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13.05.2024

10 Jahre Textilbündnis: BTE seit Beginn engagiert

Mitte April feierte das Bündnis für nachhaltige Textilien (kurz: Textilbündnis) sein 10-jähriges Bestehen. Die Multi-Akteurs-Partnerschaft besteht aktuell aus rund 120 Unternehmen, Verbänden, Nichtregierungsorganisationen, Gewerkschaften und Standardorganisationen sowie der deutschen Bundesregierung, die das Textilbündnis in Person des damaligen Entwicklungsministers Müller maßgeblich mit initiiert hatte. Ziel des Textilbündnisses ist die Verbesserungen entlang globaler Wertschöpfungsketten in der Textilbranche.
 

Mitte April feierte das Bündnis für nachhaltige Textilien (kurz: Textilbündnis) sein 10-jähriges Bestehen. Die Multi-Akteurs-Partnerschaft besteht aktuell aus rund 120 Unternehmen, Verbänden, Nichtregierungsorganisationen, Gewerkschaften und Standardorganisationen sowie der deutschen Bundesregierung, die das Textilbündnis in Person des damaligen Entwicklungsministers Müller maßgeblich mit initiiert hatte. Ziel des Textilbündnisses ist die Verbesserungen entlang globaler Wertschöpfungsketten in der Textilbranche.
 
Der BTE engagiert sich seit Gründung im Textilbündnis in verschiedenen Arbeitskreisen. Wegen des veränderten regulativen Umfelds kam es Ende 2022 zu einer strategische Neuausrichtung. So wurden neue Anforderungen an die Bündnismitglieder gestellt, z.B. zur erweiterten Transparenz in der Lieferkette. Mit der Umsetzung definierter Fokusthemen entlang der Lieferkette leistet das Textilbündnis einen positiven Beitrag zu zentralen Problemen der weltweiten Textilindustrie, wie z.B. geringe Löhne, hoher Ressourcenverbrauch und Treibhausgas-Emissionen, geschlechterspezifische Gewalt und Diskriminierung sowie bislang oft fehlende Möglichkeiten, auf Missstände am Arbeitsplatz hinzuweisen.
 
Aktuell ist der BTE im Kreislaufwirtschaftsprojekt “Daunen- und Federn-Recycling" eingebunden. Ziel dieses Fokusthemas ist die Erhöhung der Menge an neuen Bettwaren, die mit recycelten Daunen und Federn gefüllt ist.
 
Hinweis: Auf der Webseite des Textilbündnis www.textilbuendnis.com steht eine größere Zahl grundlegender Dokumente als Download zur Verfügung, die in den letzten 10 Jahren das gemeinsame Engagement der Branche verdeutlichen, u.a. Risiken ermitteln und priorisieren, Infopapier Beschwerde- und Abhilfemechanismen, Leitfaden existenzsichernde Löhne, Informationsblätter zu einzelnen Fasern und Textil-Abwassermanagement.

Source:

BTE Handelsverband Textil Schuhe Lederwaren

13.05.2024

Indorama Ventures achieves ‘AA’ rating

Indorama Ventures Public Company Limited, a global sustainable chemical company, announced that MSCI awarded the company an upgraded ‘AA’ from ‘A’ rating, ranking it in the ‘Leader’ category for its Environmental, Social, and Governance (ESG) performance towards achieving its ongoing sustainability goals and commitments.

Morgan Stanley Capital International (MSCI), a provider of research-driven indices and analytics, ranked Indorama Ventures among the top 12% of 57 global companies in the commodity chemicals sector. This upgraded rating illustrates Indorama Ventures’ performance to exceed industry peers while minimizing its environmental footprint.

Indorama Ventures Public Company Limited, a global sustainable chemical company, announced that MSCI awarded the company an upgraded ‘AA’ from ‘A’ rating, ranking it in the ‘Leader’ category for its Environmental, Social, and Governance (ESG) performance towards achieving its ongoing sustainability goals and commitments.

Morgan Stanley Capital International (MSCI), a provider of research-driven indices and analytics, ranked Indorama Ventures among the top 12% of 57 global companies in the commodity chemicals sector. This upgraded rating illustrates Indorama Ventures’ performance to exceed industry peers while minimizing its environmental footprint.

Source:

Indorama Ventures Public Company Limited

13.05.2024

BUFF®: Teilnahme an "1% For The Planet" mit Schlauchtüchern

BUFF®, ein Anbieter von Kopfbedeckungen und Schlauchtüchern, setzt sein Engagement für die Umwelt fort und schließt sich mit CoolNet UV® der Initiative 1% For The Planet an.

Konzipiert für sportliche Aktivitäten bei Sonnenschein und hohen Temperaturen bietet CoolNet UV® UV-Schutz mit einem UPF von 50. Die Produktion erfolgt zu 95 Prozent aus recycelten Materialien wie Plastikflaschen am BUFF®-Hauptsitz in Barcelona. Insgesamt konnte Buff® bis heute mehr als 47 Millionen Flaschen recyceln und in hochwertige Materialien weiterverwerten. Das CoolNet UV® ist zudem mit der innovativen HeiQ-Kühltechnologie und antibakterieller Technologie von Polygiene ausgestattet, um Outdoor-Fans während intensiver Aktivitäten kühl und trocken zu halten.

Seit der Unternehmensgründung 1992 unterstützt BUFF® Organisationen wie Protect Our Winters oder die European Outdoor Conservation Association (EOCA), die sich für die Zukunft unseres Planeten einsetzen. Mit der Teilnahme an 1% For The Planet macht BUFF® einen weiteren Schritt in die richtige Richtung, indem die Marke mit gleichgesinnten Unternehmen mit einem gemeinsamen Ziel zusammenarbeitet: Menschen und Natur zu unterstützen.

BUFF®, ein Anbieter von Kopfbedeckungen und Schlauchtüchern, setzt sein Engagement für die Umwelt fort und schließt sich mit CoolNet UV® der Initiative 1% For The Planet an.

Konzipiert für sportliche Aktivitäten bei Sonnenschein und hohen Temperaturen bietet CoolNet UV® UV-Schutz mit einem UPF von 50. Die Produktion erfolgt zu 95 Prozent aus recycelten Materialien wie Plastikflaschen am BUFF®-Hauptsitz in Barcelona. Insgesamt konnte Buff® bis heute mehr als 47 Millionen Flaschen recyceln und in hochwertige Materialien weiterverwerten. Das CoolNet UV® ist zudem mit der innovativen HeiQ-Kühltechnologie und antibakterieller Technologie von Polygiene ausgestattet, um Outdoor-Fans während intensiver Aktivitäten kühl und trocken zu halten.

Seit der Unternehmensgründung 1992 unterstützt BUFF® Organisationen wie Protect Our Winters oder die European Outdoor Conservation Association (EOCA), die sich für die Zukunft unseres Planeten einsetzen. Mit der Teilnahme an 1% For The Planet macht BUFF® einen weiteren Schritt in die richtige Richtung, indem die Marke mit gleichgesinnten Unternehmen mit einem gemeinsamen Ziel zusammenarbeitet: Menschen und Natur zu unterstützen.

