♻️ A Major Leap for Battery Recycling Innovation

In a groundbreaking collaboration that could redefine the future of electric vehicle (EV) battery recycling,Syensqo and cylib have jointly developed a scalable process to recover
high-purity lithium hydroxide from used EV batteries. This advancement is not just technical—it’s a strategic win for the circular economy, aligning with both industrial and environmental goals across the EU. Sustainable Plastics

Most notably, the method delivers lithium hydroxide—the preferred compound for manufacturing next-gen EV batteries—from black mass, a complex blend of shredded electrode materials. Very few global facilities can reach such purity
standards. This makes the partnership between Syensqo and cylib a pivotal model for sustainable energy storage solutions.

⚙️ From Shredded Waste to Battery-Grade Lithium Hydroxide

The innovative recovery pathway begins with black mass composed of materials from
NMC and LFP battery chemistries. Using a streamlined, single-line operation,
Syensqo and cylib extract and purify lithium without the need for complex multi-stage infrastructure. Sustainable Plastics
This efficiency offers significant reductions in CAPEX while also simplifying operational overhead.

The streamlined system ensures operational flexibility for a variety of battery waste streams, positioning the process as a next-generation standard in hydrometallurgical recovery.

? The Science Behind the Breakthrough

Central to the innovation is Syensqo’s proprietary extractant,
CYANEX® 936P. This solvent is renowned for its superior lithium selectivity. In partnership with Tenova Advanced Technologies, the team developed an integrated process that handles:

• ? Lithium-rich effluent extraction
• ? Purification and impurity separation
• ? Chemical conversion Sustainable Plastics
• ❄️ Final crystallization into battery-grade lithium hydroxide

The result? A high-purity product that meets—and in many respects exceeds—the demanding specifications of cathode active material (CAM) manufacturers.

? A Partnership Powered by Technical Synergy

“Syensqo’s technology perfectly complements cylib’s hydrometallurgical process, improving both yield and purity.
By integrating our solvent extraction with cylib’s method, we’re creating a scalable solution for high-purity lithium recovery that supports Europe’s battery regulation targets.” Sustainable Plastics

The collaboration is a strategic alignment of process innovation and sustainability leadership.
Each company brings complementary expertise: Syensqo delivers decades of solvent extraction know-how, while cylib leads in clean, hydrometallurgical processing of EV battery waste. Sustainable Plastics

“This partnership sets new benchmarks for lithium recovery. Our joint approach isn’t just efficient—it’s a powerful demonstration of what’s possible through collaboration in clean tech.”

? Aligning with Europe’s Circular Economy Targets Sustainable Plastics

This achievement directly supports the EU Battery Regulation (EU) 2023/1542, which mandates:

• ✅ Minimum 50% lithium recovery from battery waste by the end of 2027
• ✅ Minimum 80% lithium recovery by 2031

With this new process, Syensqo and cylib help advance the EU’s vision of a closed-loop battery value chain, reducing dependence on imported raw materials and minimizing environmental impact from mining and waste. Sustainable Plastics

? What This Means for the EV Industry

As global EV adoption surges, the demand for sustainable and secure access to battery materials is reaching critical levels. Syensqo and cylib’s solution addresses a key bottleneck:
the safe and efficient recovery of high-quality lithium.

Their process offers battery manufacturers:

• ⚡ Reliable, EU-sourced lithium hydroxide Sustainable Plastics
• ? Cleaner production methods with reduced emissions
• ? Lower capital investment due to single-line processing

With battery-grade lithium recovery now possible at industrial scale, the entire EV ecosystem stands to benefit— from upstream recyclers to downstream manufacturers.

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♻️ A Sustainability Milestone in the Plastics Industry Sustainable Plastics

Borealis Compounds Inc., based in the United States, has officially been awarded the prestigious ISCC PLUS certification—a global standard that verifies sustainable and traceable production processes.
This milestone not only reinforces Borealis’ leadership in responsible manufacturing but also aligns with their broader strategy of driving the transition to a circular economy across the plastics value chain.

