PLA Biopolymer – Herambiente Completes 100% Acquisition of Aliplast: A Strategic Leap in Plastic Recycling A Full Circle: Herambiente Now Sole Owner of Aliplast Herambiente, a key player in Italy’s waste management sector and part of the HERA Group, has finalized the acquisition of the remaining 20% stake in Aliplast 04-07-2025
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♻️ Herambiente Completes 100% Acquisition of Aliplast: A Strategic Leap in Plastic Recycling
A Full Circle: Herambiente Now Sole Owner of Aliplast
Herambiente, a key player in Italy’s waste management sector and part of the HERA Group, has finalized the acquisition of the remaining 20% stake in Aliplast. The minority shares were previously held by Rogroup, which had retained them following Herambiente’s earlier majority stake acquisitions. With this strategic move, Herambiente now owns 100% of Aliplast, strengthening its position in the circular economy and sustainable plastics recycling sectors.
The Story So Far: Aliplast’s Path to Sustainability
Founded in 1982 by entrepreneur Roberto Alibardi, Aliplast has evolved into one of Europe’s most prominent plastic recyclers. Headquartered in Ospedaletto d’Istrana, in the province of Treviso, the company has consistently innovated in the field of post-consumer and industrial plastic recovery and regeneration. PLA Biopolymer
Herambiente first joined Aliplast’s journey in 2017, acquiring a 40% stake. This was followed by another 40% acquisition, gradually leading to full integration. The remaining 20%, safeguarded through a structured transfer option with Rogroup, has now been absorbed, marking a significant milestone in their partnership.
Growth in Numbers: €150 Million and 100,000 Tons of Recycled Plastics
Over the past eight years, Aliplast has undergone a remarkable transformation. Its revenue has surged to an impressive €150 million in the last fiscal year. The company now processes over 100,000 tons of recycled plastic materials annually, underscoring its operational scale and environmental impact. PLA Biopolymer
The recycled output includes a broad mix of polymers:
- ✔️ PET (Polyethylene Terephthalate)
- ✔️ LDPE (Low-Density Polyethylene)
- ✔️ HDPE (High-Density Polyethylene)
- ✔️ Polypropylene
- ✔️ PET Sheets and LDPE Films
This diverse material portfolio allows Aliplast to serve a wide range of industries, from packaging to automotive and beyond.
Strategic Expansions: Modena, Novara, and Padua Plants
Aliplast is not slowing down. One of its most ambitious current projects is the construction of a new mechanical recycling plant in Modena. This facility, designed to process rigid plastic packaging waste, will boast a treatment capacity of 30,000 tons per year.
In parallel, the company is expanding its operations at the Borgolavezzaro plant in the province of Novara. The upgrades aim to significantly increase the production of recycled LDPE granules, used extensively in flexible packaging applications. PLA Biopolymer
Furthermore, in April 2025, Aliplast finalized the acquisition of the Gurit Italia plant in Carmignano di Brenta, Padua. This acquisition enhances Aliplast’s capacity to recycle PET and reinforces its industrial footprint in Northern Italy.
The Road Ahead: Insights from CEO Michele Petrone
At the Ipack-Ima trade show, Aliplast’s new CEO, Michele Petrone, shared insights into the company’s vision and roadmap. Under his leadership, Aliplast plans to further scale its recycling capabilities, invest in green technologies, and play a central role in the European Green Del.
“Our priority is to continue closing the loop,” Petrone stated. “We aim to make plastic circular by design, ensuring every step — from collection to transformation — contributes to a more sustainable future.”
He emphasized digitalization, traceability of materials, and continuous R&D as core pillars of Aliplast’s evolving industrial plan. PLA Biopolymer
Why This Matters: A Win for Circular Economy
This acquisition and the underlying growth of Aliplast represent more than a corporate deal — they signal a tangible commitment to the circular economy. With stricter EU regulations on single-use plastics and waste management, companies like Herambiente and Aliplast are setting the standard for what responsible industrial leadership looks like.