Source:

BUFF® / crystal communications

The Salvation Army: Clothing drives at Marathon Events Photo: unsplash, Miguel A Amutio
13.05.2024

The Salvation Army: Clothing drives at Marathon Events

London Marathon Events (LME) partnered with the Salvation Army Trading Company (SATCoL), the trading arm of The Salvation Army, to collect discarded participant clothing at its event in London. On 21st April The Salvation Army collected a record 18.9 tonnes of clothing from the mass participation event.

Salvation Army volunteers and helpers supported to collect clothing discarded by participants prior to the Start line. The clothing was transported to The Salvation Army’s processing centre in the East Midlands for sorting and distribution to be resold, reused or recycled.

The profits that the Salvation Army Trading Company raise, is donated to The Salvation Army to continue to support the work they do across the UK.

The scheme is one of LME’s new sustainability initiatives for 2024 aimed at reducing the environmental impact of its events, with a particular focus on lowering carbon emissions, cutting waste and improving circularity.

The Salvation Army team will continue with the clothing collections at the following events this year:

London Marathon Events (LME) partnered with the Salvation Army Trading Company (SATCoL), the trading arm of The Salvation Army, to collect discarded participant clothing at its event in London. On 21st April The Salvation Army collected a record 18.9 tonnes of clothing from the mass participation event.

Salvation Army volunteers and helpers supported to collect clothing discarded by participants prior to the Start line. The clothing was transported to The Salvation Army’s processing centre in the East Midlands for sorting and distribution to be resold, reused or recycled.

The profits that the Salvation Army Trading Company raise, is donated to The Salvation Army to continue to support the work they do across the UK.

The scheme is one of LME’s new sustainability initiatives for 2024 aimed at reducing the environmental impact of its events, with a particular focus on lowering carbon emissions, cutting waste and improving circularity.

The Salvation Army team will continue with the clothing collections at the following events this year:

  • Ford RideLondon on Sunday 26 May
  • The Big Half on 1 September
  • The Vitality London 10,000 on 22 September
  • The Royal Parks Half on 13 October
Source:

Salvation Army Trading Company Ltd (SATCoL)

13.05.2024

15-year anniversary of Global Fashion Summit in Copenhagen

Global Fashion Summit: Copenhagen Edition 2024 will take place on 22-23 May in the Copenhagen Concert Hall. Presented by Global Fashion Agenda (GFA), a non-profit organisation that is accelerating the transition to a net positive fashion industry, the 2024 edition with mark the Summit’s 15th anniversary and will bring together  leaders to drive urgent social and environmental progress.
 
Her Majesty The Queen of Denmark will attend the Summit on 22 May and provide Opening Remarks. The Queen first attended the inaugural Summit in 2009 and has since spoken at every edition of the Summit, demonstrating her dedication to a more sustainable future.
 
Under the central theme ‘Unlocking the Next Level’, over 100 other esteemed speakers will take to the Summit’s historic stages to share action-based insights, including executives from: Kering, Patagonia, Maersk, Brioni, Conservation International, The New York Times, Ralph Lauren Corporation, H&M Group, Ganni, WWF, Re&Up, Fair Labor Association, and more.
 

Global Fashion Summit: Copenhagen Edition 2024 will take place on 22-23 May in the Copenhagen Concert Hall. Presented by Global Fashion Agenda (GFA), a non-profit organisation that is accelerating the transition to a net positive fashion industry, the 2024 edition with mark the Summit’s 15th anniversary and will bring together  leaders to drive urgent social and environmental progress.
 
Her Majesty The Queen of Denmark will attend the Summit on 22 May and provide Opening Remarks. The Queen first attended the inaugural Summit in 2009 and has since spoken at every edition of the Summit, demonstrating her dedication to a more sustainable future.
 
Under the central theme ‘Unlocking the Next Level’, over 100 other esteemed speakers will take to the Summit’s historic stages to share action-based insights, including executives from: Kering, Patagonia, Maersk, Brioni, Conservation International, The New York Times, Ralph Lauren Corporation, H&M Group, Ganni, WWF, Re&Up, Fair Labor Association, and more.
 
With a 15-year foundation as a leading forum for sustainability in fashion, the event will attract over 1000 stakeholders from the fashion sector, adjacent industries, policymakers, solution providers, and more. The Summit’s programme will be structured around unlocking solutions to fashion’s biggest sustainability barriers, no matter where an organisation is on its sustainability journey. Sessions include: ‘Fragmented Futures: Fashion’s Policy Agenda’, ‘Luxury, Leather, and Land’, ‘Towards a Binding Agreement on Wages, ‘Pathways to Indigenous Partnership’, and ‘Ending Oversupply’.
 
Building on the impact of previous Summits, the 2024 edition will also host more action-oriented roundtable meetings. The closed-door sessions bring together groups of stakeholders to discuss relevant barriers, share learnings, and build collaborations to support the implementation of solutions. Roundtables will address topics such as: ‘Scaling Circular Textile Systems’, ‘Pay Equity Interventions in European Value Chains’, and ‘Impactful Influence’.
 
The Summit will also present the Innovation Forum, a curated exhibition of leading sustainable solutions. Summit attendees can meet with exhibitors covering the entire value chain – from innovative materials to end-of-use solutions.

Source:

Global Fashion Agenda (GFA)

BioComposites AG - Flachsgewebe © Hochschule Aalen
07.05.2024

Gemeinsam Forschung an nachhaltigen Lösungen für Faserverbundwerkstoffe im Leichtbau

Faserverbundwerkstoffe verfügen über herausragende mechanische Eigenschaften bei gleichzeitig niedriger Dichte. Daraus gefertigte Gegenstände sind leicht und gleichzeitig sehr stabil – das macht sie zum idealen Werkstoff für Sportartikelhersteller über die Automobilindustrie bis hin zur Luft- und Raumfahrt. Statt den bisher üblichen Glas- und Carbonfasern sollen nun zunehmend natürliche Fasern wie Flachs, Hanf oder Jute als Verstärkung eingesetzt werden. Durch ihr Potential während der Herstellung Treibhausgasemissionen und Energie einzusparen, ermöglichen sie eine vergleichsweise günstige Herstellung. Ihre mechanischen Eigenschaften deuten einerseits auf noch nicht ausgeschöpftes Potenzial hin, können jedoch je nach jährlichen Wachstumsbedingungen in ihrer Dichte, Festigkeit oder Steifigkeit stark variieren. Um zukünftig Faserverbundwerkstoffe auf Basis nachwachsender Rohstoffe möglichst effizient, nachhaltig und vor allem wettbewerbsfähig herstellen zu können, bündeln die Hochschule Aalen und das Fraunhofer-IGCV ihre Expertisen hinsichtlich Werkstoff- und Produktionstechnik.

