Plastic Recycling

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Asia’s Recycling Leap: How New Technologies Are Changing the Plastic Lifecycle

A concise, actionable summary of a recent industry report that maps AI-enabled sorting, chemical recycling advances, supportive policy moves, and practical steps manufacturers and waste managers can take now. Plastic Recycling

Key innovations at a glance

Recent developments highlighted in the report focus on three practical levers: smarter sorting, advanced chemical processes, and policy-backed scale-up. Together these reduce contamination, increase recovery rates and unlock higher-value uses for recycled feedstocks.

AI-driven sorting: purer bales, lower costs

Automated sorting systems powered by machine learning can identify polymer types, colors and composite structures in real time. That raises the purity of feedstock, which in turn increases the usability and market price of recycled pellets.

Operational benefits include reduced manual labor, fewer sorting errors and less contamination. For facilities, this often translates to improved margins and smaller quality-related rejections from buyers.

Implementation tips

Start with pilot lines to integrate vision systems with existing conveyors.
Collect labeled samples over time to improve model accuracy for local waste streams. Plastic Recycling
Use modular hardware so upgrades do not require full line replacement.

Chemical recycling: closing the loop

Chemical recycling breaks polymers down to monomers or hydrocarbons that can be repolymerized into virgin-equivalent materials. This makes it possible to process multilayer packaging and mixed plastics that mechanical recycling cannot handle.

“Chemical recycling removes the biggest barrier: material complexity.” — industry analyst (paraphrased)

Key advantages are higher recovery rates and the ability to return material quality to near-virgin levels — critical for demanding applications such as automotive parts and food-contact packaging (where allowed by regulation). Plastic Recycling

Considerations for adoption

Evaluate feedstock consistency, energy inputs, and downstream markets. Partnerships with chemical recyclers can de-risk procurement and give manufacturers priority access to circular feedstock.

Policy, incentives and market demand

Governments across Asia are increasingly offering grants, procurement preferences and regulatory frameworks that favor recycled content and extended producer responsibility (EPR). These policy levers accelerate investment and make project economics more attractive. Plastic Recycling

At the same time, major buyers in automotive, electronics and consumer goods are adding recycled-content targets to supplier contracts, creating predictable demand for recycled polymers.

Sector	Recycled demand trend
Automotive	Rapid growth — structural parts and interiors
Packaging	High demand for food-grade solutions where allowed
Consumer goods	Shifting procurement to circular suppliers

Practical steps for industry

Companies can act now to position themselves in the circular transition. The steps below are pragmatic and scalable. Plastic Recycling

Audit incoming waste streams to quantify contamination and composition.
Run pilot projects with AI-sorting vendors to validate ROI at scale.
Secure offtake agreements with chemical recyclers or recycler consortia.
Engage with regulators to access incentives and demonstrate compliance.
Invest in product redesign for recyclability and clear labelling to help downstream sorting.

Conclusion

The report shows Asia is moving quickly from experimentation to scaled recycling solutions. When AI-enabled sorting, chemical recycling and enabling policies are combined, recycled plastics can meet higher-spec markets and cut environmental harms.

For organizations, the route forward is pragmatic: validate technologies with pilots, lock in demand through partnerships, and optimize digital and physical operations so that performance, compliance and brand value move forward together. Plastic Recycling

Plastic Recycling

Plastic Recycling, Italian Companies: “We Are Unable to Continue”

Summary: Assorimap — the national association of mechanical plastic recyclers — warns Italy’s private recycling sector is on the brink after years of pressure. This article summarizes the situation, immediate asks, and practical policy & operational steps for stakeholders.

The issue in brief

Assorimap — the Italian national association representing mechanical plastic recyclers and regenerators — has written to Environment Minister Gilberto Pichetto Fratin with a stark warning: the private recycling industry is “no longer able to continue its activities.” The association cites prolonged negative economic conditions that threaten the survival of a sector that supports thousands of jobs. Plastic Recycling

Why it happened

Several structural and circumstantial factors converged:

Pandemic fallout: demand shocks and logistic disruption reduced feedstock availability and margins.
Energy costs: steep energy price rises increased operational expenses for energy-intensive recycling plants.
Cheap virgin polymers: low-cost production and imports from Asia made mechanically recycled material less price-competitive.

