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B.I.G. Yarns Enhances Operations in France to Drive European Growth

B.I.G. Yarns Enhances Operations in France to Drive European Growth

B.I.G. Yarns, a leading designer and producer of polyamide (PA), polypropylene (PP), and polyester (PET) commercial, automotive, residential, and technical carpet yarns, proudly announces a new 25 million investment in its French yarn plant. This is a reaffirmation of its dedication to innovation, sustainability, and local manufacturing in Europe. It involves the provision of state-of-the-art BCF lines, strengthening B.I.G. Yarns’ market leadership in one-step 3-ply yarns and further establishing its role as a market leader in the global market.

B.I.G. Yarns focuses on the development and production of 1-step 3-ply yarns using the latest technology to meet the need for flexibility and broader design possibilities in the carpet tile segment. The newly developed machine park represents a crucial step in B.I.G. Yarns’ growth strategy, ensuring a more energy-efficient, faster, and more flexible production system. By enabling smaller batch s and more adaptable production runs, B.I.G. Yarns will provide its contract customers with a highly competitive and sustainable product offering.

B.I.G. Yarns’ advanced yarn technology increases design, contrast, and color freedom for carpet tile manufacturers while improving flexibility and service level. “At B.I.G. Yarns, we believe in the power of innovation and operation expertise to offer our customers best in class solutions,” said Emmanuel Colchen, General Manager at B.I.G. Yarns. “This investment underscores our long-term commitment to the European market and our ability to deliver superior and sustainable yarn solutions that meet the evolving needs of our customers.”

By continuing to also invest in Europe, B.I.G. Yarns is making a strong statement about its dedication to local entrenchment in a highly competitive industry. While market pressure continues to grow from manufacturers in the Middle East and Asia, B.I.G. Yarns leverages its strategic location in Europe – within 500 km of its most important customers – to ensure faster delivery, closer collaboration, and an unparalleled service level.

This bold step not only strengthens B.I.G. Yarns’ market leadership in 1-step 3-ply yarns but also highlights its vision for a more sustainable and innovative future in yarn production.

https://www.bintg.com/

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Circular Economy Drives Adoption of CO₂-Negative Materials in Plastics

Circular Economy Drives Adoption of CO₂-Negative Materials in Plastics

Sustainability and innovative materials are two key topics in modern plastics processing. The collaboration between the mechanical engineering company Arburg and the industrial raw materials start-up carbonauten promises exactly that: CO₂-neutral and even CO₂-negative masterbatches and compounds for industrial applications.

In an interview with K-Mag, Torsten Becker from carbonauten and Manuel Witte from Arburg talk about the background to the cooperation, the technology behind the new materials, their processing in the injection moulding process and the prospects for the future.

Cooperation for more Climate Protection in the Plastics Industry

How did the collaboration between Arburg and carbonauten come about?

Torsten Becker: It started indirectly via LinkedIn. I came into contact with a natural charcoal burner in the Black Forest who produces gourmet barbecue charcoal. In the course of our discussions, an event was mentioned – the CarbonX week as part of the Freudenstadt Baiersbronn Garden Show – which is supported by Arburg. Finally, we met with Arburg representatives. Manuel Witte was already there at the time. And it quickly became clear that we had a shared vision. This led to the first tests and finally to the co-operation.

How did Arburg view the initial talks and the possibility of working together?

Manuel Witte: For us as a company, sustainability is an essential topic. We bundle all our activities in our ‘arburgGREENworld’ programme and are always on the lookout for new materials and technologies that can help conserve resources and reduce the CO2 footprint. That’s why the project was very exciting for us right from the start.

Our aim is to ensure that the materials can be processed safely and precisely on standard machines. Arburg’s decades of experience with sustainable materials is a huge help here.

Advantages of the CO₂- negative Masterbatches

Can you explain exactly how the material production process works?

Becker: Our masterbatches and compounds, which we develop in cooperation with Arburg, are CO₂-negative. This means that they store more CO₂ than they emit during their production and use. The basis of these materials is technical biocarbon, which is obtained from plant residues – in our case, lumpy wood residues. Pyrolysis converts these into a stable carbon form that is used as an additive in plastics. The result is a material that is not only measurably more sustainable, but also mechanically stable and versatile.

What makes this material special compared to conventional plastics?

