Serge Ferrari Group Introduces New Colors For Batyline® Eden

DEERFIELD BEACH, Fla. — December 16, 2025 — Serge Ferrari Group, a  designer, developier, and manufacturer innovative composite fabrics, announces the upcoming 2026 expansion of its Batyline® Eden collection with six new colorways. Known for its soft, refined textile feel and exceptional outdoor durability, Batyline Eden is a premium solution favored by outdoor furniture manufacturers, hospitality professionals, and terrace designers seeking both elevated aesthetics and proven performance.

Batyline Eden, courtesy of Serge Ferrari Group

Engineered for cushion covers and tensioned applications on loungers, sunbeds, and other outdoor seating, Batyline Eden combines sensory comfort with long-lasting resilience. This specialty fabric is UV-resistant, humidity-resistant, abrasion-resistant, and dimensionally stable—ensuring consistent, reliable performance in even the most demanding outdoor environments. It is also mold-resistant, easy to clean, has no intentionally added PFAS, phthalate-free, ISO-certified, and Oeko-Tex approved.

Batyline Eden’s innovative Smart Yarn construction delivers exceptional strength and durability while maintaining a soft, refined textile feel, providing both comfort and longevity. A waterproof version is available for high-moisture environments such as pool decks and marine settings, and a five-year warranty backs the collection.

Arriving in 2026, the new palette introduces Colorado, Denim, Yuzu, Peach, Wasabi, and Mint—a dynamic mix of energetic tones and light, sorbet-inspired hues. Designed to bring personality and freshness to outdoor spaces, the expanded color offering empowers designers to create expressive, comfortable, and contemporary environments.

“We’re excited to introduce this new color story for Batyline Eden,” said Laurent Pellequer, Furniture and Marine Market Manager, Serge Ferrari North America. “These shades were developed to inspire designers who want to bring both refinement and joy into outdoor living. The palette reflects a balance of vibrancy and softness, expanding the possibilities for creating inviting, on-trend spaces without compromising on the technical excellence our customers expect.”

Batyline Eden continues to exemplify Serge Ferrari Group’s commitment to delivering sustainable, high-performance materials that support creativity in outdoor design. For more information about Batyline Eden and Serge Ferrari Group’s full outdoor textile portfolio, visit www.sergeferrarigroup.com/us

Posted: December 16, 2025

Source: Serge Ferrari Group

 

Borealis Partners With BlueAlp To Advance Chemical Recycling

VIENNA, Austria / EINDHOVEN, the Netherlands — December 16, 2025 — Borealis today announced a strategic partnership with BlueAlp, a leading chemical recycling technology company headquartered in Eindhoven, the Netherlands. The partnership will see Borealis transfer its majority share in Renasci, a chemical recycling company based in Ostend, Belgium, to BlueAlp, while acquiring a 10% share in BlueAlp to support its future growth and scale-up.

Renasci plant — Oostende, Belgium

Renasci licensed BlueAlp’s technology to create a 20 kt p.a. scale-up plant, which BlueAlp engineered, constructed, and has supported throughout its operation in recent years. Moving from supporting operations to directly operating the asset is a logical next step in BlueAlp’s growth. This will accelerate technology innovation, establish a robust platform for producing high-quality circular feedstock, and further strengthen BlueAlp’s licensing proposition.

Since entering into Renasci, Borealis has led the development to become one of the few operating chemical recycling plants in Europe. Following the agreement, BlueAlp will lead the next phase of development and further advancement of Renasci, while Borealis continues to develop customer solutions based on chemically-recycled feedstock.“Borealis’ direct support comes at a pivotal moment in the chemical recycling industry, where rapid expansion of capacity is needed to achieve recycled content targets. Their market experience and materials expertise will support our growth and position us well to turn more plastic waste into high-quality circular feedstock,” says Valentijn de Neve, BlueAlp CEO.

This collaboration helps Borealis and BlueAlp’s customers and partners across the value chain to prepare for the EU’s upcoming Packaging and Packaging Waste Regulation (PPWR) in 2030, which is expected to increase demand for recycled materials suitable for contact-sensitive applications like food and cosmetics packaging, such as those based on chemically recycled feedstock.

