature regulation innovation, HEAT.RDY – KEEP COOL, which is designed to keep players feeling cool, dry, and confident during play by optimizing sweat distribution and maximizing airflow.

The replica shirt offers similar benefits thanks to the inclusion of AEROREADY – KEEP DRY technology, keeping fans comfortable and ready as it manages the body’s sweat for a dry feeling.

adidas reveals the Juventus home jersey for the 2022/23 season. The classic black and white stripes are reimagined with a new graphic element to represent the magic of Allianz stadium.

Since the team’s move to the stadium in 2011, fans have enjoyed countless moments of magic at the venue. For this season, in a new dynamic interpretation of the club’s identity, the jersey draws inspiration from the five triangles of the star as symbol of magic, creating a new visual icon.

The new jersey is made with 100% recycled materials and features the latest in adidas’ temperature regulation innovation, HEAT.RDY – KEEP COOL, which is designed to keep players feeling cool, dry, and confident during play by optimizing sweat distribution and maximizing airflow.

The replica shirt offers similar benefits thanks to the inclusion of AEROREADY – KEEP DRY technology, keeping fans comfortable and ready as it manages the body’s sweat for a dry feeling.

More information:
adidas Sportswear T-Shirt Recycling
Source:

adidas AG

(c) DiloGroup
13.05.2022

DiloGroup at Techtextil with nonwovens technology

The DiloGroup informs at Techtextil in Frankfurt (June 21 – 24, 2022) about new developments aimed at improving production technologies with a focus on needlefelts.

It becomes more evident that the textile industry comes into the focus of regulatory authorities who push respecting sustainability principles and who initiate a new body of laws. Hence all industrial sectors are requested to achieve savings in material and energy. The textile machine building, of course, plays an important role by seizing this initiative and offering solutions for fibre pulp recycling and reduction of energy, water and ancillaries. DiloGroup has made big efforts to meet these challenges together with a circle of partner companies. In this regard focal points of the development work are:

The DiloGroup informs at Techtextil in Frankfurt (June 21 – 24, 2022) about new developments aimed at improving production technologies with a focus on needlefelts.

It becomes more evident that the textile industry comes into the focus of regulatory authorities who push respecting sustainability principles and who initiate a new body of laws. Hence all industrial sectors are requested to achieve savings in material and energy. The textile machine building, of course, plays an important role by seizing this initiative and offering solutions for fibre pulp recycling and reduction of energy, water and ancillaries. DiloGroup has made big efforts to meet these challenges together with a circle of partner companies. In this regard focal points of the development work are:

  1. Intense Needling
    Needling per se is a mechanical production method with a high energy efficiency. For this reason, the development efforts of DiloGroup aim at producing nonwovens by “intense needling” instead of water entangling, even for light nonwovens made of fine fibres for the medical and hygiene sector with an area weight of 30 – 100 g/m². This would result in a reduction of the environmentally relevant production costs; per annum to about 1/3 to 1/5 of current.
    Despite the prospective advantages of the mechanical intense needling method over the hydrodynamical, water entanglement is at the moment the most important production method for low area weights and highest production capacity and is also offered by the DiloGroup as general contractor in cooperation with partner companies.
  2. “Fibre Pulp Recycling”
    Fibrous material in nonwovens and particularly used clothes can be successfully recycled, if staple length can be conserved in the tearing process. In the classical tearing process, staple lengths are dramatically reduced and therefore these fibres can only be used as base material for inferior uses in thermal or acoustic insulation or in protective textiles, transportation or protective covers etc.
    When recycling textile waste in the context of the collection of used clothes, the so called “filament-saving” tearing using special tearing machines and methods must be used to produce fibres with longer staple lengths which can be fed to a nonwoven installation. Hence product characteristics can be better specified and controlled.
  3. Additive nonwoven production
    The additive production method of the “3D-Lofter” is especially suited for automotive parts with differently distributed masses; but there may also be potential for increasing uses in the sector of apparel and shoe production.
  4. “IsoFeed”-card feeding
    In the field of card feeding, the “IsoFeed” method offers great potential for a more homogeneous card feeding at the same time reducing the variation in cross-machine fibre mass distribution and thus the fibre consumption while conserving the end product quality.
Source:

DiloGroup

(c) Willy Bogner GmbH & Co. KGaA
12.05.2022

BOGNER presents FIRE+ICE Fall/Winter Collection 2022

For the autumn/winter season 2022, FIRE+ICE is further developing both sides of BOGNER's collection: function and performance. Bold colors, modern prints, technical materials and fashionable silhouettes create looks for luxurious fashion metropoles as well as mountain resorts.