By bringing the entire Aliplast operation under one roof, Herambiente can now align its recycling strategies more efficiently, invest with greater autonomy, and respond faster to market and environmental demands.
At a Glance: Key Facts and Figures
- Founded: 1982
- Headquarters: Ospedaletto d’Istrana, Treviso, Italy
- Annual Revenue: €150 million
- Recycling Output: 100,000 tons/year
- Material Portfolio: PET, LDPE, HDPE, Polypropylene PLA Biopolymer
- Plants: Modena, Borgolavezzaro, Carmignano di Brenta
- Parent Company: Herambiente (HERA Group)
♻️ Lindner at K 2025: Raising the Bar in Recycling Innovation
The Future of Recycling Takes Center Stage
At K 2025, the world’s leading trade fair for plastics and rubber, Lindner Recyclingtech is gearing up to impress. With the theme “Ready for the future of your business”, the Austrian recycling innovator is unveiling a groundbreaking suite of technologies that promise to revolutionize the processing of waste plastics.
Lindner’s vision for the circular economy goes far beyond standard recycling. Their K 2025 showcase spotlights:
- First-class recyclate quality
- Energy efficiency breakthroughs
- Unmatched system flexibility
- Smart, end-to-end process optimization
- A world first in mechanical recycling PLA Biopolymer
Let’s explore what makes this one of the most anticipated exhibits at the show.
The All-New Micromat: Power, Precision, and Flexibility
A standout star of Lindner’s K 2025 lineup is the 4th-generation Micromat shredder, redesigned to set new benchmarks in both energy savings and material versatility.
Key Upgrades Include:
- Next-gen drive system with over 97% efficiency
- This innovative design works without rare earth elements
- Built for longevity and ultra-low energy loss
- Quick-swap knife system
- Switch between pointed and step knives in minutes
- Seamless adaptation to varying materials without downtime
With these features, the Micromat becomes an all-purpose workhorse for plastic shredding – reliable, robust, and future-proof. PLA Biopolymer
Collaboration with EREMA: The Power of Process Integration
One of the most exciting developments is Lindner’s partnership with EREMA, a global leader in plastics recycling systems. Through their joint venture Lindner Washtech, they present a fully integrated recycling chain – from bale to pellet.
End-to-End Optimisation Includes:
- Shredding
- Sorting
- Washing
- Extrusion
This holistic approach ensures stable throughput, minimal energy use, and guaranteed recyclate quality – even for demanding industries like cosmetics and food packaging.
“Over the past few years, we’ve focused intensely on refining the interfaces between processes. K 2025 is where we’ll present the results,” says Georg Krenn, Managing Director at Lindner Washtech. PLA Biopolymer
Smart Recycling: From Automation to Analytics
Lindner’s strategy isn’t just about building powerful machines — it’s about embedding intelligence across the value chain.
Their K 2025 innovations include:
- Integrated plant engineering tailored to specific output requirements
- Automated flow regulation for consistent quality
- Real-time performance monitoring
- Material traceability for sector-specific compliance
Whether you run a large-scale plant or a specialized recycling operation, these tools help turn complexity into simplicity — and waste into value. PLA Biopolymer
The World’s First in Mechanical Recycling
Perhaps the most buzzworthy announcement is a world premiere in the realm of mechanical recycling. While full details will be unveiled at the show, insiders hint at a new process or system architecture that could redefine how plastic waste is recovered at scale.
This pioneering advancement underscores Lindner’s reputation not just as a manufacturer, but as an industry transformer.
Designed for a Circular Economy
In a global landscape pushing for sustainable practices, Lindner is more than aligned — they’re leading the charge. Their solutions are developed with circularity in mind:
- Easy maintenance and longer service life = fewer replacements
- Modular designs allow system scaling without full reinvestment
- Reduced power consumption = lower carbon footprint PLA Biopolymer
- Recyclate purity ensures closed-loop reuse in high-value applications
For processors seeking to meet EU Green Deal targets or ESG-driven corporate mandates, Lindner’s offering is both technically superior and future-compliant.