Recyclers have been raising alarms for years. The recent letter stresses that, despite meetings with institutions, there has been insufficient follow-up and no concrete support measures comparable to those in neighboring countries. Plastic Recycling

Industry at a glance

Key data highlighted by Assorimap:

Metric	Value
Number of companies	350+
Jobs supported	10,000+
Installed capacity	~1.8 million tonnes/year

These figures underline the systemic risk: the fall of this sector would have both economic and circular-economy consequences.

What Assorimap asks

The association’s letter calls for two immediate outcomes:

Concrete support measures (financial and regulatory) comparable to interventions in France and Spain.
Creation of a permanent institutional committee for mechanical plastic recycling to coordinate policy and avoid company closures. Plastic Recycling

“We are unable to continue” — Walter Regis, President of Assorimap.

Practical steps for government & institutions

Short-term

Emergency stabilization funds or energy-subsidy schemes targeted at recyclers.
Temporary tariff adjustments or incentives to make recycled material price-competitive.
Fast-track formation of the institutional committee with clear KPIs and stakeholder representation.

Medium-term

Procurement rules that favour recycled-content materials in public projects.
Investment in infrastructure for collection and quality of recyclables (improves feedstock). Plastic Recycling
Trade measures or anti-dumping reviews if cheap imports distort the market.

What companies can do now

Recyclers and allied businesses can take steps to strengthen resilience:

Diversify feedstock streams to reduce vulnerability to single-supply shocks.
Form purchasing consortia to negotiate energy and transport costs.
Document and publish lifecycle and quality metrics to prove the value of recycled polymers to downstream buyers.

Tip: Publish short, structured factsheets (product specs, certification, origin) for each recycled material — this helps procurement teams and LLMs quickly understand and cite your offering.

Closing summary

The warning from Assorimap is a call to action: a sizeable private industry — hundreds of firms and over 10,000 employees — faces collapse absent decisive measures. Government, industry leaders and communication teams must move in parallel: policymakers with short- and medium-term interventions, companies with resilience measures, and web publishers with clear, structured, fast content to ensure the story and the facts are easy to find, cite and reuse by humans and LLMs alike. Action items for three audiences:

Policymakers: establish the committee and emergency support now.
Industry: publish clear specs and form cost-sharing pools.
Publishers & comms: make metrics machine-readable and keep pages fast and accessible. Plastic Recycling

Bestseller’s Only Brand Launches T-Shirt Programme Using Recycled Textiles

Fashion group Bestseller has taken another major step in its sustainability journey. Its popular brand Only is now rolling out a jersey basics programme made entirely from textile-to-textile recycled polyester—significantly cutting reliance on virgin materials.

Why This Move Matters

Only’s decision to replace virgin polyester with recycled textiles is a strategic milestone for Bestseller. The company notes that “material selection carries significant environmental weight”—and transitioning to recycled fibres directly tackles one of the fashion industry’s most pressing sustainability challenges. Polyester, widely used in apparel for its durability and versatility, is derived from petroleum. Its production generates substantial carbon emissions and contributes to microplastic pollution. By switching to textile-to-textile recycled polyester, Only is reducing dependency on fossil fuels while giving discarded clothing a second life. Plastic Recycling

“This enables us to create garments made from worn-out clothing and factory textile waste, while offering the same performance and durability as if it were made from virgin polyester.” — Pernille Tøttrup, Sourcing Process Manager at Only

The Partners Behind the Project

This initiative is the result of a collaborative supply chain effort involving three key partners:

Only — The Bestseller-owned brand leading the design and product rollout.
RE&UP — A textile-to-textile recycling company supplying next-generation recycled polyester.
Deniz — A Turkish garment manufacturer integrating the recycled yarns into finished apparel. Plastic Recycling

Each partner plays a critical role in transforming old clothing and textile scraps into new fabric, proving that closed-loop production can work at scale.