The collection presents new versions of the characteristic FIRE+ICE ID jackets made of recycled fibers. The ski touring styles are multifunctional garments for all active outdoor activities: Whether ski touring, skiing, cross-country skiing or hiking, the focus is on the right support, fit and equipment to stay cool on the ascent and warm on the descent. The signature mix of freeride attitude and contemporary urban style creates casual "urban outdoor pieces" with a technical twist.

For the autumn/winter season 2022, FIRE+ICE is further developing both sides of BOGNER's collection: function and performance. Bold colors, modern prints, technical materials and fashionable silhouettes create looks for luxurious fashion metropoles as well as mountain resorts.

The collection presents new versions of the characteristic FIRE+ICE ID jackets made of recycled fibers. The ski touring styles are multifunctional garments for all active outdoor activities: Whether ski touring, skiing, cross-country skiing or hiking, the focus is on the right support, fit and equipment to stay cool on the ascent and warm on the descent. The signature mix of freeride attitude and contemporary urban style creates casual "urban outdoor pieces" with a technical twist.

Source:

Willy Bogner GmbH & Co. KGaA

Freudenberg Experts meet Sustainability (c) Freudenberg Performance Materials
Sustainable seat covers padding material by FILC
11.05.2022

Freudenberg Experts meet Sustainability

Following their merger, Freudenberg Performance Materials, Low & Bonar, Mehler Texnologies® and Filc will be presenting their innovative solutions at a joint stand for the first time at this year’s techtextil exhibition in Frankfurt. The focus is on sustainability. Among the highlights are Evolon® RE, a microfilament textile for a wide variety of applications and markets, FILFLEX, a sustainable padding material for car seat covers, and the truck tarpaulin POLYMAR® 8556 ECO CF. Customers will find the world's leading manufacturer of technical textiles at Stand C51 in Hall 12.1.

Following their merger, Freudenberg Performance Materials, Low & Bonar, Mehler Texnologies® and Filc will be presenting their innovative solutions at a joint stand for the first time at this year’s techtextil exhibition in Frankfurt. The focus is on sustainability. Among the highlights are Evolon® RE, a microfilament textile for a wide variety of applications and markets, FILFLEX, a sustainable padding material for car seat covers, and the truck tarpaulin POLYMAR® 8556 ECO CF. Customers will find the world's leading manufacturer of technical textiles at Stand C51 in Hall 12.1.

Evolon® textiles made from recycled PET
With Evolon® RE, Freudenberg Performance Materials is presenting an even more sustainable version of its high-performance microfilament textiles. Evolon® RE is manufactured from an average of 70% recycled polyester, which the company makes by cycling post-consumer PET bottles in-house. Evolon® RE products are available for various applications such as technical packaging, in weights currently ranging from 80g/sqm to 300g/sqm. For high-tech wiping, lightweight Evolon® RE is now available starting from 30g/sqm. The material meets the needs of cleaning specialists for more sustainable wiping solutions. Evolon® RE offers the same high quality and material performance as all other Evolon® textiles.

Tarpaulins made from recycled raw materials presented by Mehler Texnologies®
When it comes to tarpaulins on trucks, both protection of the transport cargo and advertising for the transport company place high demands on the material. Mehler Texnologies® tarpaulin material ranks among the premium products for truck tarpaulins. The company is a pioneer in sustainable development and is showcasing POLYMAR® 8556 ECO CF. This unique material has a 25% share of recycled raw materials in the coating mass. In addition, the material is made with 100% R-PES yarns. The input materials undergo a complex separation and filtering process.