Becker: The big advantage is not only the CO₂ storage, but also the improved material properties. It is harder, stronger, more temperature-resistant, more UV-resistant, more dimensionally stable, lighter, replaces carbon black and can optimise the processing of recycled plastics as an additive. In addition, 30-50% of the polymer is avoided, which has a significantly positive effect on Scope 3 and the overall ecological balance. The most important point is that it is no more expensive than conventional fossil-based materials – in some applications it is even cheaper.

Application Examples from the Industry

What specific applications already exist for this material?

Becker: Deutsche Bahn, for example, supplies us with waste wood from pallets and railway sleepers. These materials are no longer disposed of or incinerated, but integrated into our process. This results in new components that can then be reused in industry. Demand from the EU automotive sector is now increasing enormously.

How is the industry accepting this material? Is there any scepticism regarding the quality or processing?

Witte: It is true that processors often have reservations about new materials. However, we have specifically ensured that the compounds can be processed on standard injection moulding machines without the need for additional special equipment. This makes it easier for companies to process these materials and integrate them into their portfolio.

Production and Future Plans

What about production capacity? Are there already larger production facilities?

Becker: Our first production facility in Eberswalde is ready for operation, but has not yet been fully optimised. The capacity is currently around 3,000 to 3,500 tonnes of carbon per year, which results in around 6,000 to 9,000 tonnes of compound. However, we need further investment for the full ramp-up. We are currently in financing rounds to drive forward this optimisation and expansion.

Are there plans for international expansion?

Becker: Yes, especially in China. We want to build a large factory there that produces biocarbon from waste bamboo. The planned plant will have a capacity of 30,000 tonnes of carbon and 90,000 tonnes of compound per year. The project is currently in the financing phase.

The cooperation between Arburg and carbonauten shows what sustainable innovation in the plastics industry can look like. The use of biocarbon creates materials that are not only CO₂-neutral, but even CO₂-negative. The coming years will show how these new materials establish themselves in industry and what further developments will emerge from this collaboration.

https://www.k-online.com/e

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DePoly Leads Sustainable Plastics Revolution with $23M for Showcase Facility

DePoly Leads Sustainable Plastics Revolution with $23M for Showcase Facility

Millions of tons of PET and polyester waste are burned or dumped in landfills each year, yet there are still few sustainable recycling options. A major milestone in the company’s transition from laboratory innovation to industrial-scale deployment will be reached this summer with the opening of a 500-tonne-per-year showcase plant in Monthey, Switzerland, according to DePoly, the top sustainable PET-to-raw-material recycling company.

The facility will demonstrate DePoly’s proprietary process that converts PET and polyester waste into virgin-quality raw materials without fossil fuels. Imagine a world where discarded items – from polyester shirts to water bottles – are not wasted anymore but resources transformed back into the building blocks for new products. After all, revolutionizing an industry isn’t just about creating new technology – it’s about proving it works at scale.

DePoly’s technology has already demonstrated its commercial impact through collaborations with some of the world’s leading companies—not only in fashion, like Odlo, but also in cosmetics and the broader consumer goods industry, including innovators such as PTI. Through these partnerships, they have validated the quality of its recycled monomers by transforming PET waste into new bottles, high-performance textile fibers, and cosmetic packaging. This proves that their recycled materials can meet, and even exceed, the highest standards of purity and performance across a wide range of industries.

By delivering oil-equivalent monomers, their technology sets a new benchmark for circularity, offering a genuine alternative to virgin materials. “The upcoming showcase plant validates our roadmap to creating a truly circular plastics market. Following our pilot and showcase plant, our next goal is to scale our operations to industrial size with a first of a kind commercial plant based on our technology,” said Samantha Anderson, Co-founder & CEO of DePoly.

They are ramping up with world-class innovators, bold thinkers and cutting-edge know-how—taking their pilot victory to industrial scale demands nothing less than unstoppable ambition. The company is planning to build a commercial plant in 2027 that will process significantly larger volumes of PET and polyester waste – a major leap in redefining recycling and advancing the circular economy, as they strive to become the global leader in sustainable, circular plastics.

To further accelerate this expansion, they have secured a total of $23 million in seed funding with MassMutual Ventures joining a second closing of its round. The expanded investor base positions DePoly as one of the biggest recycling technology companies in Europe, with more than $30 million raised across two rounds and grants. MassMutual Ventures joins existing investors, including Founderful, ACE & Company, Angel Invest, Zürcher Kantonalbank, BASF Venture Capital, Beiersdorf Venture Capital, and Syensqo.

