Loop Industries and Hyosung TNC Join Forces to Drive Circular Polyester Innovation

Loop Industries and Hyosung TNC have announced a strategic alliance that aims to accelerate the shift toward circular polyester in the global textile and apparel industry. This partnership aligns with growing demand from brands seeking sustainable, traceable, and high-performance materials.

Overview of the Strategic Alliance

The new alliance integrates Loop Industries’ Infinite Loop™ depolymerization process with Hyosung TNC’s advanced textile engineering capabilities. The goal is to establish a fully circular textile-to-textile (T2T) supply chain, giving global brands the ability to replace virgin fossil-based polyester with recycled, traceable, and high-quality materials.

This collaboration initially focuses on Loop’s existing facility in Terrebonne, Canada, and will scale up production once the company’s planned Infinite Loop™ India plant becomes operational. The expanded production will provide apparel and textile brands with more reliable access to next-generation circular materials. Circular Polyester

Loop’s Infinite Loop™ Technology

Loop Industries has developed a proprietary depolymerization technology that breaks down low-value textile waste into its base building blocks: DMT (dimethyl terephthalate) and MEG (monoethylene glycol). These monomers are then purified and repolymerized into virgin-quality polyester resin branded as Twist™.  Circular Polyester

The key advantage of this process is its ability to handle waste textiles and polyester fibers that are currently difficult to recycle. Twist™ resin delivers the same performance as conventional virgin polyester but comes with a dramatically lower environmental footprint. It can also be recycled infinitely without losing quality, closing the loop on polyester production. Innovations in Plastic Recycling Technologies Across Asia Asia is witnessing a wave of innovation in plastic recycling technologies, offering promising solutions to the region’s growing plastic waste crisis  Circular Polyester

“Our technology transforms discarded textiles into high-purity, traceable polyester resin that meets the rigorous performance demands of the textile industry,” said Giovanni Catino, Chief Revenue Officer at Loop Industries.

Hyosung TNC’s Role and Expertise

Hyosung TNC, one of the world’s leading sustainable textile solution providers, will convert Loop’s Twist™ resin into high-performance yarns under its well-known Regen™ brand portfolio. Regen™ yarns are trusted by leading apparel, activewear, and lifestyle brands for their durability, quality, and sustainability. Circular Polyester

Hyosung TNC’s global presence, with customers across Asia, Europe, and North America, will give the partnership broad market reach. This distribution network is crucial to accelerating the adoption of circular polyester at scale.

“By incorporating Loop’s T2T resin into our Regen™ yarns, we can help brands transition from virgin polyester to next-generation circular alternatives,” said Simon Whitmarsh-Knight, Global Sustainability Director – Textiles at Hyosung TNC. Circular Polyester

Expected Industry Impact

This partnership marks an important step in moving the fashion and textile sector toward a circular economy model. The textile industry has long relied on virgin fossil-based polyester, which contributes heavily to carbon emissions and environmental waste. Circular polyester offers a viable alternative by reducing raw material extraction and minimizing textile waste.  Circular Polyester

Brands partnering with Loop and Hyosung will be able to:

• Access fully recycled, traceable polyester yarns at commercial scale
• Lower their carbon footprint by replacing virgin fossil-based polyester
• Strengthen their sustainability credentials with consumers and regulators
• Meet ambitious ESG targets and circularity commitments  Circular Polyester

As more global brands set public targets to phase out virgin polyester, partnerships like this will be essential in enabling real-world progress.

Insights from Industry Leaders

Executives from both companies highlighted the significance of the alliance in accelerating circular fashion innovation:

“This alliance is a critical milestone in building the infrastructure needed for circular textiles at scale,” said Giovanni Catino of Loop Industries. “As brands move away from fossil-based polyester, we are ready to provide the materials and supply chain to support them.”  Circular Polyester

“After the success of our collaboration with Pleatsmama on a limited-edition handbag made entirely from textile-to-textile recycled polyester, we are proud to deepen our alliance with Loop Industries,” said Simon Whitmarsh-Knight of Hyosung TNC. “Together, we’re reducing the industry’s dependence on virgin polyester.” Circular Polyester