Faserverbundwerkstoffe verfügen über herausragende mechanische Eigenschaften bei gleichzeitig niedriger Dichte. Daraus gefertigte Gegenstände sind leicht und gleichzeitig sehr stabil – das macht sie zum idealen Werkstoff für Sportartikelhersteller über die Automobilindustrie bis hin zur Luft- und Raumfahrt. Statt den bisher üblichen Glas- und Carbonfasern sollen nun zunehmend natürliche Fasern wie Flachs, Hanf oder Jute als Verstärkung eingesetzt werden. Durch ihr Potential während der Herstellung Treibhausgasemissionen und Energie einzusparen, ermöglichen sie eine vergleichsweise günstige Herstellung. Ihre mechanischen Eigenschaften deuten einerseits auf noch nicht ausgeschöpftes Potenzial hin, können jedoch je nach jährlichen Wachstumsbedingungen in ihrer Dichte, Festigkeit oder Steifigkeit stark variieren. Um zukünftig Faserverbundwerkstoffe auf Basis nachwachsender Rohstoffe möglichst effizient, nachhaltig und vor allem wettbewerbsfähig herstellen zu können, bündeln die Hochschule Aalen und das Fraunhofer-IGCV ihre Expertisen hinsichtlich Werkstoff- und Produktionstechnik.

Die Arbeitsgruppe BioComposites mit aktuell noch zwei Forschenden aus beiden Einrichtungen hat zum Ziel, hochwertige biobasierte Faserverbundwerkstoffe für Leichtbauanwendungen zu entwickeln und deren Fertigungsprozesse zu optimieren. Faserverbundwerkstoffe aus biobasierten Komponenten können so – insbesondere in Kombination mit den richtigen Recyclingstrategien – dazu beitragen, dass weniger Schadstoffe in Luft, Wasser und Boden freigesetzt werden

Prof. Dr.-Ing. Iman Taha, Inhaberin des Lehrstuhls für nachhaltige Werkstoffe in der Kunststofftechnik der Hochschule Aalen und Leiterin der Arbeitsgruppe, sieht großes Potenzial in der gemeinsamen Forschung: "Bio-Composites haben ein grünes Image, aber sie bieten noch so viel mehr. Im Gegensatz zu herkömmlichen Verbundwerkstoffen, die oft auf Erdölprodukten basieren, sind Bio-Composites eine ökologische Alternative, die einen wichtigen Beitrag auch zur Reduzierung des CO2-Ausstoßes leisten kann. Damit kommt ihnen eine tragende Rolle zu, unseren Alltag nachhaltiger zu gestalten."

3D spacer fabric Photo: ARIS/DITF
3D spacer fabric
07.05.2024

Graywater treatment with 3D textiles

The demand for water in Germany is increasing and used water is not being utilized sufficiently. Graywater in particular, i.e. wastewater from showers, bathtubs and washbasins, offers great potential for further use. It can be brought to service water quality on site and reused for flushing toilets or watering gardens, for example. Thanks to flexible 3D textiles, it can even be used in almost any building to save space.

Around 50 to 80 percent of all domestic wastewater is graywater. Until now, large containers and tanks have been needed to reprocess it and return it to the cycle, taking up a lot of space in the building. The German Institutes of Textile and Fiber Research Denkendorf (DITF) and their project partner ARIS have developed a biological, textile-based system.

The demand for water in Germany is increasing and used water is not being utilized sufficiently. Graywater in particular, i.e. wastewater from showers, bathtubs and washbasins, offers great potential for further use. It can be brought to service water quality on site and reused for flushing toilets or watering gardens, for example. Thanks to flexible 3D textiles, it can even be used in almost any building to save space.

Around 50 to 80 percent of all domestic wastewater is graywater. Until now, large containers and tanks have been needed to reprocess it and return it to the cycle, taking up a lot of space in the building. The German Institutes of Textile and Fiber Research Denkendorf (DITF) and their project partner ARIS have developed a biological, textile-based system.

It is based on a 3D spacer fabric made of highly durable polypropylene. Its advantage is that it can be installed flat and is therefore extremely space-saving. Thanks to its special system geometry, it can be installed in places that would otherwise remain unused - for example in a new building under the floor of an underground garage, on a flat roof or in the garden. It can be modularly adapted to the water requirements and structural conditions in the respective buildings. "Even vertical solutions on facades are conceivable," explains DITF scientist Jamal Sarsour. This means that the graywater treatment system could be used in densely built-up cities in particular.

The system developed by the project partners requires little maintenance and is therefore particularly cost-effective. Compared to previous solutions, it is characterized by a long lifespan. It therefore contributes to sustainable water use and makes a valuable contribution to the circular economy.

ARIS plans to launch the new textile-based graywater treatment system on the market in 2024.

The project will be presented on June 13, 2024 at the SME Innovation Day of the Federal Ministry for Economic Affairs and Climate Protection in Berlin.

The research project with the number 16KN080829 of AiF Projekt GmbH, Berlin, was funded by the Federal Ministry of Economics and Climate Protection as part of the Central Innovation Program for SMEs (ZIM) on the basis of a resolution of the German Bundestag.

Source:

Deutsche Institute für Textil- und Faserforschung Denkendorf (DITF)

06.05.2024

GOTS releases new rules and tools

  • GOTS Version 7.0 released
  • GOTS certified entities grow by 8% and expand to 89 countries
  • GOTS releases Due Diligence Handbook for certified entities
  • Farm-Gin Registry implemented in India, creating a direct link and better evaluation of incoming data
  • GOTS collaborates with European Space Agency and Marple for AI organic cotton project
  • #Behindtheseams campaign reaches 21 million+ unique individuals

The Global Organic Textile Standard (GOTS), managed by non-profit Global Standard, recognises 2023 as a year of significant milestones. From expansion of GOTS-certified facilities to the release of a new standard version, GOTS remained a beacon for businesses navigating changing legislation, social and environmental demands.

Coming out of one of the strongest years for GOTS, 2023 culminated with 25 GOTS-approved certification bodies reporting a noteworthy 14,676 certified facilities (an 8% growth from 2022) in 89 countries.

  • GOTS Version 7.0 released
  • GOTS certified entities grow by 8% and expand to 89 countries
  • GOTS releases Due Diligence Handbook for certified entities
  • Farm-Gin Registry implemented in India, creating a direct link and better evaluation of incoming data
  • GOTS collaborates with European Space Agency and Marple for AI organic cotton project
  • #Behindtheseams campaign reaches 21 million+ unique individuals

The Global Organic Textile Standard (GOTS), managed by non-profit Global Standard, recognises 2023 as a year of significant milestones. From expansion of GOTS-certified facilities to the release of a new standard version, GOTS remained a beacon for businesses navigating changing legislation, social and environmental demands.

Coming out of one of the strongest years for GOTS, 2023 culminated with 25 GOTS-approved certification bodies reporting a noteworthy 14,676 certified facilities (an 8% growth from 2022) in 89 countries.