”The deepening of the partnership with BlueAlp, combining assets and technology, will accelerate progress in chemical recycling for the industry,” says Stefan Doboczky, Borealis CEO. “It will allow Borealis to accelerate serving our customer base with an ever-broadening range of polymers based on chemically recycled feedstock. This transaction is fully in line with Borealis We4Customers Strategy, helping customers to deliver on their sustainability ambitions, whilst strengthening the innovation and operational focus of the group.”

The financial details of the transaction are not being disclosed.

Posted: December 16, 2025

Source: Borealis / BlueAlp

Textile Exchange Publishes The Final Criteria For Its New Materials Matter Standard, Marking A Pivotal Shift In Connecting Certification To Impact

LONDON — December 12, 2025 — Textile Exchange has published the final criteria for its Materials Matter Standard—a major milestone in the organization’s multi-year transition toward a unified, impact-driven standards system for raw material production and primary processing.

For more than 20 years, the global nonprofit has been developing and maintaining leading material sustainability standards. Today, over 90,000 sites worldwide are certified to one of its programs, including the Global Recycled Standard and Responsible Wool Standard. Now, the release of the Materials Matter Standard criteria marks an important step in connecting this work more directly to measurable outcomes for climate, nature, people, and animals.

Textile Exchange began developing the new framework in 2021 with a clear goal: to align the ambition, rigor, and expected results across its material-specific standards and transition the industry into a more coherent, science-aligned way to measure and verify impact.

Since then, the organization has worked closely with stakeholders from across the supply system to design and test a framework that is both robust and workable in real-world production systems. Built on a combination of practice-based and outcome-based expectations, the standard includes comprehensive criteria for land management, animal welfare, human rights and livelihoods, and primary processing, which covers water, chemical, and energy use, as well as waste and emissions management.

The criteria were developed over five years in close collaboration with a designated International Working Group made up of brands, retailers, suppliers, producers, NGOs, and technical specialists. Two publicly consulted drafts and a pilot version, tested in key material production regions from Peru to Italy, have helped refine the framework, alongside extensive work to ensure alignment with the ISEAL Code of Good Practice for Sustainability Systems.

The first version of the Materials Matter Standard includes all materials currently covered by Textile Exchange’s Responsible Animal Fiber framework, including wool, alpaca, mohair, as well as recycled materials, as currently covered in the Global Recycled Standard (GRS) and Recycled Claims Standard (RCS). Organic cotton, which has long been an integral part of Textile Exchange’s standards system, will continue to play a central role through a gradual transition pathway for the Organic Content Standard into the Materials Matter System. This pathway will preserve essential functions such as traceability while strengthening the system to enable more holistic, farmer-centered outcomes.

Looking ahead, Textile Exchange intends to expand the system through partnerships with credible programs that align with their shared vision for climate and nature impact. This includes exploring pathways for fibers such as cotton produced through preferred production systems and man-made cellulosic fibers. By collaborating with established partners and bringing efforts together under one framework, Textile Exchange aims to reduce duplication, ease the burden on suppliers, and enable brands to more easily source materials that deliver measurable benefits on the ground. This partnership-driven approach is designed to broaden opportunity and impact across the industry while accelerating progress for climate, nature, people, and animals.

Today, the publication of the final criteria marks the first phase of the transition. The Materials Matter Standard will become effective on December 31, 2026, meaning that sites can start to get certified, and will be mandatory from December 31, 2027. Organizations may continue using Textile Exchange’s current standards until this date to ensure a smooth shift for certified sites globally.

Ultimately, the goal of the Materials Matter Standard is to provide brands, suppliers, and producers with a credible mark that links production practices to measurable outcomes—supporting the industry’s move toward integrity and accountability at scale. To support this transition, Textile Exchange has also released the Materials Matter Claims and Labeling Policy, which guides brands in communicating certification to the Materials Matter Standard with clarity and accuracy, strengthening consumer trust and ensuring claims remain grounded and responsible.

Together, these documents form the basis of a transparent and trusted framework that provides certification users with a reliable way to substantiate the environmental and social information they share about their products. In the coming months, Textile Exchange will continue to provide its community with practical information on certification to the new standard through the release of further policies and guidance, as well as close collaboration on piloting certification procedures.

Today, the launch of the final Materials Matter Standard criteria represents a significant step toward Textile Exchange’s vision: a world where materials have lasting value, leading to thriving communities and landscapes.