Sustainable padding material for automotive and furniture seat covers presented by FILC
FILFLEX is a soft and flexible padding layer made from nonwovens for automotive and furniture seat covers. It prevents leather from creasing and improves the dimensional stability of the seat covers. In terms of sustainability, its benefit is its 100% PET composition, making FILFLEX easy to recycle. FILFLEX offers customers easier handling during sewing and the seat covering process. End users benefit from the high seating comfort.

JEC World: METYX and ITA officially join forces (c) METYX
METYX and ITA officially join forces
11.05.2022

JEC World: METYX and ITA officially join forces

The ITA Group, consisting of the Institute for Textile Technology of RWTH Aachen University (ITA) and their research and development service provider ITA Technologietransfer GmbH (ITA GmbH) are proud to announce their new partnership with METYX Composites, Turkey today at JEC World in Paris. METYX is a globally leading manufacturer of high-performance technical textiles for applications in the transportation, wind energy, construction, sports and leisure industries.

Ugur Ustunel, CEO METYX Composites: “The access to ITA´s competences along the entire textile composite value chain and to the impressive machine parks with over 250 machines from lab scale to industrial scale and the exchange with other partners will be very welcome for our future pre-competitive developments.” Dr. Christoph Greb, Scientific Director of ITA: “We are very happy to welcome METYX to our
network and to collaborate in many joint projects and studies on topics like recycling and sustainability, tapes and hybrid yarns or natural fibres just to name a few.”

The ITA Group, consisting of the Institute for Textile Technology of RWTH Aachen University (ITA) and their research and development service provider ITA Technologietransfer GmbH (ITA GmbH) are proud to announce their new partnership with METYX Composites, Turkey today at JEC World in Paris. METYX is a globally leading manufacturer of high-performance technical textiles for applications in the transportation, wind energy, construction, sports and leisure industries.

Ugur Ustunel, CEO METYX Composites: “The access to ITA´s competences along the entire textile composite value chain and to the impressive machine parks with over 250 machines from lab scale to industrial scale and the exchange with other partners will be very welcome for our future pre-competitive developments.” Dr. Christoph Greb, Scientific Director of ITA: “We are very happy to welcome METYX to our
network and to collaborate in many joint projects and studies on topics like recycling and sustainability, tapes and hybrid yarns or natural fibres just to name a few.”

Dr. Michael Effing, Managing Director of AMAC GmbH: „I am very happy to support ITA in developing and growing their network. ITA is located in the centre of the RWTH Aachen University Campus in close proximity to numerous other institutes for lightweight developments.”

10.05.2022

BB Engineering shortlisted for Plastics Recycling Awards Europe

BB Engineering has been shortlisted for the Plastics Recycling Awards Europe 2022 for the category Recycling Machinery Innovation with its PET recycling line VacuFil® Visco+ for fiber-to-fiber inline recycling.

The process presented as part of the award is the combined VacuFil® Visco+ with VarioFil®. This machinery enables the textile industry to perform closed-loop inline recycling of post-consumer polyester (PET) textile waste. The given recycling technology is a thermo-mechanical recycling process optimized for the textile industry. Key component here is the liquid state polycondensation reactor, known as Visco+, to adjust the intrinsic viscosity. Compared to existing fiber recycling processes, which address rather less demanding textile applications and don’t include subsequent spinning, BBE’s solution is a whole-in-one process that enables the textile industry to perform closed-loop inline recycling of post-consumer PET fiber waste even into high-tech textile yarns with low dpf-values.

BB Engineering has been shortlisted for the Plastics Recycling Awards Europe 2022 for the category Recycling Machinery Innovation with its PET recycling line VacuFil® Visco+ for fiber-to-fiber inline recycling.

The process presented as part of the award is the combined VacuFil® Visco+ with VarioFil®. This machinery enables the textile industry to perform closed-loop inline recycling of post-consumer polyester (PET) textile waste. The given recycling technology is a thermo-mechanical recycling process optimized for the textile industry. Key component here is the liquid state polycondensation reactor, known as Visco+, to adjust the intrinsic viscosity. Compared to existing fiber recycling processes, which address rather less demanding textile applications and don’t include subsequent spinning, BBE’s solution is a whole-in-one process that enables the textile industry to perform closed-loop inline recycling of post-consumer PET fiber waste even into high-tech textile yarns with low dpf-values.