About Loop Industries

Loop Industries, Inc. (Nasdaq: LOOP) is a clean technology company focused on accelerating the shift toward sustainable PET plastic and polyester fiber. Using its patented depolymerization technology, Loop converts no- and low-value PET plastic and polyester fiber waste—including bottles, packaging, carpets, and textiles—into virgin-quality PET resin and polyester fiber.  Circular Polyester

Loop’s branded materials, Loop™ and Twist™, are infinitely recyclable and designed to help companies meet ambitious sustainability targets. By closing the loop on PET and polyester, Loop aims to reduce plastic waste and reliance on fossil fuels.

About Hyosung TNC

Hyosung TNC is a global textile solutions provider recognized for its innovation, quality, and commitment to sustainability. The company is the world’s largest spandex producer under the CREORA® brand and a leading provider of sustainable fibers through its Regen™ portfolio. Hyosung’s specialty nylon and polyester products serve dynamic markets including fashion, activewear, and performance textiles.

Hyosung is a Textile Exchange Partner-level Member and actively promotes sustainable innovation across the industry.  Circular Polyester

Innovative Biodegradable Plastics Surpass Traditional Plastics in Manufacturing Efficiency

A wave of innovation is reshaping the plastics industry as biodegradable plastics are proving they can outperform traditional plastics in multiple measures of manufacturing efficiency. Recent studies highlight how these next-generation materials not only offer environmental benefits but also drive cost savings, energy reductions, and operational advantages for manufacturers worldwide.  Circular Polyester

The Shift Toward Biodegradable Plastics

For decades, traditional petroleum-based plastics have dominated manufacturing. However, increasing pressure from environmental regulations, investor expectations, and consumer demand has accelerated the shift toward more sustainable materials. Biodegradable plastics are emerging as a powerful alternative — offering similar durability while decomposing naturally over time.  Circular Polyester

These materials are not just “eco-friendly,” they are becoming economically advantageous thanks to innovations that enhance processing efficiency and reduce operational costs. Manufacturers who once saw bioplastics as costly or complex are now revisiting them as viable mainstream options.

Energy Efficiency and Lower Processing Temperatures

One of the most striking findings from recent studies is that biodegradable plastics can be processed at lower temperatures than traditional plastics. This delivers several key benefits:

• Lower energy consumption during manufacturing runs Circular Polyester
• Reduced operational costs from decreased energy demand
• Less wear and tear on machinery caused by high-heat processing
• Alignment with corporate sustainability and net-zero energy targets

For manufacturers balancing tight margins with ambitious climate goals, these energy savings are highly compelling. Lower heat requirements also shorten cycle times, improving throughput and productivity.  Circular Polyester

“Energy use is one of the most controllable cost drivers in manufacturing. Switching to bioplastics that run cooler directly improves the bottom line while supporting sustainability reporting,” notes a senior process engineer from a major packaging firm.

Training and Workflow Adaptation

Transitioning to biodegradable plastics requires careful planning and workforce preparation. Because bioplastics can behave differently during extrusion, molding, or thermoforming, employees must be trained to manage new variables such as temperature profiles, drying requirements, and cooling times.  Circular Polyester

Experts recommend a phased approach:

• Knowledge-sharing sessions to explain technical differences
• Webinars and demonstrations by bioplastic suppliers
• Hands-on training on pilot lines before full-scale rollout
• Documented SOPs (standard operating procedures) tailored to each bioplastic material

Building workforce confidence reduces startup delays and production waste during the transition period. It also ensures teams can troubleshoot efficiently as they adapt to the new materials. Circular Polyester

Compatibility with Existing Production Systems

Another barrier to bioplastic adoption — the perceived need for costly new equipment — has diminished. Modern bioplastics like polylactic acid (PLA) and polyhydroxyalkanoates (PHA) are increasingly compatible with existing production systems. Circular Polyester

Manufacturers can often retrofit current lines with minor modifications, avoiding major capital expenditures. This compatibility allows companies to pilot biodegradable plastics on select product lines without large upfront investments, accelerating proof-of-concept testing and market entry.