Ushering in GOTS Version 7.0
As of 1 March, facilities that become GOTS-certified will operate under the new GOTS Version 7.0, released in March 2023 with a one-year transition period. GOTS Version 7.0 and its accompanying Implementation Manual provides a comprehensive solution for companies who want to produce organic textiles and be supported to ensure compliance with environmental and human rights due diligence along the entire value chain, from field to finished product.

GOTS Version 7.0 also introduced a six-step due diligence process and handbook that equips GOTS-certified operations to proactively identify, assess and mitigate adverse impacts throughout their value chains.

Looking to the future
GOTS initiated in 2023 two major projects in India, the globe’s largest producer of organic cotton. The Farm-Gin Registry was introduced for the 2022-2023 harvest season, which acts as a link between farm and gin and is a tool to strengthen integrity by collecting organic raw seed cotton data producing farm or farm group.

GOTS, the European Space Agency (ESA) and software company Marple launched a new project that aims to show the potential for remote satellite monitoring of organic cotton cultivation systems. The project trained artificial intelligence (AI) to use ESA satellite data to detect cotton fields across India and automatically classify them according to their cultivation standard. By integrating standardised yield metrics, this innovative approach will enable GOTS to generate realistic estimates of organic cotton yields in specific areas. In addition, the project is expected to empower GOTS to recognise cotton fields that have not yet obtained organic certification but possess the potential for a transition to organic cultivation. The first results of the project will be announced in June.

Educating the consumer
GOTS, in its ongoing commitment to stakeholder education, orchestrated in November an immersive 360-degree awareness and educational campaign. Successfully engaging both consumers and industry professionals, the initiative shined a spotlight on GOTS-certified companies and their products, which empowered consumers to make more conscientious choices while shopping. With an impressive turnout of over 250 certified entities, the campaign made a significant global impact, reaching more than 21 million unique individuals worldwide.

Source:

Global Standard gGmbH

06.05.2024

Lenzing: Outstanding results for social sustainability

The Lenzing Group has achieved outstanding results in the Higg Facility Social & Labor Module (FSLM) certification for five of its production sites. This involved measuring the social impact of production in areas such as wages, working hours, health and safety and treatment of employees.

One of Lenzing's key sustainability goals is to obtain a valid, independently audited and accredited social standard certificate for each of the Lenzing Group's production sites by 2024. This goal is pursued through the Higg Facility Social & Labor Module (Higg FSLM), which assesses social and labor-related conditions. In 2023, more than 7,200 companies worldwide underwent this audit, with Lenzing's result placing it in the top 25 percent of all verified Higg FSLM facilities.

The Lenzing Group has achieved outstanding results in the Higg Facility Social & Labor Module (FSLM) certification for five of its production sites. This involved measuring the social impact of production in areas such as wages, working hours, health and safety and treatment of employees.

One of Lenzing's key sustainability goals is to obtain a valid, independently audited and accredited social standard certificate for each of the Lenzing Group's production sites by 2024. This goal is pursued through the Higg Facility Social & Labor Module (Higg FSLM), which assesses social and labor-related conditions. In 2023, more than 7,200 companies worldwide underwent this audit, with Lenzing's result placing it in the top 25 percent of all verified Higg FSLM facilities.

A recent study by the Society for Applied Economic Research in Innsbruck (Austria)1 emphasises Lenzing's responsibility as an important employer. The Lenzing Group creates a total of 25,292 jobs in the five countries in which it operates production facilities. This figure includes not only employees, but also indirect jobs - because every direct job created creates more than two additional indirect jobs in other sectors of the economy.

1 GAW Wirtschaftsforschung: Economic and Regional Importance of the Lenzing Group in 2023; March 2024

Source:

Lenzing Group

(c) Cascale
06.05.2024

Cascale announces new CEO

Cascale, a non-profit alliance for driving impact in consumer goods (formerly the Sustainable Apparel Coalition), announces Colin Browne as its new Chief Executive Officer, effective May 1, 2024.

Browne previously served as Interim CEO and Chief Operating Officer of Under Armour, a Cascale member. During his tenure at Under Armour, Browne oversaw sustainability efforts and, in addition, led significant transformations across supply chain, go-to-market and technology. In 2023, the company shared achievements related to its environmental footprint, product circularity, and renewable energy goals – some accomplished with Cascale’s Higg Index suite of tools.

Cascale, a non-profit alliance for driving impact in consumer goods (formerly the Sustainable Apparel Coalition), announces Colin Browne as its new Chief Executive Officer, effective May 1, 2024.

Browne previously served as Interim CEO and Chief Operating Officer of Under Armour, a Cascale member. During his tenure at Under Armour, Browne oversaw sustainability efforts and, in addition, led significant transformations across supply chain, go-to-market and technology. In 2023, the company shared achievements related to its environmental footprint, product circularity, and renewable energy goals – some accomplished with Cascale’s Higg Index suite of tools.

Prior to joining Under Armour, Browne was managing director of Asia Sourcing for VF Corporation, a Cascale member that includes The North Face, Timberland, Vans, and Smartwool brands. In addition to his experience leading brands, Browne also spent four years running manufacturing plants in Thailand and began his career at Bally Shoe factories in the UK. He has lived and worked in the UK, South Korea, mainland China, the Philippines, Thailand, Hong Kong SAR, and the USA; his international experience and localized approach underscore his commitment to Diversity, Equity, and Inclusion (DEI) both in and outside of the workplace. Browne also served as the Chairman of the American Apparel and Footwear Association and was on the board of the World Federation of Sporting Goods Industries. As a member of the Worldly Board, the leader in environmental and social impact data for the apparel and footwear industry and the exclusive platform for Cascale’s Higg Index tools, Browne will ensure a unified approach to advancing sustainability initiatives across both organizations.

During his first 100 days with Cascale, Browne will connect with the organization’s 300+ members across the value chain, emphasizing manufacturer engagement and relationship building. He will also engage Cascale’s broader ecosystem of stakeholders including NGOs, governments, and academia. Browne is personally committed to Cascale’s vision to lead the consumer goods industry to combat climate change, foster decent work for all, and build a nature-positive future.

Source:

Cascale

03.05.2024

CARBIOS and Hündgen: Supply agreement for PET biorecycling plant

CARBIOS and Hündgen Entsorgungs GmbH & Co. KG (Hündgen), a waste management expert in logistics, sorting services and the recycling of recyclable materials from waste mixtures, announce the signing of a non-binding Memorandum of Understanding relating to the sourcing, preparation and recycling of 15kt/year of post-consumer PET waste using CARBIOS’ biorecycling technology at its first commercial plant in Longlaville, from end 2026.

The partnership will leverage Hündgen’s expertise and network in the sourcing and preparation of light packaging waste collected from German households. This PET waste will be prepared into flakes ready for biorecycling using CARBIOS’ enzymatic depolymerization technology, which produces food-grade PTA and MEG, further re-polymerized into PET.