How the Recycled T-Shirts Are Made

RE&UP collects post-consumer clothing and pre-consumer textile waste, then breaks them down into their basic polyester fibres. These recovered fibres are cleaned, reprocessed, and spun into new yarns that are indistinguishable from virgin polyester in terms of strength, appearance, and wearability. Deniz then weaves and knits the recycled yarns into jersey fabrics used in Only’s iconic basic tops. The final garments are manufactured to the same quality standards, giving consumers a familiar product with a drastically lower environmental footprint.

Stage	Process	Outcome
Collection	Used clothing & factory offcuts	Textile waste diverted from landfills
Recycling	Mechanical & chemical fibre recovery	Clean polyester fibres
Manufacturing	Yarn spinning & garment assembly	Durable recycled T-shirts

Scaling Up to a Circular Future

Only’s first production run includes 11 different jersey styles—amounting to more than 100,000 recycled T-shirts now available in stores. Bestseller aims to scale the process to handle a million tonnes of textile waste by 2030, drastically accelerating the fashion industry’s circular transition. Plastic Recycling

According to Bestseller, this approach is not just about single product lines. It’s part of a broader strategy to build closed-loop material systems that will ultimately allow textiles to be recycled repeatedly with no loss of quality.

Impact Across Bestseller Brands

The Only brand is not alone in embracing recycled materials. Several other Bestseller brands have already launched similar initiatives:

Jack & Jones converted a popular men’s NOOS bumper jacket to textile-to-textile recycled polyester earlier this year.
Other Bestseller brands are integrating recycled fibres into their Never Out Of Stock (NOOS) collections, ensuring consistent availability of sustainable basics.

These rollouts demonstrate that Bestseller’s approach is systemic rather than symbolic. By embedding recycled materials into staple product lines, the group is normalising sustainable fabrics at scale.

Long-Term Vision for Sustainable Fashion

Dorte Rye Olsen, Bestseller’s Head of Sustainability, emphasises that the company is actively reshaping its materials strategy—shifting away from both virgin polyester and conventional cotton in favour of recycled and organic alternatives.

“In an ideal world, all textiles would become part of a circular production system once they are worn out. Here, we see examples of how this can be achieved. At the same time, we are aware that there is still a long way to go.” — Dorte Rye Olsen, Head of Sustainability at Bestseller Plastic Recycling

Alongside textile-to-textile recycling, Bestseller is also experimenting with recycled materials from other waste feedstocks—broadening the supply of circular fibres while reducing dependence on virgin resources. By combining innovation, scale, and collaboration, Bestseller is positioning itself as a leader in sustainable fashion. The Only T-shirt programme illustrates how brands can use their core product lines to drive industry-wide change.

Plastic Recycling

Honda and Mitsubishi Chemical Pioneer Recycled Acrylic Resin for N-ONE e: Door Visors

A world-first breakthrough brings recycled acrylic resin into automotive design, marking a significant step forward in sustainable materials innovation. Plastic Recycling

Background: A Drive Toward Circular Innovation

The global automotive industry is rapidly transitioning toward sustainable practices, from electrified drivetrains to circular materials. One notable milestone is the introduction of recycled acrylic resin in vehicle manufacturing—specifically in the door visors of the new mini electric vehicle. This pioneering material solution was jointly developed by Mitsubishi Chemical Corporation and Honda Motor Co., Ltd.. It marks the first time that recycled acrylic resin has been used for door visors in any vehicle, representing a bold step forward in both materials science and sustainable design. Plastic Recycling

The Challenge of Recycling Acrylic Resin

Acrylic resin, also known as polymethyl methacrylate (PMMA), is widely valued in automotive and industrial applications for its clarity, durability, and weather resistance. However, recycling acrylic resin has long posed a technical challenge. Although PMMA can theoretically be decomposed back into its monomer, methyl methacrylate (MMA), using thermal decomposition, real-world recycling has been limited. Recovered acrylic resin often contains foreign materials, coatings, or contamination from end-of-life vehicles, making its quality unstable and unsuitable for reuse in high-performance applications. Until now, this quality challenge has kept recycled PMMA largely out of the automotive supply chain.