Additionally, material suppliers are offering tailored resin formulations to match the mechanical and thermal performance characteristics of conventional plastics. This makes bioplastics easier to integrate into legacy workflows. Circular Polyester

Evolving Supply Chains for Bioplastics

The logistical side of adopting bioplastics has also improved dramatically. A growing network of suppliers now offers reliable access to biodegradable resins at scale, reducing risks of material shortages or inconsistent quality.  Circular Polyester

Forward-thinking manufacturers are forging strategic partnerships with bioplastic suppliers to co-develop custom formulations that match their operational needs. These collaborations not only secure supply but also accelerate product innovation cycles.

“Building close relationships with suppliers gives us early access to next-generation materials, allowing us to stay ahead of competitors on sustainability,” says a procurement lead from a global consumer goods company. Circular Polyester

Branding and Market Advantages

Adopting biodegradable plastics isn’t just an operational upgrade — it’s also a strategic marketing advantage. Sustainability is now a key purchasing criterion for consumers, and using eco-friendly materials can significantly enhance brand perception.

Companies that integrate bioplastics can position their products as premium, future-ready, and environmentally responsible. This brand lift can attract new eco-conscious customers while deepening loyalty among existing ones. Many businesses now highlight their use of bioplastics prominently on product packaging, websites, and ESG reports.

• Enhanced brand reputation and consumer trust Circular Polyester
• Greater competitiveness in sustainability-focused markets
• Improved access to ESG-linked financing and investment capital

The Role of Ongoing R&D

While commercial adoption is accelerating, bioplastic technology is still evolving quickly. Ongoing investment in research and development will be vital to ensure manufacturers stay ahead of the curve. Circular Polyester

Areas of R&D focus include:

• Improving heat resistance and barrier properties
• Enhancing biodegradation speed under industrial conditions
• Developing blends that balance cost, strength, and sustainability
• Expanding feedstock sources to reduce competition with food crops

Companies that allocate resources to R&D will be better positioned to adopt future breakthroughs rapidly and protect their competitive edge. Circular Polyester

A Cultural Shift in Manufacturing

The adoption of biodegradable plastics represents more than just a material change — it signals a cultural transformation in manufacturing. Sustainability is evolving from a compliance obligation into a core strategic pillar, shaping decisions from procurement to product design.

Manufacturers that embrace this mindset shift early stand to benefit from operational efficiency, talent attraction, and long-term brand equity. Those who delay risk falling behind as regulatory pressures and market expectations intensify. Circular Polyester

Conclusion: A Call to Action for the Industry

The evidence is clear: biodegradable plastics are no longer an experimental niche material. They are emerging as a mainstream solution that combines manufacturing efficiency, cost reduction, and sustainability.  Circular Polyester

By proactively investing in training, R&D, supplier partnerships, and brand storytelling, manufacturers can leverage bioplastics as a catalyst for competitive advantage. Those who act early will help shape the future of sustainable manufacturing—and secure their place in it.

As the industry moves toward a circular, resource-efficient future, biodegradable plastics offer a proven path forward. The time to transition is now.  Circular Polyester

Innovations in Plastic Recycling Technologies Across Asia

Asia is witnessing a wave of innovation in plastic recycling technologies, offering promising solutions to the region’s growing plastic waste crisis. A new industry report highlights how cutting-edge methods are improving recycling efficiency, expanding the range of recyclable materials, and transforming waste into valuable resources.  Circular Polyester

AI-Powered Sorting Systems

At the forefront of this technological leap are AI-driven sorting systems. These advanced systems use computer vision and machine learning algorithms to identify, categorize, and separate different types of plastics at unprecedented speed and accuracy.

Traditionally, recycling facilities relied heavily on manual sorting or basic mechanical processes, both of which are time-consuming and prone to error. With AI automation, recyclers can now achieve higher material purity levels, which directly increases the value of recycled plastics in the marketplace.  Circular Polyester

“Artificial intelligence is revolutionizing how we sort plastic waste, making it faster, more precise, and far more cost-effective,” notes the report.