Claire Bergkamp, CEO of Textile Exchange, said:
“The Materials Matter Standard is more than a certification; it’s a commitment to driving measurable impact at the very start of the supply system. By aligning expectations and outcomes across the industry, this standard accelerates progress toward climate and nature goals and ensures that sustainability becomes a shared responsibility.”

Ashley Gill, Chief Standards and Strategy Officer at Textile Exchange, said:
“The Materials Matter System strengthens integrity, reduces complexity, and connects best practices to real outcomes. By consolidating our existing standards into one system, we’re creating a clearer, more scalable pathway to systemic change across the textile and apparel industry.”

Posted: December 16, 2025

Source: Textile Exchange

San Francisco Fire Department Becomes Largest In U.S. To Adopt Non-PFAS Turnout Gear

SAN FRANCISCO — December 11, 2025 — The San Francisco Fire Department (SFFD) has become the largest department in the United States to transition its entire fleet to non-PFAS turnout gear.  The gear was purchased in part through a $2.35 million Assistance to Firefighters Grant (AFG) from FEMA and matching funds from the department, amid growing momentum around identifying PFAS alternatives in firefighting gear.

The department worked with textile innovator Milliken & Company and gear manufacturer Fire-Dex to fulfill the order, whose first shipment was delivered this month. The department plans to receive 1,100 sets of non-PFAS turnout gear, one set for every frontline suppression member, by December 31, 2025.

The San Francisco Fire Department (SFFD) worked with textile innovator Milliken & Company and gear manufacturer Fire-Dex to transition its entire fleet to non-PFAS turnout gear.

“As the San Francisco Fire Department continues to lead in innovation, we remain steadfast in our commitment to protecting the health and safety of our members. Firefighting is inherently dangerous, and our personnel deserve access to the most modern, protective, and safest turnout gear available. Transitioning to PFAS-free equipment is a critical step in advancing our mission: safeguarding the public by ensuring our firefighters remain healthy and able to serve at their highest capacity,” said SFFD Fire Chief Dean Crispen.

Chief Crispen added, “This distribution represents more than new gear, it reflects a strong, coordinated effort among the Fire Department, our elected leaders, SF Firefighters IAFF Local 798, and the SF Firefighters Cancer Prevention Foundation. Milliken and Fire-Dex rose to this challenge, demonstrating what is possible when partners are united by a shared purpose. This collaboration is what the residents and visitors of San Francisco expect and deserve. A protected workforce is the foundation of a protected community. By investing in the well-being of our firefighters, we strengthen the health, resilience, and safety of San Francisco as a whole.”

The transition follows an ordinance passed in May 2024 making San Francisco the first city in the country to ban the use of PFAS chemicals in its firefighters’ turnout gear.  With a June 30, 2026 deadline to make the switch, department officials worked efficiently to procure and test potential solutions, selecting the final gear well ahead of the deadline.

The selected gear went through rigorous performance and safety testing, including a 90-day wear trial with 50 firefighters going through live fire training at the San Francisco Division of Training burn rooms. The gear is UL certified and meets the NFPA 1971-2018 and 1971-2025 standards.

While non-fluorinated fabrics have existed for turnout gear outer shells and thermal liners, moisture barrier alternatives remained a key technical challenge. The introduction of  Milliken Assure™ — North America’s first non-PFAS, non-halogenated flame-resistant moisture barrier — in October 2024 made it possible for Fire-Dex to provide SFFD with a solution that met all requirements.

The San Francisco Fire Department (SFFD) has become the largest department in the United States to transition its entire fleet to non-PFAS turnout gear.

“A non-PFAS moisture barrier was the missing piece for departments wanting to move away from fluorinated chemicals,” said Marcio Manique, SVP and Managing Director of Milliken’s apparel business. “With Assure™, we refused to trade one hazard for another. It meets the strictest performance standards without adding weight or compromising breathability – giving firefighters exactly what they asked for.”

SFFD worked with MES Life Safety to order the garments from Fire-Dex and size each firefighter individually for their new equipment. Milliken and Fire-Dex have maintained a decade of strategic collaboration that delivers fire service innovation and advancement through U.S. research and manufacturing.