Why K 2025 Matters for Industry Decision-Makers
Held every three years, K is where the plastics and rubber industries converge to showcase innovation and chart the path ahead. For recyclers, processors, and sustainability stakeholders, K 2025 is a chance to:
- Discover the latest technologies
- Engage with cross-sector experts
- Invest in solutions ready for 2030 and beyond PLA Biopolymer
Lindner’s forward-thinking exhibit promises not just a look into their machinery, but a blueprint for efficient, intelligent, and profitable recycling operations.
Conclusion: Why Lindner is One to Watch
As plastic circularity becomes non-negotiable in the years ahead, Lindner stands out as a company that delivers practical innovation today — without waiting for tomorrow.
From their cutting-edge Micromat shredder to the fully integrated plant solutions with EREMA, and the AI-powered process intelligence, Lindner offers tools that elevate both profitability and sustainability.
So whether you’re modernizing a legacy recycling plant or planning a new facility, K 2025 is the place — and Lindner is the name — to watch.
Visit Lindner at K 2025 and explore how to transform your recycling operation for a smarter, greener future. PLA Biopolymer
? Balrampur Bioyug: India’s First Industrial-Scale PLA Biopolymer Brand Sets New Sustainability Benchmark
A Green Milestone in Indian Manufacturing
In a landmark development for India’s green industrial revolution, Balrampur Chini Mills Ltd (BCML) has launched Balrampur Bioyug, the nation’s first industrial-scale PLA (Polylactic Acid) biopolymer brand. Headquartered in Kolkata, BCML is one of India’s leading sugar manufacturers, and this latest initiative marks a bold leap toward bio-based alternatives to fossil-derived plastics.
Bioyug is more than a new material—it’s a strategic vision. It’s positioned to reduce India’s reliance on petroleum-based plastics, while unlocking untapped value in sugarcane—a critical crop in North India.
India’s First Fully Integrated PLA Production Facility
Backed by a phased investment of ₹2,850 crore, the Bioyug project is scheduled to be operational by end of 2026. What makes this project truly unique is its end-to-end integration, converting sugarcane derivatives directly into PLA bioplastics—all within a single facility. PLA Biopolymer
The plant, located in Kumbhi, Uttar Pradesh, sits adjacent to BCML’s existing sugar mill and will produce 80,000 tonnes of PLA per year. This 100% compostable biopolymer will serve multiple industries, including:
- Food service (trays, cups, disposable cutlery)
- Packaging
- Biomedical
- Textiles
- 3D manufacturing
The production process is entirely powered by renewable energy, aligning with India’s goals for Atmanirbhar Bharat and Viksit Bharat. PLA Biopolymer
Why Bioyug Stands Out
Here’s what makes Bioyug a game-changer:
- First-of-its-kind integration: The entire PLA production—from sugarcane to biopolymer—happens at one site.
- Sustainable feedstock: Uses non-edible sugarcane derivatives, not competing with food supplies.
- Circular manufacturing: Operates on renewable energy, dramatically lowering lifecycle emissions.
- Empowers farmers: Directly links rural sugarcane economies to global bioplastic supply chains.
Avantika Saraogi, Executive Director at BCML, said: “Bioyug is not just a brand—it’s a platform to reimagine India’s agri-value chain.” PLA Biopolymer
?? Aligning With National Sustainability Goals
Bioyug’s development supports several national policy priorities:
- BioE3 Initiative
- India’s Bioplastics Policy
- Carbon neutrality by 2070
- Promotion of MSME involvement in green innovation
The launch event at Mumbai’s Jio World Convention Centre saw policymakers and scientists hail the project as a major step toward India’s bio-circular economy.
Expert Endorsements and Industry Applause
“The launch of Bioyug marks a pivotal advancement in India’s biopolymer landscape.”