With this certification, Borealis is doubling down on its commitment to developing innovative, high-quality materials that prioritize environmental stewardship, resource efficiency, and traceability. Sustainable Plastics

? What Is ISCC PLUS Certification?

ISCC PLUS (International Sustainability and Carbon Certification) is a voluntary certification system that covers bio-based and circular materials, including chemically recycled and renewable feedstocks.
It ensures full traceability along the entire supply chain and guarantees compliance with strict sustainability criteria. Sustainable Plastics

Achieving this certification means Borealis can:

• ✅ Verify the origin and sustainability of input materials
• ✅ Track the environmental impact of its operations
• ✅ Ensure transparency from raw material sourcing to finished product

For customers and partners, this translates into greater confidence in the sustainability and integrity of Borealis’ products.

?️ Introducing Bornewables™ and Borcycle™ C Sustainable Plastics

Through the ISCC PLUS framework, Borealis can now commercially offer:

• Bornewables™: High-performance polyolefins made from renewable feedstocks
• Borcycle™ C: Advanced materials produced from chemically recycled plastic waste

These products are part of Borealis’ cutting-edge polyolefins and compound portfolio,
designed to meet rising demand for sustainable plastic alternatives in industries such as automotive, consumer packaging, and infrastructure. Sustainable Plastics

Customers can achieve their sustainability goals—from emissions reduction to material circularity—without compromising on performance, durability, or product quality.

? Strengthening the Circular Economy

The certification of Borealis Compounds Inc. serves as a concrete step in the company’s roadmap toward full material circularity. By integrating renewable and recycled feedstocks into its production lines, Borealis is helping to reduce reliance on fossil-based resources and lower overall carbon footprints. Sustainable Plastics

This aligns with the company’s long-term vision of:

• ? Closing material loops in the plastics industry
• ? Supporting low-carbon product development
• ? Empowering supply chain transparency

More than just a certification, this milestone underscores Borealis’ ambition to reshape how plastics are made, used, and reused. Sustainable Plastics

? Why It Matters for Customers and the Market

For manufacturers, brand owners, and retailers, sourcing from an ISCC PLUS-certified facility provides verifiable proof that products are contributing to a lower environmental footprint. Borealis’ certified offerings:

• ? Meet the growing demand for sustainable polymers Sustainable Plastics
• ? Enable corporate ESG reporting and compliance
• ? Help meet international sustainability standards

As sustainability regulations tighten globally—especially in the EU and North America—partnerships with companies like Borealis are becoming a strategic imperative for future-ready businesses.

? A Broader Strategy for Sustainable Innovation

The ISCC PLUS certification is just one component of Borealis’ overarching
Strategy 2030 sustainability roadmap. Other initiatives include:

• ? Expanding access to circular raw materials Sustainable Plastics
• ? Developing new chemical recycling technologies
• ? Engaging in global sustainability partnerships

As part of the Borcycle™ platform, Borealis continues to scale up innovations across mechanical and chemical recycling, fostering closed-loop systems across diverse sectors.

? A Global Leap for Circular Plastic Economy  Sustainable Plastics

In a groundbreaking move set to reshape the future of chemical recycling, Anellotech, Inc. and its strategic partner R Plus Japan (RPJ) have officially announced the commercialization phase of Plas-TCat®. This next-generation technology offers a game-changing solution: turning mixed plastic waste directly into high-value base chemicals essential for producing new plastics.

Backed by more than 2,000 hours of successful operation at Anellotech’s TCat-8® semi-commercial facility in Texas, Plas-TCat now enters its market-ready stage. The news marks a major milestone for global sustainability, chemical innovation, and international cooperation in the race to combat plastic pollution. Sustainable Plastics

? What Is Plas-TCat® and Why It Matters

Plas-TCat® is a patented catalytic cracking technology that enables the direct conversion of unsorted and untreated plastic waste — including materials like PE, PP, PET, PS, polyurethanes (PU), polycarbonates (PC), ABS, and nylon — into drop-in base chemicals. Sustainable Plastics

These include essential compounds such as benzene, toluene, xylene (BTX), ethylene, and propylene, which can be reused to produce virgin-quality plastic products.