“Fire-Dex is honored to supply the San Francisco Fire Department with AeroFlex turnout gear featuring a non-fluorinated moisture barrier,” said Jeff Koledo, Fire-Dex Vice President of Sales. “We’re grateful to work alongside Milliken and MES in delivering this solution. Our goal has always been to provide fire departments across the country with options that meet their needs — and ultimately ensure they have the essential protection required to keep their communities safe.”

San Francisco encompasses 49 square miles and is the fourth largest city in the state of California. The SFFD is the 10th largest fire department in the United States, serving an estimated 1.5 million people. With 45 stations, firefighters respond to an average of 180,000 annual emergency calls.

Posted: December 12, 2025

Source: Milliken & Company

Auburn University’s Applied Research Institute Expands Advanced Manufacturing Capabilities With CF3D Enterprise Cell

COEUR D’ ALENE, Idaho — December 11, 2025 — Auburn University has expanded its advanced manufacturing capabilities with the purchase of a CF3D Enterprise® cell from Continuous Composites. The system has been installed at the Auburn University Research and Innovation Campus, strengthening the facility’s role within the region’s fast-growing hypersonic development ecosystem.

The acquisition marks a significant step in Auburn’s investment in next-generation composite manufacturing. CF3D Enterprise and the market leading CF3D Studio™ software provides Auburn with the capability to manufacture high performance continuous-fiber composite structures that support research programs focused on the biggest challenges in Aerospace and Defense.

Located on a nine-acre site in Cummings Research Park and minutes from Redstone Arsenal’s Gate 9, the Huntsville campus is surrounded by defense primes, aerospace partners, and organizations driving national-priority programs. The facility houses the Auburn University Applied Research Institute and includes configurable laboratories, modeling and simulation environments, secure research areas, and dedicated workspaces for interns and graduate researchers. It serves as Huntsville’s primary connection to the university’s research programs and technical capabilities.

Auburn’s Huntsville team views the CF3D Enterprise as both a research tool and a strategic capability. Its integration aligns with the area’s growing focus on hypersonics, where advanced composite architectures are essential for thermal performance and structural efficiency The system also strengthens Auburn’s collaboration with Continuous Composites on hypersonic initiatives and supports the university’s engagement with government, industry, and defense partners. Auburn’s proven ability to execute high impact applied research makes them an outstanding partner for advancing this technology.

“Huntsville continues to be the gravitational center of hypersonic development in the United States, and Auburn is investing where it matters,” said Steve Starner, CEO of Continuous Composites. “The addition of a CF3D Enterprise cell gives Auburn and its partners a modern composite manufacturing capability and a toolset to explore structural concepts that were previously out of reach.”

The installation enables Auburn researchers to work directly with the surrounding defense community, accelerating prototyping workflows and applied materials research. Students and faculty also gain hands-on experience with digital composite manufacturing, a growing requirement across aerospace and defense programs.

“Auburn’s presence in Huntsville places us in the center of national-priority programs,” said Luke Boyer, Ph.D., Lead Principal Research Engineer and Advanced Manufacturing Team Lead. “Integrating CF3D into our capabilities expands our support for hypersonic development and gives partners the ability to study structural concepts grounded in real manufacturing data.”

Continuous Composites will host a CF3D Tech Tour at Auburn University’s Huntsville Research and Innovation Center on March 11, 2026. The event will operate at a Distro C classification level and will bring together aerospace OEMs, defense primes, research institutions, and government stakeholders for technical discussions, demonstrations, and a firsthand look at the CF3D Enterprise Cell. If you would like to receive an invitation, please fill out this form at: https://continuouscomposites.com/cf3d-tech-tour/ to be added to the invitation list. Additional details will be shared soon.

Posted: December 11, 2025

Source: Continuous Composites

The Composites Institute® (IACMI) Launches ‘Make It In America’ National Outreach Campaign

KNOXVILLE, Tenn.. — December 11, 2025 — The Composites Institute® (IACMI), today announced the launch of ‘Make It In America’, a national outreach campaign to raise awareness of careers in advanced manufacturing and help fill the 3.8 million jobs needed by 2030.

America’s Cutting Edge (ACE)

Leveraging IACMI’s two workforce development programs, America’s Cutting Edge (ACE) and Metallurgical Engineering Trades Apprenticeship & Learning (METAL), the outreach campaign will educate emerging workers about available job opportunities and the critical role manufacturing plays both locally and globally.