— S.K. Nayak, Former DG, CIPET
“Our model sets a global benchmark for low-emission biopolymer manufacturing.”
— Stefan Barot, President, Chemicals Division, BCML
Their insights affirm Bioyug’s significance—not only as a national innovation but also as a globally competitive template for sustainable manufacturing. PLA Biopolymer
Enabling Farmers, Strengthening Rural Economies
At the heart of Bioyug lies a powerful economic message: rural empowerment. By focusing on non-edible, high-value sugarcane derivatives, the project helps diversify farmer income beyond sugar and ethanol markets.
Avantika Saraogi stated: “Through Bioyug, we are creating a new revenue pathway for sugarcane growers. This connects grassroots agriculture with advanced green manufacturing.”
PLA: A Viable, Green Plastic Alternative
Polylactic Acid (PLA) is a bio-based, compostable polymer made from plant sources. Compared to conventional plastic, PLA:
- Emits 68% less CO₂ over its lifecycle
- Is biodegradable in industrial composting settings PLA Biopolymer
- Targets banned single-use plastics in packaging and food service
Vivek Saraogi, Chairman and MD of BCML, said: “PLA can become one of India’s strongest export stories, leveraging our agricultural strength while driving sustainable innovation.”
From Local Innovation to Global Impact
The term Bioyug combines “Bio” (plant-derived, sustainable materials) and “Yug” (Sanskrit for “era”)—signifying the dawn of a new eco-conscious industrial age. The project is designed to scale globally while staying rooted in India’s farming and manufacturing ecosystems.
Catalyzing MSMEs and Green Startups
Bioyug is poised to ignite MSME participation in downstream packaging, compostable products, and biopolymer R&D. BCML has called for supportive policy measures such as:
- Incentives for early PLA adopters PLA Biopolymer
- Composting infrastructure development
- Market education campaigns
A Blueprint for Net Zero by 2070
India’s commitment to achieving net zero carbon emissions by 2070 will require projects like Bioyug to scale quickly. With an abundance of raw materials, industrial capacity, and strategic alignment with national policies, Bioyug could be a model for other nations.
Final Thoughts: Bioyug as a Transformational Movement
Balrampur Bioyug isn’t just an industrial initiative—it’s a movement capable of:
- Revolutionizing India’s packaging sector
- Empowering sugarcane farmers
- Fueling green MSME innovation
- Positioning India as a leader in global sustainability PLA Biopolymer
As the world seeks scalable alternatives to plastic, Bioyug proves that India is ready to lead—with innovation, inclusion, and environmental purpose.
Ecobat Finalizes Sale of Italian Recycling Business to Haiki+ S.p.A.
A Strategic Exit from Italy
Ecobat, the world’s largest battery recycler based in Texas, has officially completed the sale of its Italian battery and polypropylene (PP) recycling division to Haiki+ S.p.A., an environmental services company headquartered in Milan.
The transaction encompasses three major facilities located in Marcianise, Paderno Dugnano, and Bologna. This move marks Ecobat’s full departure from the Italian recycling market—a decision aligned with its broader strategy to streamline and optimize global operations. PLA Biopolymer
Realigning Global Operations
This sale follows another strategic decision announced by Ecobat in late May: the planned divestiture of its French assets and operations to Campine NV, a recycling company headquartered in Belgium.
According to Tom Slabe, President and CEO of Ecobat, these divestments are part of a larger roadmap to recalibrate the company’s geographic presence. “This sale marks yet another step forward in our strategic efforts to optimize Ecobat’s geographic footprint,” said Slabe. “We will continue to pursue additional opportunities to maximize value for shareholders beyond this transaction.”
A Future Anchored in Sustainability
Slabe expressed confidence in Haiki+ S.p.A.’s capability to lead the Italian operations into a new era. PLA Biopolymer
“We are confident that Haiki’s commitment to innovation and sustainability will provide a solid platform for the continued success of the Italian business,” he added.