By reducing contamination rates, these systems cut down on downstream processing costs and help manufacturers use recycled materials more confidently in their production lines. Lower operational expenses and improved material quality make recycling a more financially viable business model. Circular Polyester

Breakthroughs in Chemical Recycling

Another major innovation reshaping the industry is chemical recycling, which breaks plastics down into their original monomers. This method enables complete material recovery, even for complex or contaminated plastics that mechanical recycling cannot process effectively.  Circular Polyester

Japan and South Korea are leading in this field. Facilities there are already using depolymerization and solvolysis technologies to recover feedstock from multilayer packaging, colored plastics, and mixed-waste streams.

This approach not only increases overall recovery rates but also supports the production of virgin-quality recycled plastics.

As a result, manufacturers can integrate recycled content without sacrificing performance, expanding the circular economy for plastics. Circular Polyester

Policy Support and Public–Private Collaboration

Government support is proving to be a critical catalyst for scaling these technologies. Several Asian governments are introducing incentives, grants, and regulatory frameworks that encourage innovation within the recycling sector.  Circular Polyester

By funding pilot projects and providing tax benefits for sustainable manufacturing, these policies lower the barrier to entry for private companies. Public–private collaboration ensures that technological breakthroughs do not remain confined to laboratories but are deployed across real-world supply chains.

Notably, policy-driven initiatives are aligning recycling targets with broader climate action goals, reinforcing the urgency of adopting circular economy strategies at national and regional levels.  Circular Polyester

Rising Market Demand for Recycled Plastics

The report also points to a dramatic increase in market demand for recycled plastics across industries. From automotive components to consumer packaging, companies are under pressure from regulators and consumers to demonstrate sustainable sourcing practices.

This trend is creating lucrative business opportunities for recycling firms capable of delivering consistent, high-quality recycled materials. Manufacturers are entering long-term supply agreements with recyclers to secure steady access to sustainable inputs, reducing their reliance on virgin plastics.

Analysts forecast that the market value of recycled plastics in Asia could surge significantly within the next five years as ESG (Environmental, Social, and Governance) criteria become mainstream benchmarks for corporate performance.  Circular Polyester

Infrastructure Investments and Strategic Partnerships

To capitalize on these opportunities, companies are investing in state-of-the-art recycling infrastructure and forming strategic partnerships with technology providers. These alliances enable knowledge sharing, workforce training, and operational integration of new recycling methods. Circular Polyester

Retrofitting existing facilities with AI sorting lines or chemical recycling modules is becoming more feasible and less disruptive. The availability of modular systems allows companies to scale up their capabilities incrementally, minimizing capital risk.

Industry experts recommend that organizations prioritize staff training and cross-sector collaboration to accelerate adoption and maintain operational efficiency during the transition phase.  Circular Polyester

Reducing Environmental Impacts

These innovations carry profound environmental benefits. By diverting more plastics from landfills and incinerators, recycling technologies reduce greenhouse gas emissions, prevent microplastic pollution, and conserve natural resources.

Moreover, higher material recovery rates mean fewer fossil fuels are required to produce virgin plastics, further shrinking the industry’s carbon footprint. The shift toward circular resource use aligns with international sustainability frameworks such as the UN Sustainable Development Goals.

In regions facing mounting waste-management challenges, advanced recycling offers a path to both environmental restoration and economic resilience.  Circular Polyester

Future Outlook: Asia’s Recycling Revolution

The convergence of technological innovation, policy support, and market demand is setting the stage for what experts describe as an impending recycling revolution in Asia. This transformation could establish the region as a global model for circular economy practices.

Companies that adopt these technologies early are likely to secure competitive advantages, including stronger brand reputations, lower raw material costs, and improved regulatory compliance. In turn, this fosters a virtuous cycle of investment, innovation, and environmental responsibility.  Circular Polyester

As the report concludes, the future of plastic recycling in Asia will be defined by collaboration, adaptability, and a shared commitment to sustainability. The breakthroughs seen today are not just improving recycling—they are redefining what is possible for the entire plastics industry.