CARBIOS and Hündgen Entsorgungs GmbH & Co. KG (Hündgen), a waste management expert in logistics, sorting services and the recycling of recyclable materials from waste mixtures, announce the signing of a non-binding Memorandum of Understanding relating to the sourcing, preparation and recycling of 15kt/year of post-consumer PET waste using CARBIOS’ biorecycling technology at its first commercial plant in Longlaville, from end 2026.

The partnership will leverage Hündgen’s expertise and network in the sourcing and preparation of light packaging waste collected from German households. This PET waste will be prepared into flakes ready for biorecycling using CARBIOS’ enzymatic depolymerization technology, which produces food-grade PTA and MEG, further re-polymerized into PET.

The supply partnership with Hündgen contributes to securing the majority of CARBIOS’ feedstock needs for its first commercial plant in Longlaville, France. This plant will have a 50kt/year capacity when it will be fully operational and is currently under construction. This latest sourcing announcement comes in addition to previously announced agreements, such as with Landbell Group for food trays from Germany, and the winning CITEO tender for trays in France. The location of the Longlaville plant is strategically close to nearby waste supplies in Belgium, Germany and Luxembourg.

Through its enzymatic depolymerization process, CARBIOS can process all types of PET waste, including waste that cannot be recycled with current technologies. Multilayered, colored, and opaque packaging waste as well as polyester textile waste now have circular recycling solutions.

Source:

Carbios

03.05.2024

Stahl joins GO!PHA alliance

Stahl has joined the Global Organization for PHA (GO!PHA), a non-profit platform that advocates and advances the use of polyhydroxyalkanoates (PHAs), a naturally occurring polymer that offers a lower-impact, bio-based alternative to traditional fossil-based plastic feedstocks.  

GO!PHA is a coalition of over 60 stakeholders ranging from producers and formulators to users as well as universities and research institutes. The members, all early adopters of PHAs, work together to increase understanding of this relatively new PHA technology and advance the science behind these renewable, compostable and biodegradable materials. As a member of the network, Stahl will have the opportunity to join forces with the wider PHA value chain to help move PHAs beyond the testing phase and accelerate the potential application of the technology in the coatings market. 

Stahl has joined the Global Organization for PHA (GO!PHA), a non-profit platform that advocates and advances the use of polyhydroxyalkanoates (PHAs), a naturally occurring polymer that offers a lower-impact, bio-based alternative to traditional fossil-based plastic feedstocks.  

GO!PHA is a coalition of over 60 stakeholders ranging from producers and formulators to users as well as universities and research institutes. The members, all early adopters of PHAs, work together to increase understanding of this relatively new PHA technology and advance the science behind these renewable, compostable and biodegradable materials. As a member of the network, Stahl will have the opportunity to join forces with the wider PHA value chain to help move PHAs beyond the testing phase and accelerate the potential application of the technology in the coatings market. 

More information:
Stahl PHA polymers GO!PHA
Source:

Stahl

03.05.2024

Polartec announces the Milliken & Company 2023 Sustainability Report

Polartec, a Milliken & Company brand, underscores its dedication to building a more sustainable future as it pursues the 2025 People, Product and Planet Goals, including certified science-based net-zero targets.

The Milliken & Company 2023 Sustainability Report discloses performance against the diversified global manufacturer’s 2025 Sustainability Goals and Net-Zero Targets and details the company’s key impacts across its people, product, planet, and net-zero measures. It also includes updates on each of the key impact areas Milliken and Polartec adhere to, including:

Polartec, a Milliken & Company brand, underscores its dedication to building a more sustainable future as it pursues the 2025 People, Product and Planet Goals, including certified science-based net-zero targets.

The Milliken & Company 2023 Sustainability Report discloses performance against the diversified global manufacturer’s 2025 Sustainability Goals and Net-Zero Targets and details the company’s key impacts across its people, product, planet, and net-zero measures. It also includes updates on each of the key impact areas Milliken and Polartec adhere to, including:

  • People: The company focused on protecting associates by reducing lost-time incidents, strengthened its commitment to an inclusive supply chain by hosting its inaugural Supplier Diversity Event, and surpassed its goal of serving 100,000 community volunteer hours one year ahead of schedule.
  • Product: Milliken used sustainability assessments to analyze all new products and made measurable gains in its multi-year commitment to address end-of-life challenges for plastics.
  • Planet: Investments in cogeneration, energy efficiency, and renewable energy procurement are keeping the company ahead of schedule relative to its 2025 Greenhouse Gas (GHG) and Renewable Energy Goal; however, paths to achieve its 2025 Landfill and Water Reduction Goals have proven more challenging.
  • Net-Zero: Five years of progress on GHG and renewable goals have helped Milliken progress toward its 2030 scope 1 and 2 net-zero targets, and the company has improved its scope 3 accounting to allow for a more detailed and accurate perspective on value chain emissions.
Source:

Milliken & Company

Preisverleihung Foto ITA – Institut für Textiltechnik of RWTH Aachen University
02.05.2024

Walter Reiners-Stiftungspreis für zwei ITA-Preisträger

Wie kann man durch Transferlernen Fertigungsschritte optimieren? Wie kann man die Umweltauswirkungen von Geotextilien aus petrochemischen Kunststoffen mit denen aus biologisch abbaubaren Kunststoffen vergleichen, um eine Entscheidungshilfe für nachhaltigere Produkte zu finden? Für die Entwicklung dieser Methoden wurden Lennart Hellwig und Fabio Bußmann vom Institut für Textiltechnik (ITA) der RWTH Aachen am 25. April mit Preisen des Deutschen Textilmaschinenbaues 2024 der Walter Reiners-Stiftung ausgezeichnet.

Einsatz von Transferlernen ermöglicht Datenreduzierung beim Vernadelungsprozess
Lennart Hellwig erhielt den „Förderpreis Masterarbeit“ für seine Masterarbeit „Transfer Learning Modell für Vernadelungsprozesse in der Vliesstoffproduktion unter Berücksichtigung von Unsicherheiten“.

Wie kann man durch Transferlernen Fertigungsschritte optimieren? Wie kann man die Umweltauswirkungen von Geotextilien aus petrochemischen Kunststoffen mit denen aus biologisch abbaubaren Kunststoffen vergleichen, um eine Entscheidungshilfe für nachhaltigere Produkte zu finden? Für die Entwicklung dieser Methoden wurden Lennart Hellwig und Fabio Bußmann vom Institut für Textiltechnik (ITA) der RWTH Aachen am 25. April mit Preisen des Deutschen Textilmaschinenbaues 2024 der Walter Reiners-Stiftung ausgezeichnet.

Einsatz von Transferlernen ermöglicht Datenreduzierung beim Vernadelungsprozess
Lennart Hellwig erhielt den „Förderpreis Masterarbeit“ für seine Masterarbeit „Transfer Learning Modell für Vernadelungsprozesse in der Vliesstoffproduktion unter Berücksichtigung von Unsicherheiten“.