“DePoly’s proven technology is a game changer addressing a crucial industrial and societal challenge. This raise and the showcase plant opening are advancing DePoly’s position as a leader in plastics recycling,” said Alix Brunet, Europe Lead at MassMutual Ventures.

David Hanf, who joined DePoly in 2024 as CFO, brings extensive experience from European scale-ups including Smava and Thermondo—Germany’s largest B2C heat service company. Both an entrepreneur and an executive, he adds: “We are convinced our technology is one of the fastest to scale and will allow us to compete with virgin pricing at scale, a key factor for success. We are happy to have expanded our investor base to the US with MassMutual Ventures as we want to build a global champion.”

By transforming discarded plastics into high-quality raw materials, DePoly reduces reliance on fossil resources, minimizes waste, and paves the way for a circular materials industry. Recognized as a Technology Pioneer by the World Economic Forum and a winner of the 2024 Top 100 Swiss Startup Award, DePoly proves that sustainable innovation is not only possible – it’s happening now.

www.depoly.co

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Duino Site Joins Mondi’s Global Paper Network with Launch of Recycled Machine

Duino Site Joins Mondi’s Global Paper Network with Launch of Recycled Machine

Mondi, a global leader in sustainable packaging and paper, has officially begun operations at its Duino mill in Italy—a significant milestone that reinforces its position at the forefront of high-quality, environmentally responsible packaging production. This successful start-up marks another step forward in Mondi’s strategy to deliver long-term value while supporting a more circular, sustainable economy.

The Duino mill will focus on producing high-performance recycled containerboard made entirely from 100% recovered fiber. As the ramp-up phase continues, Mondi remains committed to ensuring consistent quality across production. These lightweight, durable grades of containerboard are especially well-suited for corrugated packaging used in eCommerce and consumer goods—two sectors with increasing demand for cost-efficient, fully recyclable packaging solutions.

“Starting up this machine on time is a fantastic achievement and a testament to the dedication and expertise of our team,” said Markus Gärtner, CEO of Mondi Corrugated Packaging. “With Mondi Duino now fully integrated into our production network, we’re in an even stronger position to meet customer needs across Europe and beyond with sustainable, high-quality solutions.”

This facility joins Mondi’s expanding network of containerboard mills, bringing the total to six globally. By adding Duino to its value chain, the company strengthens not only its production capacity but also its supply chain resilience—delivering greater reliability and flexibility to customers. The site is expected to play a key role in optimizing supply dynamics and ensuring consistent availability of recycled paper materials for corrugated applications.

In line with their sustainability commitments, the Duino mill aims to source raw materials locally whenever feasible. This approach supports regional economies and helps reduce the environmental impact associated with long-distance transportation. It also contributes to their broader climate goals by minimizing greenhouse gas emissions across the supply chain.

As the company looks ahead, the successful commissioning of the Duino mill is a clear signal of its continued investment in sustainable growth, circular innovation, and the future of eco-friendly packaging. With its expanded production footprint and a steadfast focus on quality and environmental stewardship, they are well positioned to meet the evolving needs of its customers and drive forward a more sustainable packaging industry.

www.mondigroup.com

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Global Packaging Footprint Expanded by $1.4B Merger Between IPL and Schoeller Allibert

Global Packaging Footprint Expanded by $1.4B Merger Between IPL and Schoeller Allibert

The rigid-plastic product producer IPL and the reusable transport packaging firm Schoeller Allibert announced their merger. With 27 manufacturing facilities spread across Europe, the UK, and North America, the planned merger would establish a global producer of sustainable packaging with a combined proforma yearly turnover of more than US $1.4 billion in 2024.

IPL mainly manufactures sustainable, rigid-plastic products for the food, consumer, environmental and agriculture sectors, largely in North America, with significant manufacturing operations in the United Kingdom. Headquartered in Dublin, Ireland, it has approximately 2,500 employees across 16 manufacturing sites and reported revenue of US$822 million in 2024.

Schoeller Allibert manufactures returnable transport packaging and provides related services, serving customers across sectors such as automotive, beverage, food, pharmaceuticals, cosmetics, retail, and material handling, primarily in Continental Europe. Headquartered in Hoofddorp, the Netherlands, it has approximately 1,600 employees across 11 production locations and had revenue of 550 million in 2024.