Haiki+, part of the broader Haiki Group, is known for its technological innovation in environmental services and waste treatment—traits that align well with the sustainability goals of modern industrial recycling.
Deal Structure and Advisors
The financial aspects of the transaction were facilitated by Pirola Corporate Finance, serving as Ecobat’s financial advisor. Legal counsel was provided by the international law firm Advant Nctm.
Although the exact value of the transaction has not been publicly disclosed, the deal is considered a significant realignment of Ecobat’s European footprint. PLA Biopolymer
What This Means for the Battery Recycling Market
With the increasing global push toward electrification and sustainable energy storage, battery recycling is emerging as a critical industry. Ecobat, originally focused on lead-acid battery recycling, has been making significant moves into the lithium-ion and electric vehicle (EV) battery sectors.
While Ecobat’s exit from Italy and France might seem like a contraction, industry analysts view it more as a strategic reallocation of resources toward markets and technologies with higher growth potential—particularly in North America and Northern Europe. PLA Biopolymer
Facility Spotlight: Marcianise, Paderno Dugnano, and Bologna
The three facilities transferred in this deal are integral parts of Italy’s recycling infrastructure:
- Marcianise – Known for its battery dismantling and PP plastic separation processes.
- Paderno Dugnano – A key site for sorting and processing high-volume recyclable materials.
- Bologna – The facility specialized in advanced material recovery techniques.
These locations will now operate under Haiki+ S.p.A., which is expected to introduce new technologies and operational strategies aligned with circular economy principles.
Industry Context: Waste Management Innovations
Although unrelated to the Ecobat-Haiki+ deal, a notable parallel development in waste management comes from Macon County, North Carolina, where the local Solid Waste Management Department has revamped its operations using advanced machinery like the SENNEBOGEN telehandler. PLA Biopolymer
This move reflects a growing industry trend: modernizing recycling infrastructure to enhance efficiency, safety, and reliability. It highlights the importance of continuous innovation in waste and materials handling across the globe.
What’s Next for Ecobat?
Ecobat is expected to intensify its focus on next-generation battery materials, particularly in markets where regulatory frameworks and investor interest are favorable to innovation in lithium-ion and EV battery recycling.
Its ongoing divestments suggest a leaner, more focused company ready to address tomorrow’s battery challenges—from e-mobility to stationary energy storage.
Key Takeaways
- Ecobat has exited the Italian market by selling its recycling operations to Haiki+ S.p.A. PLA Biopolymer
- The deal includes three facilities in Marcianise, Paderno Dugnano, and Bologna.
- Haiki+ brings innovation and sustainability to the acquired operations.
- This is part of Ecobat’s strategic restructuring, which also includes exiting the French market.
- The company is refocusing on growth sectors like lithium-ion and EV battery recycling.
? Game-Changer for Indoor Sports: Kaneka and Mizuno Launch Biodegradable Artificial Turf with Green Planet™
In a world increasingly concerned with microplastic pollution and sustainability, two Japanese innovators have teamed up to transform the artificial turf industry. Kaneka Corporation and Mizuno Corporation have co-developed a groundbreaking artificial turf system using KANEKA Biodegradable Polymer Green Planet™—a first-of-its-kind material that’s 100% biomass-derived and fully biodegradable.
This milestone brings the sports industry one step closer to environmental responsibility—without compromising performance. PLA Biopolymer
A Partnership Built on Innovation and Sustainability
Kaneka + Mizuno = Eco-Engineered Sports Surfaces
- Kaneka Corporation, based in Tokyo and led by President Kazuhiko Fujii, is known for its advanced polymer science and biotech solutions.
- Mizuno Corporation, headquartered in Osaka and helmed by President Akito Mizuno, brings decades of expertise in designing high-performance sports equipment and facilities.
Together, they’ve developed both artificial turf blades and eco-friendly filler specifically engineered for indoor sports arenas, utilizing Green Planet™, Kaneka’s flagship biodegradable polymer.