Die Auszeichnung wurde für die Entwicklung einer Methodik verliehen, die es ermöglicht, durch Transferlernen einen Fertigungsprozess in der Vliesstoffproduktion zu modellieren. Dieses Modell kann genutzt werden, um die Fertigungsschritte zu optimieren. Durch den Einsatz von Transferlernen wurde die Menge der benötigten Daten für die Modelle reduziert und die Vorhersagegenauigkeit verbessert. Konkret wurde in der Arbeit der Vernadelungsprozess als Fertigungsschritt ausgewählt. Das Verfahren lässt sich grundsätzlich auch auf andere Fertigungsschritte übertragen.

Ökologische Entscheidungshilfe für die Auswahl nachhaltigerer Produkte
Fabio Bußmann wurde mit dem „Nachhaltigkeitspreis Masterarbeit“ für seine Masterarbeit „Methodenentwicklung und Durchführung von Life Cycle Assessments zur Bewertung der Nachhaltigkeit von Produktion und End-of-Life-Szenarien biologisch abbaubarer Geotextilien“ ausgezeichnet. Kunststoffe bieten aufgrund ihrer vielfältigen Eigenschaften und Formgebungsmöglichkeiten ein breites Anwendungsspektrum. Ein Beispiel sind Geotextilien. Zu ihrer Herstellung werden fast ausschließlich petrochemische Kunststoffe verwendet, die in erster Linie nach ihrer Funktionalität ausgewählt werden, ohne dass an eine nachhaltige Entsorgung nach der Nutzungsdauer gedacht wird. Oft verbleiben diese Textilien im Boden, da sie nur sehr schwer und mit hohen Kosten oder gar nicht zu entfernen sind. Eine nachhaltigere Alternative könnte der Einsatz von Geotextilien aus biologisch abbaubaren Kunststoffen sein.

Ziel dieser Arbeit war es, die Umweltauswirkungen von Geotextilien aus petrochemischen Kunststoffen mit denen aus biologisch abbaubaren Kunststoffen zu vergleichen. Diese Untersuchung wird in drei verschiedenen Anwendungsbereichen durchgeführt, um als ökologische Entscheidungshilfe zu dienen und das nachhaltigere Produkt zu identifizieren.

Der Vorsitzende der Walter Reiners-Stiftung des VDMA Fachverbands Textilmaschinen, Peter D. Dornier, überreichte die Preise während der Fachmesse Techtextil in Frankfurt am Main.

Source:

ITA – Institut für Textiltechnik of RWTH Aachen University

29.04.2024

SBTi validiert Decathlons Klimaneutralitätsziele

  • Die Dekarbonisierungsziele von Decathlon wurden offiziell von der Science Based Targets Initiative (SBTi) bestätigt.

SBTi bewertete Decathlons kurz- und langfristigen Ziele in den Scopes 1, 2 und 3 – mit dem Ergebnis, dass die Ziele im Einklang mit dem 1,5 °C-Zielpfad des Pariser Klimaabkommens ausgerichtet sind. Dabei handelt es sich um die ehrgeizigste Zielsetzung, die im Rahmen des SBTi-Prozesses möglich ist. Bereits mehr als 2.200 Unternehmen weltweit arbeiten mit der SBTi zusammen, um ihre Dekarbonisierungsziele (Reduktion von Treibhausgasemissionen) dem strengen internationalen und wissenschaftlich fundierten Regelwerk zu unterwerfen. Decathlon gehört zu den 12 % der Unternehmen, die sich laut dem SBTi Monitoring Report von 2022 dem Netto-Null-Ziel (“Corporate Net Zero Standard”) verpflichten.

Kurzfristige Science Based Targets (2030)
Decathlon verpflichtet sich, die absoluten Treibhausgas-induzierten Emissionen der Scopes 1, 2 und 3 bis 2030 um 42 % gegenüber dem Basisjahr 2021 zu reduzieren.

  • Die Dekarbonisierungsziele von Decathlon wurden offiziell von der Science Based Targets Initiative (SBTi) bestätigt.

SBTi bewertete Decathlons kurz- und langfristigen Ziele in den Scopes 1, 2 und 3 – mit dem Ergebnis, dass die Ziele im Einklang mit dem 1,5 °C-Zielpfad des Pariser Klimaabkommens ausgerichtet sind. Dabei handelt es sich um die ehrgeizigste Zielsetzung, die im Rahmen des SBTi-Prozesses möglich ist. Bereits mehr als 2.200 Unternehmen weltweit arbeiten mit der SBTi zusammen, um ihre Dekarbonisierungsziele (Reduktion von Treibhausgasemissionen) dem strengen internationalen und wissenschaftlich fundierten Regelwerk zu unterwerfen. Decathlon gehört zu den 12 % der Unternehmen, die sich laut dem SBTi Monitoring Report von 2022 dem Netto-Null-Ziel (“Corporate Net Zero Standard”) verpflichten.

Kurzfristige Science Based Targets (2030)
Decathlon verpflichtet sich, die absoluten Treibhausgas-induzierten Emissionen der Scopes 1, 2 und 3 bis 2030 um 42 % gegenüber dem Basisjahr 2021 zu reduzieren.

Langfristige Science Based Targets (2050)
In Übereinstimmung mit dem SBTi Corporate Net Zero Standard verpflichtet sich Decathlon, bis 2050 in der gesamten Wertschöpfungskette keine Treibhausgasemissionen mehr zu verursachen. Bis zu diesem Zeitpunkt will Decathlon die absoluten CO2-Äquivalent-Emissionen um 90 % gegenüber dem Basisjahr 2021 reduzieren, wobei die direkte Emissionsreduzierung und die Neutralisierung aller verbleibenden Emissionen in Übereinstimmung mit den SBTi-Kriterien Priorität haben, bevor die Netto-Null-Emissionen erreicht werden. Diese Verpflichtungen wurden von der SBTi auf der Grundlage ihrer Kriterien der Version 5.1 anerkannt und genehmigt, in denen festgelegt ist, dass bestimmte Emissionen, wie vermiedene Emissionen und Emissionen, die durch Emissionsgutschriften (Kompensation mit Hilfe von CO2-Zertifikaten) ausgeglichen werden, nicht als gültige Reduktionen angesehen werden sollten. Daher wird diese Form der CO2-Kompensation nicht in die Zielberechnungen von Decathlon einbezogen.

29.04.2024

SATCoL and Project Plan B: New polyester recycling plant in UK

A joint venture between Salvation Army Trading Company (SATCoL) and Project Plan B, known as Project Re:claim, has begun operations in Kettering, Northamptonshire - the first commercial-scale, post-consumer polyester recycling plant of its kind that provides a solution to the issue of polyester textile waste.

The plant will recycle post-consumer garments and other textiles, and supply the raw material back into the fashion and textiles industries.