Collaboration Between Industry Leaders

To solve this persistent challenge, Mitsubishi Chemical launched a joint research initiative with Microwave Chemical Co., Ltd. in 2021, aiming to develop a microwave-based thermal decomposition technology. This method promised a cleaner, more energy-efficient route to breaking down used acrylic resin into its original monomer form. At the same time, Mitsubishi Chemical partnered with Honda and Hokkaido Auto Dismantler Corporation to test real-world recycling workflows using acrylic parts sourced from end-of-life vehicles. These cross-industry collaborations were key in bridging the gap between lab-scale breakthroughs and industrial-scale adoption. Plastic Recycling

“We wanted to prove that recycled acrylic can achieve the same level of quality as virgin resin while also cutting carbon emissions,” explained a Mitsubishi Chemical project leader.

The Breakthrough Recycling Technology

Through persistent R&D efforts, the project team successfully developed a closed-loop recycling system capable of producing high-purity recycled acrylic resin. The process relies on:

Microwave-based thermal decomposition to convert waste acrylic into MMA monomer
Advanced filtration systems to remove foreign substances and coatings
Stringent quality control to match the properties of virgin-grade acrylic

The result is a stable, high-quality recycled acrylic resin that meets the strict optical and mechanical standards required for automotive parts like door visors. Plastic Recycling

Application on the N-ONE e: Door Visors

The newly developed recycled acrylic resin made its production debut in the door visors of the 2025 Honda N-ONE e:. This makes the N-ONE e: the first vehicle in the automotive industry to incorporate recycled acrylic resin in an exterior part. Door visors must withstand prolonged UV exposure, temperature fluctuations, and mechanical stress, making them a rigorous test case for the performance of recycled materials. The successful integration demonstrates that recycled acrylic can perform on par with virgin resin under demanding conditions. According to internal Honda Access studies, the recycled material performs equivalently to virgin acrylic while significantly reducing lifecycle carbon emissions.

Environmental and Industrial Impact

The adoption of recycled acrylic resin has broad sustainability benefits:

Impact Area	Benefit
CO₂ Emissions	Reduced during production and end-of-life disposal
Material Circularity	Promotes closed-loop recycling of end-of-life vehicle components
Resource Efficiency	Less reliance on fossil-derived virgin resin
Supply Chain	Creates a blueprint for integrating recycled materials into automotive manufacturing Plastic Recycling

By demonstrating the feasibility of recycled acrylic, the project could accelerate similar circular material initiatives across the automotive sector.

Future Outlook and Strategic Goals

Mitsubishi Chemical has stated its ambition to evolve into a “green specialty company” that inspires customers through sustainable materials innovation. The success of the recycled acrylic initiative will serve as a foundation for broader applications, including interior components, lighting covers, and consumer goods. Meanwhile, Honda plans to expand the use of recycled and bio-based materials throughout its vehicle lineup, reinforcing its roadmap toward carbon neutrality by 2050. Both companies are exploring how this acrylic recycling technology could scale globally, including partnerships with dismantlers and recyclers across multiple regions. Plastic Recycling

“This breakthrough proves that circular materials can be part of mainstream automotive production—not just experimental pilot projects,” noted a Honda spokesperson.