Metallurgical Engineering Trades Apprenticeship & Learning (METAL)

“The manufacturing industry is undergoing a revitalization that is opening up new and unprecedented career paths,” said Justin Brooks, IACMI Deputy Director of Workforce Development. “The campaign theme ‘Make It In America’ reflects both the tangible products made in manufacturing and the rewarding careers people can build for themselves.

“We are committed to equipping individuals with the necessary training to start them on this path and thrive in today’s evolving manufacturing landscape. With this campaign, we’re on a mission to find the next generation of innovative makers across the United States who will create the solutions of tomorrow.”

As part of the “Make It In America” initiative, IACMI will establish an annual award spotlighting rising stars shaping the future of America’s manufacturing workforce. The award will be open to any business that wants to recognize an employee who embodies a modern manufacturing mindset and a willingness to learn new skills. Winners of the award will be announced in the summer of 2026.

IACMI Workforce Development

Established in 2015 by the Department of Energy, IACMI today leads advanced composites innovation and novel workforce solutions through public and private partnerships to strengthen American manufacturing and national defense. IACMI, through an agreement with the Department of War, and funding through its Industrial Base Analysis and Sustainment (IBAS) program, launched the ACE workforce development program in December 2020, focusing on educating students about the machine tool industry, specifically computer numerical control (CNC). Since then, the program has expanded to include training about composites, metrology, cybersecurity, and smart manufacturing.

Following the success of ACE, METAL was launched in 2023 to support growth in the casting and forging industries. METAL provides internships, apprenticeship opportunities and direct training for quick on-ramps into the industry. Both programs are designed to directly address the urgent need to fill millions of open manufacturing jobs today and in the years to come. ACE and METAL are intended to help rebuild America’s manufacturing workforce and strengthen the supply chains critical to our nation’s competitiveness.

ACE and METAL are free and offer an online learning platform plus an in-person, hands-on bootcamp. Since 2020, more than 5,000 have graduated from the programs. More than 50 universities, colleges, and training partners have joined this effort.

To learn more about IACMI and the ‘Make It In America’ outreach campaign, visit makeit.org.

Posted: December 11, 2025

Source: IACMI –The Composites Institute® (IACMI)

INDA Releases New North American Nonwovens Industry Demand & Forecast Report

CARY, N.C. — December 10, 2025 — INDA, the Association of the Nonwoven Fabrics Industry, has released the North American Nonwovens Industry Demand & Forecast, 2024–2029, the thirteenth edition of its authoritative market intelligence series. The report provides detailed demand data from 2019–2024 and forecasts through 2029, incorporating the most recent tariff changes enacted by the current administration and their expected impacts on nonwoven market dynamics.

Redesigned to better support strategic planning and investment decisions, the report offers a reliable, accurate view of demand across all North American nonwoven end-use markets. Forecasts are built from robust analyses of key market drivers and trends, presenting the industry’s growth potential in dollar value, units, and volume (square meters and tonnage).

“This report provides insights on nonwoven demand across the short-life and long-life market segments,” said Tony Fragnito, President & CEO of INDA. “The intelligence included here is critical for business leaders responsible for asset management, operational planning, and long-term strategy.”

“The nonwovens industry is constantly evolving and innovating, making it an increasingly attractive area for investment and growth,” said Mark Snider, INDA’s Chief Market & Research Analyst. “This report will help guide both current participants and new investors as they navigate emerging opportunities.”

Key components of the report include:

  • Economic and population drivers shaping market growth in the U.S., Mexico, and Canada over the next five years
  • Demand analysis for Disposable, Filtration, Wipes, Medical, and other applications
  • Long-life durable sectors including Transportation, Building & Construction, Furnishings, Geotextiles & Agro Textiles, and Apparel
  • Key demand model drivers and historical market disruptors, including the COVID-19 pandemic
  • A summary of historical patterns and future trends influencing the nonwovens sector

The new Demand & Forecast report complements INDA’s North American Nonwoven Supply Report (released May 2025), which provides capacity, production, and trade flow data. Together, the Supply and Demand reports offer a complete view of the market—past, present, and future—and serve as essential tools for business leaders seeking a comprehensive understanding of industry performance and trajectory.