This closed-loop capability supports a truly circular economy—an urgent global priority.

? TCat-8®: Where Innovation Meets Industrial Readiness

The TCat-8® facility in Silsbee, Texas, has played a pivotal role in de-risking the technology. Sustainable Plastics

Capable of processing 200,000 kilograms per year, it has rigorously tested the real-world performance of Plas-TCat under diverse, industrial conditions.

“We didn’t just test pure plastics,” said Dave Sudolsky, CEO of Anellotech. “We used actual waste streams sourced from U.S. waste firms—flexible and rigid plastics with typical contaminants like calcium carbonate, fiberglass, and even added paper to simulate global feedstock conditions.”

This robust testing demonstrates Plas-TCat’s operational durability, safety compliance, and readiness for scale-up.

? Cross-Border Collaboration for a Shared Future Sustainable Plastics

The success of Plas-TCat reflects an inspiring joint development effort between RPJ and Anellotech that began in 2020. Supported by engineering leader Technip Energies, the team has now completed a site-neutral Process Design Package (PDP) — a critical milestone toward full-scale commercial deployment.

“Together, RPJ and Anellotech have delivered a scalable solution that advances plastic circularity globally,” said Atsushi Ohtake, CEO of R Plus Japan. “This partnership is proof that global sustainability demands global cooperation.” Sustainable Plastics

? Entering the Commercialization Phase

With the PDP completed and performance validated, Anellotech and RPJ are now actively engaging in commercial plant discussions with interested feedstock suppliers, off-take partners, and operational collaborators.

The goal? Deploy the first 20,000-ton-per-year (20KMTA) commercial plants by 2029, followed by expansion to larger 200KMTA-scale plants in the 2030s.

Product samples are already available for evaluation, and both organizations are welcoming site visit requests at the TCat-8® facility. Sustainable Plastics

? Key Advantages of Plas-TCat®

• No sorting or washing required — accepts mixed plastic waste directly.
• Produces base chemicals used in virgin plastic manufacturing.
• Integrates into existing refinery infrastructure. Sustainable Plastics
• Lower carbon footprint compared to traditional pyrolysis and incineration.
• Flexible feedstock: can handle everything from PET to nylon and beyond.

? A New Era of Sustainable Plastics

By offering a cost-competitive and environmentally responsible path forward, Plas-TCat® represents a critical turning point in the effort to tackle global plastic waste. Its circular design addresses the limitations of mechanical recycling while delivering a lower carbon alternative to fossil-based plastic production. Sustainable Plastics

With global legislation tightening around plastic packaging and waste exports, scalable chemical recycling solutions like Plas-TCat are not just desirable — they are essential.

? About the Companies

? R Plus Japan (RPJ)

Founded in 2020, RPJ is a consortium of 48 Japanese companies spanning consumer goods, chemicals, and waste management. RPJ’s mission is to solve global plastic waste problems through collaborative innovation and technology transfer. The organization plays a key role in Japan’s national sustainability goals. Sustainable Plastics

Visit RPJ Website

? Anellotech

Anellotech is a sustainable technology company headquartered in the U.S., developing cutting-edge processes to produce renewable chemicals and fuels from non-food biomass and plastic waste. Its flagship technologies, Plas-TCat® and Bio-TCat®, use catalytic cracking to create drop-in chemical building blocks with significantly reduced greenhouse gas emissions. Sustainable Plastics

Visit Anellotech Website

? Contact & Further Information

Sharon Moroney
Communications Manager, Anellotech
smoroney@anellotech.com
+1 845-735-7700
www.anellotech.com

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