The Plastics Recycling Awards Europe 2022 winners will be announced on 23 June, during the second day of the Plastics Recycling Show Europe taking place at the RAI Amsterdam.

(c) SOEX
Hagen Matuszak wählt die erste Ladung Schuhe eigenhändig im SOEX Werk in Wolfen aus
04.05.2022

SOEX rettet aussortierte Sneaker zusammen mit dem Start-up Sneaker Rescue

SOEX ist eine Geschäftspartnerschaft mit dem Start-up Sneaker Rescue eingegangen, um getragenen Schuhen ein zweites Leben zu geben. Zehn Tonnen aussortierte Schuhe kommen jeden Tag im SOEX Sortierwerk in Wolfen an. Das sind mindestens 20.000 Paar Schuhe pro Tag, viele davon sind Sneaker. Der Großteil dieser Schuhe gehen wieder in den Verkauf in Secondhandläden oder auf Märkten im Ausland. Manche Schuhe sind aber so dreckig oder kaputt, dass sie niemand mehr kaufen möchte. Bisher werden diese Schuhe nicht mehr getragen, sondern recycelt. Diesen Schuhen schenkt SOEX jetzt ein zweites Leben – nicht mehr nur als Rohstoff für andere Produkte, sondern in ihrer ursprünglichen Form: als tragbare Schuhe. 400 Paar will SOEX täglich retten. Der Retter in der Not an der Seite von SOEX ist Hagen Matuszak, der Gründer von Sneaker Rescue, einer Reparaturwerkstatt aus Berlin, die auf Sneaker spezialisiert ist. Gemeinsam wollen SOEX und Sneaker Rescue dafür sorgen, dass auch in der Sneaker-Welt statt Tragen, Aussortieren, Recyceln ein wirklich geschlossener Kreislauf entsteht: getragene, aussortierte Schuhe sollen weitergetragen werden.

SOEX ist eine Geschäftspartnerschaft mit dem Start-up Sneaker Rescue eingegangen, um getragenen Schuhen ein zweites Leben zu geben. Zehn Tonnen aussortierte Schuhe kommen jeden Tag im SOEX Sortierwerk in Wolfen an. Das sind mindestens 20.000 Paar Schuhe pro Tag, viele davon sind Sneaker. Der Großteil dieser Schuhe gehen wieder in den Verkauf in Secondhandläden oder auf Märkten im Ausland. Manche Schuhe sind aber so dreckig oder kaputt, dass sie niemand mehr kaufen möchte. Bisher werden diese Schuhe nicht mehr getragen, sondern recycelt. Diesen Schuhen schenkt SOEX jetzt ein zweites Leben – nicht mehr nur als Rohstoff für andere Produkte, sondern in ihrer ursprünglichen Form: als tragbare Schuhe. 400 Paar will SOEX täglich retten. Der Retter in der Not an der Seite von SOEX ist Hagen Matuszak, der Gründer von Sneaker Rescue, einer Reparaturwerkstatt aus Berlin, die auf Sneaker spezialisiert ist. Gemeinsam wollen SOEX und Sneaker Rescue dafür sorgen, dass auch in der Sneaker-Welt statt Tragen, Aussortieren, Recyceln ein wirklich geschlossener Kreislauf entsteht: getragene, aussortierte Schuhe sollen weitergetragen werden.

Allein in Deutschland werden laut Umweltbundesamt über 380 Millionen Paar Schuhe pro Jahr weggeworfen. Viele davon sind Sneaker, die in den letzten Jahren zum gehypten Konsumgut avancierten – sie haben längst ihr rein sportliches Image abgelegt und ihren Weg in unsere alltägliche Garderobe gefunden. Nun kommen immer mehr dieser Sneaker in den Sortierwerken von SOEX an, weil sie nicht mehr getragen werden oder aufgetragen wurden. „Indem wir Sneaker retten, retten wir die Ressourcen“, sagt Walter J. Thomsen. Denn in Sneakers werden eine Vielzahl an Materialien verbaut, im Schnitt sicher 50, schätzt der Sneaker-Fachmann Matuszak. Darunter viele Materialien wie Polyester, für deren Herstellung Erdöl als Rohstoff verbraucht wird – genau diese fossilen Rohstoffe gilt es zu bewahren, statt zu verschwenden, dafür müssen die Sneaker gerettet werden.