For more information or to purchase the North American Nonwovens Industry Demand & Forecast report, visit: www.inda.org/market-intelligence/

For questions, contact INDA at publications@inda.org

Posted: December 11, 2025

Source: INDA, the Association of the Nonwoven Fabrics Industry

CreateMe Expands C-suite, Strengthens Advisory Bench To Drive Next Wave Of AI-Powered Apparel Manufacturing

NEWARK, Calif. — December 10, 2025 — CreateMe Technologies, an AI robotics company pioneering automated apparel manufacturing, today announced the promotion of Nick Chope to chief engineer and head of manufacturing and Natasha Chand to executive advisor, marking a major step toward full-scale manufacturing and the continued commercialization of the company’s technology in the U.S.

Nick Chope

In this new, expanded role, Chope will focus on advancing CreateMe’s MeRA™ (Modular-engineering Robotic Assembly) platform to support multiple garment categories and customers, accelerating the development of next-generation Physical AI tools that teach robotic systems to see, grasp and manipulate fabrics. Leading across product development, R&D, engineering, and manufacturing, Chope will shape how CreateMe brings its automation breakthroughs to commercial scale.

With more than 20 years of experience in robotics, automation, and apparel—including roles at Apple, Microsoft, and Tegra, and nearly five years with CreateMe—he has consistently identified opportunities to modernize manufacturing methods and innovate through automation and adhesive assembly. In his new role, he will ensure the company delivers both technical and operational performance.

Natasha Chand

Natasha Chand joins as an executive advisor, having served as the former global CEO of Amazon Softlines Private Label (apparel, footwear, and accessories) and as a former board member at HanesBrands. Chand brings over 25 years of global omni-channel business leadership and is known for transforming the trajectory of consumer brands through strategic leadership, invention on behalf of customers, and a technology-first mindset.

Chand joins fellow advisors Angus Taylor (former president & CEO, Hexagon Manufacturing Intelligence), Bill McRaith (former chief supply chain officer, PVH), Paul Herring, Jr. (former chief supply chain officer, Converse) and Remzi Becer, Ph.D. (professor of sustainable polymer chemistry, University of Warwick).

Cam Myers

“Nick has been instrumental in validating automated production lines from concept to scale, including shaping the integration of CreateMe’s own AI model for deformable material assembly, into our automated adhesive robotics technology,” said Cam Myers, CEO at CreateMe.

“Natasha’s experience driving large-scale transformations at Amazon, Hanes, Target, and Levi’s brings an invaluable perspective, connecting how consumers buy with how products are designed, manufactured, and delivered. Under Nick’s leadership and Natasha’s strategic guidance, CreateMe is positioned to lead this next chapter of apparel manufacturing redefined by technology.”

“The apparel industry has relied on the same antiquated 200-year-old sewing machine for far too long. CreateMe is leading one of the most important shifts the industry has seen in generations—redefining how and where clothes are made—and I’m excited to be part of it,” said Chand. “Now is the moment for brands to take a big swing at modernizing their business models around this new way of manufacturing.”

Alongside Chope’s appointment, CreateMe is accelerating a multi-million-dollar, multi-year investment in Physical AI research, leveraging its expanding portfolio of AI patents to advance robotic dexterity and cement its leadership in next-generation apparel manufacturing. These initiatives represent a major step toward full commercial operation in 2026, when CreateMe expects to scale from pilot programs to high-volume production across multiple apparel categories. To learn more about CreateMe’s ongoing research initiatives, visit createme.com/research.

CreateMe was recently accepted into the NVIDIA Inception Program, joining a global community of AI startups building the next generation of accelerated computing. Through Inception, CreateMe gains access to NVIDIA’s advanced technical resources and ecosystem support, further validating its leadership in robotics and Physical AI applied to next-generation apparel manufacturing and strengthening its path toward commercial-scale U.S. production.

Posted: December 11, 2025

Source: CreateMe

AFFOA Broadens Support For U.S. Textile Mfgs. With No-Cost Development Access With PAFF 3.0

BEDFORD, Mass. — December 10, 2025 — Advanced Functional Fabrics of America (AFFOA) announced the third round of its Product Accelerator for Functional Fabrics (PAFF 3.0). The program provides access to AFFOA’s technical expertise, pilot development capabilities, and product-advancement resources to U.S. textile manufacturers, startups, and fabric innovators, with AFFOA covering labor costs enabled by government funding.