The merged company will be headquartered in Dublin, Ireland and led by current IPL CEO Alan Walsh. The transaction is expected to close in the third quarter 2025, subject to customary closing conditions.

Mr. Walsh said: The future of packaging lies in sustainability, innovation and adaptability. This merger will allow IPL and Schoeller Allibert to combine our strengths on both sides of the Atlantic to meet that future together. With an unwavering commitment to innovation, we will not only enhance the way we serve our customers but also optimize the skillsets of both companies to build a strong, resilient foundation for growth.”

Alejandro Cabal Uribe, CEO of Schoeller Allibert, stated: “Our combined strength in packaging solutions is well positioned to benefit from the tailwinds for the sector, driven by corporate sustainability ambitions and evolving regulations to improve value chains and reduce the environmental impact of packaging waste.” We are excited to work together to provide industry-leading customer service and cutting-edge worldwide solutions.

IPL is owned by investment funds managed by Madison Dearborn Partners, LLC (“MDP”), a leading private equity investment firm based in Chicago, and CDPQ, a global investment group. Schoeller Allibert is owned by Brookfield Asset Management’s private equity business and the Schoeller family. The new company will be 55% owned by the existing IPL shareholders and 45% owned by the existing Schoeller Allibert shareholders.

www.iplglobal.com

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Start-Up and OE-A Competitions 2025 Recognize Game-Changing Printed Technologies

Start-Up and OE-A Competitions 2025 Recognize Game-Changing Printed Technologies

The winners of the annual “OE-A Competition” and the “LOPEC Start-Up Competition” were officially revealed at LOPEC 2025. This year, the OE-A Competition emphasized sustainable innovations aimed at the smart living sector.

This year’s OE-A competition was dominated by projects and products that focus on smart living. 20 entrants from around the world submitted their latest visions and products to the OE-A Competition 2025. From smart patches for healthcare applications to hydrogen tanks and new lighting applications: innovative demos and products that illustrate the potential and capabilities of printed electronics were recognized at LOPEC 2025, the international exhibition and conference for printed electronics, in Munich, Germany. The competition is organized annually by the OE-A (Organic and Printed Electronics Association), a working group within the VDMA.

The panel of judges, comprising experts from international companies and research institutions, assessed 20 submissions across three categories. In addition to the jury’s evaluation, LOPEC attendees had the opportunity to cast their votes. At their booth, where all demonstrators were showcased, visitors were invited to select their favorite innovation for the “Public Choice Award.”

“The OE-A Competition 2025 is particularly notable for its numerous applications in the smart living sector. We have increasingly seen projects that offer smart solutions for everyday life with a strong emphasis on sustainability ” said Dr. Klaus Hecker, Managing Director of the OE-A.

Each year, the competition pushes the printed electronics industry to present its most innovative and forward-thinking developments.

https://oe-a.org/

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Novel Recovery Method for XLPE Waste Launched by STEER

Novel Recovery Method for XLPE Waste Launched by STEER

In a breakthrough for plastic recycling and sustainable manufacturing, STEER World, a global leader in materials transformation technologies, has unveiled a first-of-its-kind method to recycle crosslinked polyethylene (XLPE) — a material long considered non-recyclable — using its proprietary Omega Twin-Screw Extrusion Technology.

Widely used in cable insulation, piping systems, and other high-performance applications, XLPE’s exceptional durability comes from its three-dimensional network of covalent bonds. While this structure ensures thermal and mechanical resilience, it also makes the material extremely difficult to recycle using conventional methods. Most XLPE waste ends up in landfills, creating long-term environmental concerns.

To address this challenge, they have developed a solution using its state-of-the-art Omega Twin-Screw Extruder, featuring the STEER patented Fractional Geometry Technology (FGT). The process uses a combination of mechanical shear and controlled heat to break XLPE’s crosslinks while preserving its base structure—turning it into a reusable form called De-XLPE (Decrosslinked XLPE).

“This is not just an innovation in recycling—it’s a shift in how we look at thermoset waste,” said Dr. Prakash Hadimani, Global Head – Application Development Center, STEER World. “With the Omega series of machines, we’ve made it possible to recover and reuse a material that was once considered unrecoverable. That’s a win for the industry and a big step forward for sustainability.”