Das muffige Image von getragenen Schuhen hat nichts mit dem zu tun, was am Ende dabei rauskommt, wenn Hagen Matuszak mit ihnen fertig ist. Eine Stunde braucht er, um ein Paar zu retten. Das heißt: Schuhe reinigen, Sohle austauschen, Löcher stopfen. Und auch gegen den Geruch von getragenen Schuhen hat Hagen Matuszak bereits eine Lösung in seiner Werkstatt in Berlin Britz stehen: ein Ozongenerator. Der Aktivsauerstoff Ozon reagiert mit den Geruchsmolekülen und inaktiviert diese. Die Gerüche sind damit nicht nur überdeckt, sondern zerstört. Am Ende werden aus den geretteten Schuhen neuwertige Schuhe ohne knappe Ressourcen für einen komplett neuen Schuh zu verschwenden. SOEX und Sneaker Rescue leisten damit einen wichtigen Beitrag, um Langlebigkeit und Kreislaufwirtschaft in der Branche zu fördern.

Source:

SOEX

Dyntex sorgt mit den ersten hochwertigen Funktionsstoffen aus recycelten Autoreifen für eine Innovation am Markt für nachhaltige Sport- und Lifestyle-Bekleidung. (c) Shutterstock/Maksim Safaniuk
Dyntex Recycling
04.05.2022

Funktionstextilien aus recycelten Autoreifen

  • Dyntex bringt erste Funktionstextilien aus recycelten Autoreifen auf den Markt
  • Ultraleichte Stoffe aus Post-Consumer-Rezyklat (PCR) leisten Beitrag zur Nachhaltigkeit

Dyntex, Entwickler und Hersteller von Funktionsmaterialien aus Bregenz (Österreich), bietet als Produktneuheit hochwertige Stoffe aus wiederverwerteten Autoreifen an. Durch ein innovatives thermo-chemisches Verfahren wird aus alten Reifen ein Polyamid-Polymer rückgewonnen. Dieses wird zu einem feinen Garn und in der Folge zu einem ultraleichten Funktionsstoff verarbeitet. Das Interesse am nachhaltigen Material ist groß.

Qualitätsstoffe aus alten Autoreifen: Durch ein neues thermo-chemisches Verfahren wird aus geschredderten Reifen zunächst ein Pyrolyse-Öl gewonnen und daraus ein Polyamid-Polymer hergestellt. Das aus Post-Consumer-Rezyklat (PCR) bestehende Rohmaterial wird in Italien zu Garn weiterverarbeitet.

  • Dyntex bringt erste Funktionstextilien aus recycelten Autoreifen auf den Markt
  • Ultraleichte Stoffe aus Post-Consumer-Rezyklat (PCR) leisten Beitrag zur Nachhaltigkeit

Dyntex, Entwickler und Hersteller von Funktionsmaterialien aus Bregenz (Österreich), bietet als Produktneuheit hochwertige Stoffe aus wiederverwerteten Autoreifen an. Durch ein innovatives thermo-chemisches Verfahren wird aus alten Reifen ein Polyamid-Polymer rückgewonnen. Dieses wird zu einem feinen Garn und in der Folge zu einem ultraleichten Funktionsstoff verarbeitet. Das Interesse am nachhaltigen Material ist groß.

Qualitätsstoffe aus alten Autoreifen: Durch ein neues thermo-chemisches Verfahren wird aus geschredderten Reifen zunächst ein Pyrolyse-Öl gewonnen und daraus ein Polyamid-Polymer hergestellt. Das aus Post-Consumer-Rezyklat (PCR) bestehende Rohmaterial wird in Italien zu Garn weiterverarbeitet.

Gemeinsam mit Spezialisten aus Japan und Italien hat Dyntex daraus ultraleichte High-Tech-Funktionstextilien entwickelt. Die neu entwickelte Kollektion umfasst acht verschiedene Stoffe, der leichteste wiegt gerade einmal 36 Gramm pro Quadratmeter. Mit ihren besonderen Griffen und Optiken sind sie ideal für modische Sport- und Funktionsbekleidung.