PAFF 3.0 expands the program’s scope to accelerate Digital Engineering/ Manufacturing, Textile Manufacturing Automation, Manufacturing Scale-Up, and advancing the TRL/MRL of Advanced Fibers and Fabric Products. The emphasis is on shortening development cycles and helping American manufacturers bring new products to market faster, without the burden of labor costs on participating companies.

“As a Manufacturing USA Innovation Institute, AFFOA is committed to directly supporting America’s textile innovation ecosystem and accelerating advanced fiber and fabric product development,” said Sasha Stolyarov, Ph.D., AFFOA’s CEO. “PAFF 3.0 provides U.S. companies with no-cost access to our team of technical experts and specialized equipment at AFFOA headquarters, enabling scale-up and maturation of new processes and products. In today’s climate of tight margins, PAFF offers a critical development pathway that can be difficult to achieve independently.”

Key dates for PAFF 3.0 are as follows: pre-proposals are due February 15, 2026; final proposals are due April 15, 2026; and award announcements are expected April 30,2026.

AFFOA will also host a webinar on December 17, 2026, at 12:00 PM Eastern Time to help potential applicants understand the process, capabilities, and FAQs., U.S.-based companies can register at affoa.org/PAFF. Notable prior PAFF awardees include Z-Polymers, LOOMIA, DCS Corp, and Nuream, which have advanced the development of new products and process capabilities through the program.

For more information about PAFF 3.0, eligibility, and how to apply, visit affoa.org/PAFF or contact AFFOA’s PAFF team at PAFF@affoa.org.

Posted: December 11, 2025

Source: Advanced Functional Fabrics of America (AFFOA)

Better Cotton Initiative And Planboo To Launch Biochar Project In India

GENEVA — December 9, 2025 — The Better Cotton Initiative (BCI) and climate technology startup Planboo have today announced the launch of a new project that will pilot the production and use of biochar on cotton farms in India to drive, measure and monetise environmental improvements, and assess its scalability within the sector.

Cotton field demonstrates the impact of using biochar to improve soil health (right-hand side of field) compared to conventional soil management (left-hand side of field).
Photo: Planboo. Location: Sinazongwe, Zambia, 2024.

The project, which is due to start in February 2026, will see at least 75 farmers transform agricultural waste from January’s cotton harvest into biochar – a charcoal-like substance that can improve soil health and store carbon in the ground for more than a century.

Lars van Doremalen, Director of Impact at the Better Cotton Initiative, said: “Since announcing our partnership with Planboo in September, we have been working to identify the locations and partners required to test this promising solution. Biochar holds the potential to unlock huge greenhouse gas emission reductions and carbon removals while fortifying farming communities against the effects of climate change.”

In Gujarat and Maharashtra, three kilns will be installed capable of processing 375 tonnes of agricultural waste and yielding 60-70 tonnes of biochar. Farmers will be offered training in February 2026 to demonstrate how they can use the kilns to produce biochar and transition away from commonly practised crop residue burning, which is damaging to both the environmental and people’s health.

Throughout the project, Planboo’s digital Measurement, Reporting, and Verification (MRVin) system will capture data points from the production of biochar to the calculation of carbon removals.

This end-to-end software accurately calculates waste inputs, biochar volumes, carbon removals, and in turn streamlines the availability of carbon data. The quantification of carbon reductions and removals using this data will create new income streams for communities.

Freddie Catlow, Founder of Planboo, said: “Cotton farmers are sitting on an unrealised asset, their crop residues, currently going up in smoke. With Planboo’s MRVin technology, farmers can learn, burn and earn by turning their waste into biochar. This durable, accredited form of carbon removal, builds resilience into soils, supporting farmers, the foundation of the cotton textile industry.”

The project will conclude in 2026 at which time BCI will share project learnings and outcomes with its members. The project will measure how biochar influences key agricultural indicators such as crop yield, water retention, as well as data on reduced farm level emissions and carbon removed.

In the longer term, both BCI and Planboo will assess the potential to take this approach to scale by demonstrating the value it can provide from environmental and economic improvements at the field level to Scope 3 reduction data and carbon credits.

Posted: December 10, 2025

Source: The Better Cotton Initiative (BCI)

Sponsors