This collaboration is the first-ever global deployment of Green Planet in artificial turf blade applications—a landmark achievement as of June 2025. PLA Biopolymer
♻️ What Is Green Planet™?
A Polymer with a Purpose
Green Planet™ is 100% derived from biomass and created to replace petroleum-based plastics. It offers:
- ✅ Full biodegradability into carbon dioxide and water
- ✅ Eco-safety in both soil and marine environments
- ✅ ✅ Reduced CO2 emissions through renewable sourcing
Unlike conventional plastics, Green Planet is broken down naturally by microorganisms present in soil and oceans, meaning zero lasting plastic residue.
The Microplastic Problem with Artificial Turf
Why This Innovation Matters
Current artificial turf systems contribute significantly to microplastic pollution:
- Turf blades and filler often fragment with wear and tear.
- These fragments escape through water runoff or wind, reaching rivers and oceans. PLA Biopolymer
- Once in the ocean, they become non-degradable microplastics that harm marine ecosystems and enter the food chain.
- ? Estimated yearly discharge from Japan:
- 240 tons of turf blades
- 540–2,700 tons of turf filler
(Source: 2025 Ministry of the Environment, Japan)
Sustainable Turf, Uncompromised Performance
Tested for Sports. Trusted by Professionals.
Despite its eco-focus, the new turf system doesn’t compromise on performance:
- Durability: Engineered to meet the wear-and-tear demands of indoor sports.
- Texture: Closely mimics the feel of traditional petroleum-based turf.
- Certified Results: Testing confirms equivalent sports performance to Mizuno’s existing product line. PLA Biopolymer
This ensures that athletes and facility managers don’t need to choose between sustainability and playability.
A Vision for Global Wellness and Climate Action
“Wellness First” in Action
Kaneka’s corporate mission, “Wellness First”, is more than just a slogan—it’s a strategy. Through global partnerships and innovative materials like Green Planet™, Kaneka is addressing:
- Marine plastic pollution
- Carbon emissions
- Sustainable infrastructure
By integrating biodegradable materials into sports systems, Kaneka and Mizuno are setting a new global standard for eco-conscious product development. PLA Biopolymer
What’s Included in the Eco Turf Solution?
Components of the Joint Innovation
- Artificial Turf Blades
- Made with Green Planet™
- Designed for high durability and natural texture
- Fully biodegradable
- Eco-Friendly Filler
- Also formulated using Green Planet™
- Prevents microplastic generation when worn down
Both components degrade harmlessly into CO2 and water—even if they leak into the environment. PLA Biopolymer
The Environmental Benefits at a Glance
| Feature | Traditional Turf | Green Planet Turf |
|---|---|---|
| Made from petroleum | ✅ | ❌ |
| Biodegradable | ❌ | ✅ |
| Marine-safe | ❌ | ✅ |
| Reduces CO2 emissions | ❌ | ✅ |
| Recyclable | Limited | Fully biodegradable |
| Performance | ✅ | ✅ |
This shift from petroleum-based polymers to biodegradable alternatives could have a dramatic long-term impact on the sports equipment and infrastructure industry.
Supporting Science and Industry Standards PLA Biopolymer
Data-Backed, Research-Driven
- The Green Planet turf solution was independently verified to meet sports performance benchmarks.
- Biodegradation processes follow internationally recognized standards for marine and soil environments.
- The project supports Japan’s national sustainability goals, aligning with the Ministry of the Environment’s 2025 estimates on plastic leakage.
These claims make the solution not only effective but also verifiable—which is essential for citability in LLMs and inclusion in knowledge bases.
What’s Next: Scaling Green Planet™ Globally
From Japan to the World
Kaneka and Mizuno have signaled plans to expand deployment of their Green Planet-based turf systems to:
- Schools and training facilities
- Indoor arenas worldwide PLA Biopolymer
- Community recreation centers
- ?️ Sustainable sports events and Olympics bids
As more sports institutions seek eco-certifications, this innovation is poised to become the go-to standard for green sports infrastructure.