Ressourcenschonend und hochwertig
„Wir führen bisher nicht mehr nutzbare Werkstoffe wieder zurück in den Warenkreislauf, benötigen bei der Produktion kaum fossile Ressourcen und erreichen so eine massive Reduktion des CO2-Fußabdrucks“, erklärt Alexander Gächter, Verkaufsleiter bei Dyntex.

Die Recycling-Stoffe erfüllen dieselben hohen Standards wie solche aus neu hergestelltem Polyamid. Sie sind wie alle Dyntex-Funktionsstoffe wasserabweisend, atmungsaktiv, frei von Fluorcarbon und auch bei hoher Beanspruchung sehr langlebig. Die neuen Textilien eigen sich damit ideal für Sport- und Lifestylemode sowie für Arbeitskleidung.

Wachstumsmarkt für nachhaltige Mode
Der Markt für nachhaltige Mode wächst seit Jahren stark. Entsprechend hoch ist auch die Nachfrage nach Funktionsstoffen aus recyceltem Material. Dyntex gehört zu den Vorreitern: Bereits im Jahr 2020 hat das Vorarlberger Unternehmen die weltweit ersten Funktionstextilien aus biosynthetischem Garn (Dyntex® Biological Origin) und biologisch abbaubarem Stoff (Dyntex® Biodegradable) auf den Markt gebracht.

(c) ChemSec, report Not Quite 100%
28.04.2022

ChemSec' Study: Consumer brands demand clarity on recycled plastics

A new interview study from NGO ChemSec shows that there is a gap between supply and demand when it comes to recycled materials, causing confusion and bottlenecks. Among other things, suppliers go out of their way using elaborate trade schemes to reach the coveted ”100% recycled” tag, which – it turns out – is not that important to consumer product brands. Far more crucial aspects, according to several major B2C companies, are:

  • Honest communication towards customers
  • Comprehensive information from suppliers
  • Clear standards for recycled material

These are some of the conclusions from NGO ChemSec’s survey and interview study with 26 highly well-known consumer product brands. All brands responded to a survey concerning their current plastic use, as well as their needs, expectations and challenges regarding using more recycled material, to enable the shift to a circular economy for plastics.

Ten of the brands then participated in in-depth interviews on the same topics:, Essity, H&M, IKEA, Inditex , Lego, Mars,  SC Johnson, Tarkett, Unilever and Walgreens Boots Alliance.

A new interview study from NGO ChemSec shows that there is a gap between supply and demand when it comes to recycled materials, causing confusion and bottlenecks. Among other things, suppliers go out of their way using elaborate trade schemes to reach the coveted ”100% recycled” tag, which – it turns out – is not that important to consumer product brands. Far more crucial aspects, according to several major B2C companies, are:

  • Honest communication towards customers
  • Comprehensive information from suppliers
  • Clear standards for recycled material

These are some of the conclusions from NGO ChemSec’s survey and interview study with 26 highly well-known consumer product brands. All brands responded to a survey concerning their current plastic use, as well as their needs, expectations and challenges regarding using more recycled material, to enable the shift to a circular economy for plastics.

Ten of the brands then participated in in-depth interviews on the same topics:, Essity, H&M, IKEA, Inditex , Lego, Mars,  SC Johnson, Tarkett, Unilever and Walgreens Boots Alliance.

Is non-mechanical recycling the answer?
Only about ten percent of all discarded plastics is recycled today, which is of course not nearly enough to achieve a circular plastics economy. Despite ambitions and initiatives to reduce plastics use – replacing the materials with other, more sustainable ones – the “plastic tap” is not expected to be turned off anytime soon. Quite the opposite, which makes raising the recycling rates more important than ever.

Although commercially viable, traditional (mechanical) recycling is afflicted with severe flaws, such as legacy chemicals, quality and functionality issues, as well as the lack of clean and sorted waste streams. The brands cited quality and functionality issues as the main obstacles for using more recycled material in their products.