The modular design of the Omega machine allows precise control of temperature zones, screw speed, and configuration—factors essential to ensuring consistent and scalable decrosslinking. The resulting De-XLPE can be further processed into new products or blended with virgin polymers for a range of industrial applications.

A Game-Changer for Circular Manufacturing

This technology opens new doors for manufacturers seeking sustainable alternatives to traditional materials. It not only reduces reliance on virgin plastic but also diverts XLPE waste from landfills, making significant strides toward the circular economy.

“With this process, we’re not just recycling—we’re redefining what’s recyclable,” added Dr Hadimani. “The ability to reclaim and reintegrate thermoset materials like XLPE is a breakthrough the industry has been waiting for.”

Key Benefits of the STEER Decrosslinking Process:

  • Converts non-recyclable XLPE into usable De-XLPE
  • Reduces environmental impact and landfill burden
  • Eliminates the need for hazardous chemical treatments
  • Scalable, consistent, and energy-efficient process
  • Enables circularity in polymer manufacturing

https://steerworld.com/

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UBQ ClimaPos Honored for Sustainable Innovation at Edison Awards

UBQ ClimaPos Honored for Sustainable Innovation at Edison Awards

UBQ Materials, headquartered in Miami, U.S., receives the Silver 2025 Edison Best New Product Award in the Carbon Reduction Through Advanced Materials category for its innovative product, UBQ ClimaPos. This bio-based thermoplastic composite is designed to be blended with conventional plastics in durable and semi-durable applications, helping drive progress toward carbon-neutral and climate-positive goals.

Materials that matter

Incorporating just 10% UBQ ClimaPos into products can reduce the carbon footprint of goods and supply chains.

For every ton of UBQ produced in UBQ Materials’ Netherlands facility:

  • 5 tons of landfill waste is diverted
  • 0 ton of plastic is replaced
  • 02 tons of net carbon is removed—equivalent to the greenhouse gas (GHG) emissions of a gas-powered car driving 2,596 miles

They reduce reliance on petroleum-based plastics, lowers GHG emissions generated by waste in landfills, and supports a circular economy.

“Winning the 2025 Edison Award affirms the value of our product and its potential to significantly impact the world,” said Albert Douer, Chairman and CEO of UBQ Materials. “This recognition reinforces that UBQ is a material that matters—making sustainability achievable for consumers and helping retailers meet their environmental goals. UBQ Materials leads the way in developing sustainable materials to benefit the planet and future generations.”

Frank Bonafilia, executive director of the Edison Awards, added “UBQ ClimaPos exemplifies the power of innovation. With its unique technology, UBQ Materials is well on their way to converting waste from a global challenge into a scalable, sustainable solution.”

Giving waste a new life

UBQ Materials’ pioneering solution emerges as a powerful response to our planet’s growing waste problem.

UBQ ClimaPos is created by an energy-efficient, patented technology that converts mixed household waste—including organic and hard-to-recycle materials—into a material suitable for a range of everyday products that are good for people, planet, and profit.

www.ubqmaterials.com.

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XSYS Earns FPPA Recognition for Prepress Excellence for Second Time

XSYS Earns FPPA Recognition for Prepress Excellence for Second Time

XSYS, global supplier of flexo prepress solutions, has won the 2025 FPPA Excellence Award for the nyloflex eco series printing plates. Taking home the coveted trophy for a second year, they have once again been affirmed as an innovation leader with eco-friendly solutions.

Founded to promote high standards in the flexo prepress industry, the FPPA recognizes and celebrates outstanding achievements in innovation, sustainability, and overall excellence with this annual award. Entries are evaluated on several judging criteria including demonstrating “efforts to reduce waste, energy consumption, and environmental impact, as well as the implementation of eco-friendly materials and processes.”

Meeting these criteria, the new nyloflex eco series, specifically the nyloflex eco ACT D and nyloflex eco FAC D, have been developed for high-quality flexo printing on absorbent and non-absorbent substrates (paper, board, kraft liner, test liner, etc.) using water- and solvent-based inks. The plates are perfectly suited for a whole range of fiber-based packaging applications including folding carton and corrugated post-print.