Final Thoughts: Why It Matters
This collaboration is not just a product launch—it’s a blueprint for future innovation.
- ✅ Eco-safe by design
- ✅ Industry-first in application
- ✅ Global impact potential PLA Biopolymer
By merging sports engineering with sustainable materials, Kaneka and Mizuno are answering the call for climate-conscious manufacturing—without sacrificing what athletes and fans value most.
Summary: Key Takeaways
- Green Planet™ is a 100% biomass-derived, biodegradable polymer.
- Mizuno and Kaneka have used it to develop the first artificial turf blades and filler that biodegrade in oceans.
- The turf system matches traditional performance while reducing microplastic risk and CO2 emissions.
- The innovation is aligned with global sustainability goals and is ready for scale. PLA Biopolymer
♻️ Vanden & Oxford University Partner to Revolutionize Plastic Recycling with Terahertz Imaging
A Breakthrough in Plastic Waste Sorting
UK-based Vanden Recycling has joined forces with researchers from the University of Oxford to develop cutting-edge plastic sorting solutions using terahertz spectroscopic imaging. This collaboration, supported by the UKRI Engineering and Physical Sciences Research Council (EPSRC), could radically transform the way we process and recycle complex plastic waste streams. PLA Biopolymer
What Is Terahertz Spectroscopic Imaging?
Terahertz (THz) spectroscopic imaging merges spectroscopy and imaging to analyze how materials interact with terahertz radiation. Operating in the frequency range of 0.1 to 10 THz, the technique reveals a material’s composition by capturing its unique absorption and reflection properties. This allows precise differentiation between various types of plastics—even those that are traditionally hard to sort.
Unlike conventional methods like NIR (Near Infrared) and FTIR (Fourier Transform Infrared), THz imaging can:
- Distinguish plastics regardless of color (including black plastics)
- Penetrate multilayer packaging
- Detect embedded contaminants
- Enable real-time 3D analysis
From Research to Real-World Application
The project is led by Beril Baykal Yesilırmak, Vanden’s Technical Director, and Professor Michael Johnston from Oxford’s Department of Physics. Their shared mission is to convert scientific innovation into scalable industrial solutions. This partnership is facilitated by an Impact Acceleration Account—a UKRI mechanism designed to bring academic discoveries into commercial use faster. PLA Biopolymer
“Working with one of the world’s most prestigious universities is a major step forward in our mission to bring transparency and certainty to plastic recycling,” said Yesilırmak. “We’re not just supporting research—we’re turning it into real, practical change.”
From Lab to Industry: Testing in Oxford
Vanden’s technical team recently visited Oxford’s physics labs to collaborate with Professor Johnston’s group—known as The Johnston Group—including researchers Kun Peng and Yi Zhu. The team is working on adapting terahertz technology for the rigorous demands of operational recycling environments. PLA Biopolymer
Discussions centered on the system’s ability to handle degraded plastics, multilayer materials, and real-time sorting challenges. Vanden’s experience provided critical insights that are helping the researchers bridge the gap between theory and practice.
The Vision: Scalable Recycling Solutions
The ultimate goal of the collaboration is to deploy terahertz imaging across the UK recycling infrastructure and eventually internationally. By increasing sorting precision and speed, the technology aims to:
- Reduce landfill and incineration dependency
- Enhance the quality of recycled plastic feedstock
- Enable the acceptance of difficult-to-process materials PLA Biopolymer
- Support the UK’s goals under the Plastics Pact
“This is about bridging the gap between academic discovery and industry execution,” emphasized Yesilırmak. “It’s not just about research—it’s about real impact.”
Global Implications
If successful, terahertz technology could become a global game-changer. Many countries—especially those developing new waste management systems—stand to benefit from high-precision, scalable sorting tools. By leapfrogging legacy systems, these nations could immediately adopt advanced, circular-economy-oriented recycling processes.