This opens up for non-mechanical recycling, sometimes referred to as chemical recycling, where the plastic is either dissolved or broken down into smaller building blocks. Harmful additives and other hazardous chemicals can be removed in the process, and a material comparable to virgin plastic can be achieved – at least in theory.

So far, however, non-mechanical recycling technologies are costly, energy-intensive, and often require the addition of a great deal of virgin plastic to work – the very material that needs to be phased out.

The chain of custody models needs to be detangled
Apart from these production issues, there is a wide range of chain of custody models surrounding non-mechanical recycling, including mass balance and book & claim, which enable trade of credits or certificates for recycled material.

This cuts the physical connection between input and output, making it possible for a supplier to sell a material as “100% recycled”, when the actual recycled content could be zero.

This is a major issue for the brands ChemSec has spoken to, who value honest and correct communication towards customers. It turns out, perhaps somewhat surprisingly, that being able to slap a “made from 100% recycled plastic” label on a product is not all that important to brands.

To the brands, a physical connection between input (the discarded plastic waste headed for recycling) and output (the product at least partially made from recycled plastics) is far more important.

A physical connection, along with correct and adequate information from suppliers, as well as clearer standards and guidelines than what is available today, is what brands require to increase the use of recycled material and move us closer to a circular economy for plastics.

More information:
ChemSec plastics Recycling
Source:

ChemSec

(c) adidas AG
15.04.2022

adidas and Juventus collaborate with Brazilian street artist for a more inclusive world

adidas and Juventus reveal the club’s 4th kit, designed in collaboration with Brazilian street artist, Eduardo Kobra. Together, the partners look to extend the borders of the sport and build connections with the realm of art to celebrate a more diverse and inclusive world.

Kobra, born and raised in São Paulo, is famed for his photorealistic street art murals which often challenge deep cultural and societal issues, and inspire and provoke thought with messages hidden within the art.

Kobra’s artistic expression and the values of Juventus draw many parallels, from being born in the streets to working as a platform for socialization that brings people together – both contributing to society, culture, and the new generations.

With adidas’s focus on creativity, telling real stories about real people, and the belief that sport has the power to change lives, the collaboration carries a powerful and unified message that helps bring to life the most authentic side of football.

adidas and Juventus reveal the club’s 4th kit, designed in collaboration with Brazilian street artist, Eduardo Kobra. Together, the partners look to extend the borders of the sport and build connections with the realm of art to celebrate a more diverse and inclusive world.

Kobra, born and raised in São Paulo, is famed for his photorealistic street art murals which often challenge deep cultural and societal issues, and inspire and provoke thought with messages hidden within the art.

Kobra’s artistic expression and the values of Juventus draw many parallels, from being born in the streets to working as a platform for socialization that brings people together – both contributing to society, culture, and the new generations.

With adidas’s focus on creativity, telling real stories about real people, and the belief that sport has the power to change lives, the collaboration carries a powerful and unified message that helps bring to life the most authentic side of football.

The jersey design is instantly recognisable as one of Kobra’s own, featuring his signature geometric style with the use of bright colours and bold lines, allowing the club’s diverse fanbase to express itself in a different way. The adidas and Juventus logos are embroidered into the fabric with the jersey finished by Kobra’s distinct signature as a back neck sign off.

“What we express and the way we do it speaks about who we are. We cannot be our best version if we don’t embrace diversity. Our differences are what makes us unique, which is why adidas and Juventus have been such perfect partners to work with on this special project. I hope it resonates with people as much as I enjoyed creating the artwork for it,” said Eduardo Kobra.

The new jersey is made with recycled materials, putting sustainability at the heart of the garment. It features the latest in adidas’ temperature regulation technology, AEROREADY – FEEL READY.