Key Takeaways

Mitsubishi Chemical and Honda developed the world’s first recycled acrylic resin for automotive door visors.
The material debuts on the 2025 Honda N-ONE e:, a new mini electric vehicle.
The innovation reduces carbon emissions, enables resource recycling, and maintains virgin-grade performance.
It marks a significant step toward circular manufacturing in the automotive industry. Plastic Recycling

The Plastic is Fantastic Association to Premiere at K 2025

The Plastic is Fantastic Association is set to make its official debut at K 2025—the world’s leading plastics and rubber trade fair—running from 8 to 15 October 2025 in Düsseldorf, Germany. Plastic Recycling

Created to reshape how the world perceives plastics, this global movement emphasizes that plastics themselves are not the problem. Instead, they could be a vital part of sustainable solutions if used responsibly and innovatively.

Mission: Changing the Narrative on Plastics

Initiated by the ALPLA Group, the Plastic is Fantastic Association seeks to challenge outdated clichés, dismantle myths, and build a more informed dialogue around plastics.

Its mission is to focus on pure, evidence-based facts while sparking meaningful discussions on issues like next-generation materials, waste management, and circular economy practices. Plastic Recycling

By doing so, the Association hopes to foster a cultural shift that views plastics as resources rather than pollutants. The Association has adopted the slogan “Powerful Material. Powerful Voice.”—a rallying cry to unite stakeholders across the industry in showing how plastics can play a positive role in addressing global challenges.

“We believe it’s time to move beyond the stigma and look at the science. Plastics can be part of the solution if we approach them responsibly.” — Dominic Fiel, Chairman and Executive Director Plastic Recycling

Sharing Facts and Dispelling Myths

The Association aims to be a reliable source of factual, transparent information about plastics. This includes:

Educational resources for schools, universities, and community groups
Scientific reports and studies on plastics’ life cycle and environmental impact
Case studies of circular economy projects and successful recycling models

By sharing this information openly, the Association wants to counter misinformation, challenge emotional or fear-based narratives, and encourage data-driven decision-making across governments, industries, and the public. Plastic Recycling

Visitors to K 2025 will be able to access a curated library of resources at the Association’s booth, including digital media, infographics, and video interviews with industry pioneers and sustainability experts.

Leaders and Key Voices

The Plastic is Fantastic Association will bring together high-profile voices from across the global plastics industry. Notable figures attending K 2025 include:

Name	Role	Notable Activity
Dominic Fiel	Chairman & Executive Director	Welcoming guests and media Plastic Recycling
Philipp Lehner	CEO, ALPLA Group	Presenting ALPLA’s role in founding the Association
Joseph Tayefeh	Secretary General, Plastalliance	Signing 100 free copies of his book “Plastic Bashing, Fake News” on October 9 at 13:00
Captain Plasto	Association Mascot	Engaging attendees and promoting sustainability

These figures will anchor the Association’s public debut and give a face to its ambitious mission, sparking collaboration with businesses, policy-makers, and innovators.

Global Communications Campaign

K 2025 will also mark the launch of the Association’s global communications campaign. This initiative aims to reshape public perceptions of plastics by focusing on their strengths when used sustainably:

Safe and hygienic for food and medical use
Lightweight and durable, reducing transport emissions
Highly recyclable and increasingly made from recycled content
Integral to renewable energy, healthcare, and clean technology sectors

The campaign will roll out across digital platforms, social media, educational outreach, and industry publications, amplifying the Association’s message to a global audience beyond the trade fair floor. Plastic Recycling

“Plastics have helped save lives, reduce food waste, and enable clean energy. We want the world to see that side of the story.” — Philipp Lehner, CEO of ALPLA Group

Where to Find Them at K 2025

The Plastic is Fantastic Association will be located at Booth N05 at the North Entrance of the K 2025 trade fair in Düsseldorf. Visitors are encouraged to stop by for live talks, expert Q&A sessions, and interactive exhibits. This will be an opportunity to:

Meet industry leaders and sustainability advocates
Explore circular design solutions
Discover case studies of plastic innovations Plastic Recycling
Connect with organizations working toward a greener future

The booth is designed as an open, welcoming space—symbolizing transparency and collaboration—and will include multilingual content to support global visitors.