The machine was installed in January 2024 and is now fully operational, with polyester pellets being produced from polyester waste. The plant is on track to recycle 2,500 tonnes of unwanted polyester this year, with a further 5,000 tonnes in year 2, and creates polyester pellets which can be spun into yarn for use in textiles along with other industrial applications. The pellets are expected to be integrated into the manufacturing processes of new products later this year.

A joint venture between Salvation Army Trading Company (SATCoL) and Project Plan B, known as Project Re:claim, has begun operations in Kettering, Northamptonshire - the first commercial-scale, post-consumer polyester recycling plant of its kind that provides a solution to the issue of polyester textile waste.

The plant will recycle post-consumer garments and other textiles, and supply the raw material back into the fashion and textiles industries.

The machine was installed in January 2024 and is now fully operational, with polyester pellets being produced from polyester waste. The plant is on track to recycle 2,500 tonnes of unwanted polyester this year, with a further 5,000 tonnes in year 2, and creates polyester pellets which can be spun into yarn for use in textiles along with other industrial applications. The pellets are expected to be integrated into the manufacturing processes of new products later this year.

Source:

Salvation Army Trading Company Ltd

29.04.2024

Cleantech-Studie von EPA und EIB

Zwischen 1997 und 2021 wurden mehr als 750 000 Erfindungen für saubere und nachhaltige Technologien veröffentlicht. Das entspricht nahezu 12 % aller Erfindungen in diesem Zeitraum, wie der jüngste gemeinsame Bericht zur “Finanzierung und Vermarktung von sauberen und nachhaltigen Technologien” des Europäischen Patentamts (EPA) und der Europäischen Investitionsbank (EIB) zeigt. Von 2016 bis 2021 nahmen Cleantech-Erfindungen um 33 % zu. Fast 55 000 internationale Patentfamilien wurden allein im Jahr 2021 registriert. Der Bericht enthält auch eine umfassende Befragung europäischer Cleantech-Innovatoren. Sie erläutern ihre Aktivitäten im Bereich der nachhaltigen Technologien auf und verweisen auf die Unterstützung, die sie für die Vermarktung ihrer Erfindungen benötigen.

Zwischen 1997 und 2021 wurden mehr als 750 000 Erfindungen für saubere und nachhaltige Technologien veröffentlicht. Das entspricht nahezu 12 % aller Erfindungen in diesem Zeitraum, wie der jüngste gemeinsame Bericht zur “Finanzierung und Vermarktung von sauberen und nachhaltigen Technologien” des Europäischen Patentamts (EPA) und der Europäischen Investitionsbank (EIB) zeigt. Von 2016 bis 2021 nahmen Cleantech-Erfindungen um 33 % zu. Fast 55 000 internationale Patentfamilien wurden allein im Jahr 2021 registriert. Der Bericht enthält auch eine umfassende Befragung europäischer Cleantech-Innovatoren. Sie erläutern ihre Aktivitäten im Bereich der nachhaltigen Technologien auf und verweisen auf die Unterstützung, die sie für die Vermarktung ihrer Erfindungen benötigen.

Europa als einer der Hauptakteure
Gemessen an der Zahl der internationalen Patentfamilien (IPFs) lag der Anteil der EPO-Mitgliedstaaten an wertvollen Cleantech-Erfindungen zwischen 2017 und 2021 weltweit bei 27 %. Regional lagen Deutschland, Frankreich und das Vereinigte Königreich dabei an der Spitze. Japan, die Vereinigten Staaten und China sind global weiterhin wichtige Akteure, wobei China seinen Cleantech-Sektor in den letzten Jahren rasant ausgebaut hat.

Über 70 % der Unternehmen, die saubere und nachhaltige Technologien in der EU patentieren, haben weniger als 5 000 Beschäftigte. Auch wenn 29 % dieser Unternehmen derzeit den nationalen Markt bevorzugen, sehen 61 % die EU als ihren wichtigsten Zukunftsmarkt an. Hinsichtlich des Rechtsrahmens zur Förderung der Wirtschaft führen 43 % der mittelgroßen und 55 % der großen Unternehmen mit weniger als 5 000 Beschäftigten die konsistente Regulierung in der EU als die von ihnen am meisten gewünschte Form der politischen Unterstützung an. Klein- und Kleinstunternehmen im Cleantech-Bereich sehen im Zugang zu Finanzmitteln das wesentliche wirtschaftliche Hindernis.

Kohlenstoffarme Energietechnologie führt das Feld an
Saubere und nachhaltige Technologien umfassen ein breites Spektrum an Lösungen. Sie haben das Ziel, die Energieeffizienz zu verbessern, nachhaltige Ressourcen zu nutzen, Umweltverschmutzung und Abfall zu reduzieren und die negativen Auswirkungen des Klimawandels abzumildern. An der Spitze steht die kohlenstoffarme Energietechnologie, gefolgt von sauberen Mobilitätslösungen. Alternativen zu Kunststoffen folgen direkt danach mit einer beträchtlichen Anzahl von Patentanmeldungen. Eine deutliche Patentaktivität zeigt sich ebenfalls in den Bereichen saubere Produktion nebst Gebäudetechnik, Informations- und Kommunikationstechnik sowie Technologien zur Anpassung an den Klimawandel – mit unterschiedlichen Wachstumstrends in den einzelnen Sektoren.

Investoren mit Hightech-Startups zusammenbringen
Im letzten Herbst startete das EPA seinen Deep Tech Finder. Das Tool kombiniert die Unternehmensprofile von rund 9 000 investitionsbereiten europäischen Startups mit Informationen zu ihren jeweiligen Patentportfolios. Der Deep Tech Finder verfügt über ein Dutzend Filter für verschiedene nachhaltige Technologien, die mit rund 300 europäischen Startups verknüpft sind. So können Investoren leichter vielversprechende Startups finden und umgekehrt. Das Tool wurde vor Kurzem aktualisiert: Es enthält nunmehr verbesserte Funktionen zur Anzeige von Startups, die den Abfragekriterien entsprechen, eine einfache Download-Funktion sowie verfeinerte Angaben zum Patentstatus.

Source:

Europäisches Patentamt (EPA)

CARBIOS: Groundbreaking of PET biorecycling plant (c) CARBIOS
26.04.2024

CARBIOS: Groundbreaking of PET biorecycling plant

CARBIOS celebrated the groundbreaking ceremony for its PET biorecycling plant in the presence of representatives of local authorities, partner brands and industrial partners who all make up CARBIOS’ ecosystem. Located in Longlaville, in the Grand-Est region of France, CARBIOS' first commercial plant will play a key role in the fight against plastic pollution, offering an industrial-scale solution for the enzymatic depolymerization of PET waste in order to accelerate a circular economy for plastic and textiles. The plant will have a processing capacity of 50kt/year of prepared waste when operating at full capacity. Work is progressing on schedule with significant quantities delivered to customers in 2026.