More information:
adidas Sportswear Recycling
Source:

adidas AG

(c) STFI / Dirk Hanus
13.04.2022

STFI zeigt nachhaltige Leichtbauneuheiten zur JEC

Im Mittelpunkt des Messeauftritts des Sächsischen Textilforschungsinstitut e.V. (STFI) stehen im Jahr 2022 aktuelle Entwicklungen, die sich dem Recycling und der Nachhaltigkeit von Leichtbauwerkstoffen widmen. Der Einsatz von rezyklierten Hochleistungsfasern wird an diversen Anwendungsbeispielen aus den Bereichen Sport und Freizeit sowie Mobilität erlebbar gemacht. Beispielsweise werden die Ergebnisse des zum 30.03.2022 beendeten IGF-Vorhabens „VliesSMC“ präsentiert. Gemeinsam mit dem Forschungspartner Fraunhofer ICT, Pfinztal, wurde im Rahmen des Projektes der Einsatz von rezyklierten Carbonfasern in der SMC-Prozesskette detailliert untersucht. Hierzu wurden zunächst Vliesstoffe entwickelt, die es ermöglichen, die rezyklierten Carbonfasern der SMC-Anlage zuzuführen. Die hergestellten SMC-Halbzeuge konnten anschließend sowohl im Form- als auch Fließpressverfahren verarbeitet werden. Der Benchmark mit konventionellen SMC-Produkten zeigte, dass bei niedrigerem Faservolumengehalt vergleichbare Kennwerte erzielt werden konnten.

Im Mittelpunkt des Messeauftritts des Sächsischen Textilforschungsinstitut e.V. (STFI) stehen im Jahr 2022 aktuelle Entwicklungen, die sich dem Recycling und der Nachhaltigkeit von Leichtbauwerkstoffen widmen. Der Einsatz von rezyklierten Hochleistungsfasern wird an diversen Anwendungsbeispielen aus den Bereichen Sport und Freizeit sowie Mobilität erlebbar gemacht. Beispielsweise werden die Ergebnisse des zum 30.03.2022 beendeten IGF-Vorhabens „VliesSMC“ präsentiert. Gemeinsam mit dem Forschungspartner Fraunhofer ICT, Pfinztal, wurde im Rahmen des Projektes der Einsatz von rezyklierten Carbonfasern in der SMC-Prozesskette detailliert untersucht. Hierzu wurden zunächst Vliesstoffe entwickelt, die es ermöglichen, die rezyklierten Carbonfasern der SMC-Anlage zuzuführen. Die hergestellten SMC-Halbzeuge konnten anschließend sowohl im Form- als auch Fließpressverfahren verarbeitet werden. Der Benchmark mit konventionellen SMC-Produkten zeigte, dass bei niedrigerem Faservolumengehalt vergleichbare Kennwerte erzielt werden konnten.

Zukunftsweisende Materialien bieten zudem die Entwicklungen aus dem Bereich nachwachsender Rohstoffe in Kombination mit biobasierten Harzsystemen. Das Projekt Gro-Coce verfolgte das Ziel, durch die Verbindung nachhaltiger Bauprodukte und -weisen ein innovatives Deckensystem zu entwickeln, welches auf Grundlage der Holz-Beton-Verbundbauweise (HBV-Bauweise) als ökonomische und ökologisch vorteilhafte Alternative zu den momentan vorherrschenden, energie- und ressourcenintensiven Deckenkonstruktionen aus Stahlbeton funktioniert. Das Deckensystem besteht aus Holzstegen, deren Zugzone durch hochleistungsfähige hanffaserbasierte Armierungstextilien verstärkt wird. Dadurch gelingt eine deutliche Reduktion des notwendigen Holzquerschnittes und eine anforderungsgerechtere sowie verantwortungsvollere Nutzung des Querschnitts für alle üblichen Spannweiten des Hoch- und Geschossbaus. Ziel war die Verwirklichung hoher mechanischer Kennwerte der Fasern, bei gleichzeitig geringer Streuung der Materialeigenschaften, um ein im Vergleich zu industriell gefertigten Fasern konkurrenzfähiges und nachhaltiges Produkt aufbieten zu können.

Zudem stellt das STFI neueste Möglichkeiten zur kontinuierlichen Herstellung von Organoblechen vor. Unter Einsatz einer Intervallheißpresse wurden in den letzten Jahren Organobleche auf Basis unterschiedlichster Verstärkungsstrukturen in Kombination mit thermoplastischen Matrixsystemen entwickelt. Die Palette reicht dabei vom industrieüblichen PP und PA bis hin zu hochtemperaturbeständigen Polymeren wie PPS oder PEI.

Source:

Sächsische Textilforschungsinstitut e.V. (STFI)