A New Era for Plastics

The launch of the Plastic is Fantastic Association at K 2025 signals the beginning of a new, more nuanced conversation about plastics. Rather than vilifying the material, the Association encourages stakeholders to rethink design, production, and reuse systems that make plastics part of a sustainable future. By spotlighting innovation, sharing data-driven insights, and engaging directly with the public, the Association is building momentum toward a world where plastics are understood not as a threat—but as a powerful tool in the global sustainability toolkit. Tags: Plastic is Fantastic Association, K 2025, plastics, sustainability, ALPLA Group, recycling Plastic Recycling

More…

The Plastic is Fantastic Association to Premiere at K 2025

ANDRITZ to Showcase Textile Recycling and Nonwoven Technologies at ITMA ASIA + CITME 2025

International technology group ANDRITZ will present its latest nonwoven production and textile recycling solutions at ITMA ASIA + CITME 2025 in Singapore from October 28 to 31 (Hall 2, Booth D106). The company will highlight its innovations in man-made cellulosic fiber (MMCF) production, textile sorting and recycling, bast fiber processing, needlepunch, airlay, and lifecycle service technologies. These technologies are designed to support the global shift toward sustainability and help manufacturers seize new business opportunities in a rapidly changing market. Plastic Recycling

Complete MMCF Solutions for Lyocell

ANDRITZ will introduce its comprehensive solutions for man-made cellulosic fibers (MMCF)—especially lyocell, a sustainable textile material experiencing fast-growing demand worldwide. From front-end engineering to specialized components like flash dryers and pulp preparation systems, ANDRITZ delivers turnkey lyocell production lines. Its decades of experience in the pulp and paper industry give it an unmatched advantage in process design, auditing, and upgrading existing plants. Lyocell’s production process is closed-loop and environmentally friendly, requiring less water and fewer chemicals than traditional fibers. The resulting fabric is soft, durable, and fully biodegradable—making it a critical material for the future of textiles and nonwovens. Plastic Recycling

Textile Sorting and Recycling

ANDRITZ is pioneering industrially viable solutions that make the circular economy a reality in the textile sector. Its technology portfolio covers automated textile sorting, fiber preparation, mechanical and chemical recycling, and hybrid processes.

Automated Textile Sorting Breakthrough

A standout innovation is ANDRITZ’s automated textile sorting system, developed in collaboration with Nouvelles Fibres Textiles and Pellenc ST. This system represents a missing link in global textile recycling efforts. Plastic Recycling

The system identifies textiles by composition and color, removes hard parts like buttons and zippers, and prepares fibers for reuse. It enables the efficient recycling of post-consumer and post-industrial textile waste into high-quality fibers for spinning, nonwovens, and composites. By addressing core challenges like fiber identification, color separation, and contamination removal, this technology is laying the foundation for a true closed-loop textile economy worldwide. Plastic Recycling

High-Speed Crosslapping with X-Pro

The new X-Pro crosslapper sets a new benchmark for productivity, speed, and web quality in needlepunch and spunlace lines. Its innovative “X-path” design ensures precise fiber control and flawless overlap, eliminating distortion and maximizing fabric homogeneity. The system is also compatible with the ProWin profile correction system, which further improves efficiency and performance. Plastic Recycling

By enabling higher line speeds without compromising quality, the X-Pro is redefining what’s possible in crosslapping technology.

Expanding Needlelooms with neXloom

ANDRITZ is expanding its durable nonwoven portfolio with the new neXloom needleloom, engineered for medium production capacities across sectors like synthetic leather, filtration, and automotive. Operating between 850–1200 rpm with a stroke range of 25–60 mm, the neXloom delivers robust performance while reducing operational costs. Its random needle pattern enhances product properties, while optional features like automatic greasing and cooling boost reliability and uptime. The neXloom embodies ANDRITZ’s strategy of combining innovation with cost efficiency to serve the evolving needs of the nonwovens industry. Plastic Recycling

Advanced Bast Fiber Technologies

Bast fibers—like hemp, flax, jute, and kenaf—are gaining momentum due to their low environmental impact and local sourcing potential. They are increasingly used in automotive, insulation, geotextiles, construction, and textile applications. ANDRITZ offers complete bast fiber processing lines that integrate decortication, refining, and neXline airlay systems. These compact, energy-efficient systems are designed for gentle fiber handling and deliver consistently high-quality outputs. By combining automated sorting, mechanical and chemical recycling, and decortication in one multi-technology platform, ANDRITZ supports manufacturers seeking to meet rising demand for sustainable products while maintaining economic viability.