CARBIOS celebrated the groundbreaking ceremony for its PET biorecycling plant in the presence of representatives of local authorities, partner brands and industrial partners who all make up CARBIOS’ ecosystem. Located in Longlaville, in the Grand-Est region of France, CARBIOS' first commercial plant will play a key role in the fight against plastic pollution, offering an industrial-scale solution for the enzymatic depolymerization of PET waste in order to accelerate a circular economy for plastic and textiles. The plant will have a processing capacity of 50kt/year of prepared waste when operating at full capacity. Work is progressing on schedule with significant quantities delivered to customers in 2026.

CARBIOS' technology enables PET circularity and provides an alternative raw material to fossil-based monomers, giving PET producers, waste management companies, public bodies and brands an effective solution to meet regulatory requirements and their own commitments to sustainable development. The plant will have the capacity to process 50,000 tons of prepared PET waste per year (equivalent to 2 billion colored bottles, 2.5 billion food trays or 300 million T-shirts). The plant will create 150 direct and indirect jobs in the region. In October 2023, CARBIOS obtained the building and operating permits for the site. The factory is currently under construction on land officially acquired from Indorama Ventures on 14 February 2024. In February 2024, CARBIOS and De Smet Engineers & Contractors (DSEC) announced their collaboration to manage construction. Several feedstock supply agreements, notably with CITEO and Landbell Group, will secure the vast majority of the raw materials required.  Close to the borders with Belgium, Germany and Luxembourg, the plant's location is strategic for access to nearby waste supplies

More information:
Carbios France PET recycling
Source:

CARBIOS

Nuevo Mundo continues sustainability journey with Archroma Photo: Archroma
26.04.2024

Nuevo Mundo continues sustainability journey with Archroma

Integrated textile mill Nuevo Mundo is partnering with Archroma to offer collections utilizing Archroma’s EarthColors® agricultural waste based dyes and produced with zero liquid discharge and substantial resource savings.

A strategic partner of apparel brands, Nuevo Mundo is a market leader in South America with a 75-year history. It helps brands expand into new markets with value-added products that capture growing consumer demand for quality and sustainability. The company is a pioneer in the adoption of water-saving processes and chemicals that have minimal impact on the environment.

Nuevo Mundo is now reinforcing its commitment to sustainability with the creation of new collections that utilize Archroma’s biowaste-based EarthColors® dyes. Based on patented Archroma technology, these high-performance dyes are from non-edible agricultural or herbal industry waste in a process that helps to reduce the negative impact on water footprint, natural resources and climate change compared to conventional synthetic dye production where toxic and non-renewable oil derivative products are used as raw material.*

Integrated textile mill Nuevo Mundo is partnering with Archroma to offer collections utilizing Archroma’s EarthColors® agricultural waste based dyes and produced with zero liquid discharge and substantial resource savings.

A strategic partner of apparel brands, Nuevo Mundo is a market leader in South America with a 75-year history. It helps brands expand into new markets with value-added products that capture growing consumer demand for quality and sustainability. The company is a pioneer in the adoption of water-saving processes and chemicals that have minimal impact on the environment.

Nuevo Mundo is now reinforcing its commitment to sustainability with the creation of new collections that utilize Archroma’s biowaste-based EarthColors® dyes. Based on patented Archroma technology, these high-performance dyes are from non-edible agricultural or herbal industry waste in a process that helps to reduce the negative impact on water footprint, natural resources and climate change compared to conventional synthetic dye production where toxic and non-renewable oil derivative products are used as raw material.*

The organic raw materials used for the dyes created for Nuevo Mundo include residues from cotton plants, beets and saw palmetto. In addition to using these biowaste-based dyes, the EarthColors® collections will be produced in Nuevo Mundo’s zero liquid discharge facilities, providing savings in time, water and energy, as well as emissions.

Nuevo Mundo and Archroma intend their alliance to be a long-term collaboration, with plans to release new collections based on EarthColors® in the coming year and beyond.

*Based on internal LCA comparative screening

 

More information:
Archroma Nuevo Mundo EarthColors
Source:

Archroma

Baldwin Technology's TexCoat™ G4 system Photo Baldwin Technology
Baldwin Technology's TexCoat™ G4 system
25.04.2024

NC State’s Wilson College of Textiles: Transformative Digital Finishing Technology

North Carolina State University’s Wilson College of Textiles has been making inroads challenging the conventional pad finishing process and significantly reducing its environmental footprint in collaboration with Baldwin Technology Inc. Front and center in its finishing lab is Baldwin’s TexCoat G4™ digital finishing system.
 
For nearly 125 years, the Wilson College of Textiles has been a hub of innovation and learning, transforming students into experts in the world of textiles. As the textile industry grapples with sustainability challenges, the college has embraced new technologies and innovations to address the issue head-on.
 
At the forefront of this transformation is the Zeis Textiles Extension for Economic Development, an arm of Wilson College which serves the textile industry’s prototyping and pilot production needs in its five laboratories – spun yarn, knitting, weaving, dyeing and finishing, and physical testing. Collaborations with various textile companies have allowed the university to foster industry partnerships that bring forth groundbreaking ideas.
 

North Carolina State University’s Wilson College of Textiles has been making inroads challenging the conventional pad finishing process and significantly reducing its environmental footprint in collaboration with Baldwin Technology Inc. Front and center in its finishing lab is Baldwin’s TexCoat G4™ digital finishing system.
 
For nearly 125 years, the Wilson College of Textiles has been a hub of innovation and learning, transforming students into experts in the world of textiles. As the textile industry grapples with sustainability challenges, the college has embraced new technologies and innovations to address the issue head-on.
 
At the forefront of this transformation is the Zeis Textiles Extension for Economic Development, an arm of Wilson College which serves the textile industry’s prototyping and pilot production needs in its five laboratories – spun yarn, knitting, weaving, dyeing and finishing, and physical testing. Collaborations with various textile companies have allowed the university to foster industry partnerships that bring forth groundbreaking ideas.
 
The partnership with Baldwin Technology marks a major milestone for the Raleigh, North Carolina-based college’s efforts to contribute to a more sustainable tomorrow.
 
To tackle the longstanding challenges of unsustainable fashion, NC State has taken the lead in demonstrating to students and industry the transition from the traditional pad finishing process to Baldwin’s TexCoat™ G4 system. It offers an innovative “non-contact” precision spray that significantly reduces water consumption, energy usage and chemical waste.
 
“Instead of needing to take the fabric, dip it into a bath to saturate it, squeeze the excess, dry and cure it, you can now precisely add the exact amount of finish you need on the fabric,” explained Rick Stanford, Baldwin's VP Global Business Development of Textiles. “The TexCoat™ G4 system will reduce the amount of pick-up that’s required to carry the chemical onto the fabric. This will also take a lot less energy to dry the fabric, increasing production speeds.”
 
The adoption of the TexCoat™ G4 system signals a new era for the college, allowing students to actively participate in shaping a sustainable future for the textiles industry. In the global effort to protect the planet and its resources, NC State's Wilson College of Textiles is at the forefront, preparing the next generation of professionals to be the leaders of the sustainable textile movement.

Source:

NC State’s Wilson College of Textiles