In contrast to traditional flexo plates, the eco plate formulation features up to 29% bio-based raw materials, significantly reducing the reliance on fossil-based components while maintaining excellent quality and performance. nyloflex eco plates dry extremely fast saving processing time by 20%. Prepress operations benefit from reduced energy consumption as well as lowering their greenhouse gas emissions.

“Receiving the FPPA award for the second year in a row is testament to the dedication of everyone at XSYS to spearhead sustainable innovation for the benefit of the flexo community,” said Dan Rosen, Sales Director National Accounts, North America. “This incredible honor confirms that the nyloflex eco plate series – the new XSYS flagship product line – is answering a pressing market demand in flexo. With this breakthrough innovation, we are demonstrating that incremental changes in material choices and processing technology will collectively lead to significant environmental improvements.”

Explaining the choice of XSYS’ nyloflex eco plates as the winner, the judging panel, made up from FPPA board and marketing committee members, said, “As a judge for the Excellence in Flexo Award Program, I was impressed by XSYS’s commitment to sustainability and efficiency. Their use of bio-based materials enhances sustainability, while improved processing times and excellent plate performance demonstrate their innovation in the market.” – Jeff Francis, Dynamic Dies Inc.

The award was presented during the FPPA’s annual conference, held on 23–25 February, in Tucson, AZ. As a long-term member of the association, XSYS was also on the speaking agenda at the event. Dan Rosen presented a 2025 business update including an in-depth look at XSYS’ latest sustainability initiatives, from nyloflex eco plates to the latest ThermoFlexX Catena automated platemaking technology and renewable electricity usage. In addition, Trey Beckman, Director of Strategic Global Accounts at MacDermid Graphic Solutions (MGS), provided insights into the recent creation of XSYS and MGS as one global company.

https://xsysglobal.com/

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GreenPlast 2025: Redefining Plastics with a Sustainable Outlook

GreenPlast 2025: Redefining Plastics with a Sustainable Outlook

GreenPlast 2025 is gearing up to welcome a global audience with an edition that is set to be even more expansive and future-oriented. Taking place at Fiera Milano from May 27 to 30, 2025, the event continues to solidify its position as a major hub for the plastics and rubber technology sectors. With a clear mission, it aims to highlight the synergy between innovation and sustainability, demonstrating how both can drive value in an ever-evolving supply chain.

An Expanding Showcase of Exhibitions
With around 200 exhibitors, both direct and represented, spread over 5,500 square meters, GreenPlast offers an increasingly comprehensive overview of cutting-edge technologies for the processing, recycling and reuse of plastics materials.

It’s a vision focused on the future, reinforced by the presence of official delegations of buyers from around twenty countries across Europe, the Mediterranean basin and the Middle East, coordinated by ICE-Agency and the leading industry associations.

One hundred highly qualified professionals from established companies involved in manufacturing and recycling will be in search of solutions to enhance the competitiveness of their production processes, with a growing focus on energy efficiency and the reduction of environmental impact.

Thanks to an online matchmaking platform, buyers will be able to schedule targeted meetings with Italian exhibitors in advance, making their visit even more effective and strategic.

Beyond the Exhibition: Moments for Dialogue and Inspiration
GreenPlast will also be a platform for discussion and in-depth analysis of the major challenges facing the sector. The international conference Shaping a Sustainable Future for Plastics, coordinated by AMI – Applied Market Information and Promaplast, organizer of GreenPlast, will feature leading experts and industry players reflecting on the opportunities presented by the ecological transition.

In addition, the Tech Talks – short presentations led by exhibitors – will provide a direct look at the most advanced technological solutions, combining performance with sustainability.

Sustainability as Art
At GreenPlast, sustainability isn’t only a technical matter. This is demonstrated by the eagerly anticipated Art&Plastics exhibition, which this year will feature original projects such as LadyBe’s creations, Plastica d’Artista (curated by Pina Inferrera), Arte da mangiare mangiare Arte and Museo Acqua Franca (projects by topylabrys), joined in 2025 by the MAP – Museo Arte Plastica of Castiglione Olona. Through art, polymers become secondary raw materials capable of telling stories, evoking emotions and presenting new visions of circularity.

Educating the Next Generation
Education will also play a central role. Around fifteen universities and technical institutes have already expressed interest in attending the fair. Guided tours and educational sessions will be organized for them, with the aim of fostering a more conscious culture around the use of plastics, their potential, and above all, their recyclability.

https://www.greenplast.org/en/

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