Life-Cycle Services and Synergy Contracts

To help producers maintain peak productivity and optimize energy usage, ANDRITZ offers SYNERGY™ service contracts. These life-cycle service packages are tailored to each customer’s operations, covering:

Regular expert visits
Preventive maintenance
Retrofits and upgrades
Performance audits and optimization Plastic Recycling

By complementing in-house capabilities with expert external support, these contracts minimize downtime, extend equipment life, and ensure reliable production in competitive markets.

Visit ANDRITZ at ITMA ASIA + CITME 2025

The ANDRITZ Nonwoven & Textile team invites all partners, customers, and industry professionals to visit Booth D106 in Hall 2 at ITMA ASIA + CITME 2025 in Singapore. Attendees can explore live demonstrations, meet with technical experts, and discover how these cutting-edge solutions can unlock new growth opportunities. With innovations spanning lyocell production, automated textile sorting, crosslapping, needlelooms, bast fiber processing, and lifecycle services, ANDRITZ is helping shape the sustainable future of textiles and nonwovens. Tags: ANDRITZ, ITMA ASIA + CITME 2025, nonwoven production, textile recycling, Singapore Plastic Recycling

ANDRITZ to Showcase Textile Recycling and Nonwoven Technologies at ITMA ASIA + CITME 2025 Low-Emissions Hydrogen Projects Set to Grow Despite Cancellations IEA’s 2025 Global Hydrogen Review shows that while low-emissions hydrogen projects face delays and cancellations, the sector is still on track for strong growth by 2030 16-09-2025

Crude Oil Prices Trend

Asia’s Recycling Leap: How New Technologies Are Changing the Plastic Lifecycle

Key innovations at a glance

AI-driven sorting: purer bales, lower costs

Implementation tips

Chemical recycling: closing the loop

Considerations for adoption

Policy, incentives and market demand

Practical steps for industry

Conclusion

The issue in brief

Why it happened

Industry at a glance

What Assorimap asks

Practical steps for government & institutions

Short-term

Medium-term

What companies can do now

Closing summary

Bestseller’s Only Brand Launches T-Shirt Programme Using Recycled Textiles

Why This Move Matters

The Partners Behind the Project

How the Recycled T-Shirts Are Made

Scaling Up to a Circular Future

Impact Across Bestseller Brands

Long-Term Vision for Sustainable Fashion

Background: A Drive Toward Circular Innovation

The Challenge of Recycling Acrylic Resin

Collaboration Between Industry Leaders

The Breakthrough Recycling Technology

Application on the N-ONE e: Door Visors

Environmental and Industrial Impact

Future Outlook and Strategic Goals

Key Takeaways

The Plastic is Fantastic Association to Premiere at K 2025

Mission: Changing the Narrative on Plastics

Sharing Facts and Dispelling Myths

Leaders and Key Voices

Global Communications Campaign

Where to Find Them at K 2025

A New Era for Plastics

More…

ANDRITZ to Showcase Textile Recycling and Nonwoven Technologies at ITMA ASIA + CITME 2025

Complete MMCF Solutions for Lyocell

Textile Sorting and Recycling

Automated Textile Sorting Breakthrough

High-Speed Crosslapping with X-Pro

Expanding Needlelooms with neXloom

Advanced Bast Fiber Technologies

Life-Cycle Services and Synergy Contracts

Visit ANDRITZ at ITMA ASIA + CITME 2025

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