Introduction
Novoloop, Inc. is a U.S.-based plastics upcycling and circular materials company headquartered in Menlo Park, California. Founded in 2015, it develops patented chemical recycling technology that converts post-consumer polyethylene and other hard-to-recycle plastics into performance materials such as polyols and thermoplastic polyurethane (TPU), positioning itself at the intersection of plastics recovery, specialty materials, and decarbonization.
The company’s core technology, branded Lifecycling™, is designed to produce materials that can substitute for conventional virgin-derived inputs in applications including footwear, apparel, automotive, coatings, adhesives, and sporting goods. Novoloop has stated that it has raised more than $50 million in capital, holds 50 granted and pending patents across 18 regions, and has advanced pilot-scale and commercial-scale development through partnerships and fundraising rounds.
History and Development
Novoloop was founded in 2015 by Miranda Wang and Jeanny Yao, with a mission centered on converting plastic waste into higher-value materials rather than simply downcycling it. The company is incorporated in Delaware and operates from Menlo Park, California.
Key development milestones include:
- Technology development and IP formation: Novoloop developed its ATOD™ process, described as a patented low-carbon upcycling technology for transforming plastic waste into chemical feedstocks for performance materials.
- Pilot-plant startup: In 2024, Novoloop and Aether announced continuous operations of a pilot plant in India, marking a significant process-scale milestone for the company’s chemistry and manufacturing approach.
- Scale-up and commercialization: In 2024 and 2025, Novoloop reported major financing activity and partnerships aimed at scaling Lifecycled™ TPU production, including a strategic partnership with Shanghai Huide Science & Technology.
Business Operations and Segments
Novoloop operates as a materials technology company rather than as a conventional resin producer or commodity plastics processor. Its business model centers on:
- Technology licensing and scale-up partnerships
- Production of circular-performance materials
- Commercial development with brand and manufacturing customers
- Pilot-to-commercial process deployment
The company’s public materials indicate that it serves manufacturers seeking materials with sustainability benefits while preserving mechanical performance and processability. Its listed business identity in industry directories aligns it with plastics manufacturing, recycling, biopolymer materials, and climate technology.
Products and Technologies
Novoloop’s platform is built around chemical upcycling of plastic waste into new materials with performance characteristics intended to match conventional products.
Core technology platform
- Lifecycling™: Novoloop’s branded process for converting post-consumer polyethylene and other plastic waste into usable chemical intermediates and polymers.
- ATOD™: A process described in company and investor materials as Accelerated Thermal Oxidative Decomposition, used to harvest plastic waste as a carbon-rich feedstock for performance materials.
- Polyols and TPU: The company emphasizes production of low-carbon polyols and thermoplastic polyurethane for downstream applications.
Product examples
- Lifecycled™ TPU: A TPU product line used in consumer and industrial applications, including footwear and sporting goods.
- Oistre™: A trademarked Novoloop product name associated with its upcycled material platform.
Technical significance
Novoloop’s approach is notable because it targets hard-to-recycle polyethylene and aims to produce materials that are not merely recycled content blends but chemically transformed performance inputs. The company has described its products as suitable for use in applications requiring durability, elasticity, and processing compatibility comparable to virgin materials.
Applications and End Markets
Novoloop’s materials are directed at sectors that value both performance and lower-carbon sourcing.
| End market | Typical use case |
|---|---|
| Footwear | Soles, foams, and TPU-based components |
| Apparel | Functional components and performance materials |
| Automotive | Interior and elastic polymer applications |
| Adhesives | Polyol-based formulations |
| Coatings | Specialty polyurethane systems |
| Sporting goods | Flexible, durable polymer parts |
The company has specifically highlighted footwear and apparel as early commercial focus areas, and its Lifecycled TPU was introduced in On’s Cloudprime sneaker in 2022.
Global Presence and Market Position
Novoloop is headquartered in Menlo Park, California, and has extended its activities through pilot and partnership work in India and through strategic collaboration in China. Its presence at CHINAPLAS 2026 underscores its interest in the Asian plastics and polyurethane value chain, particularly for scale-up and commercial engagement.
The company occupies a niche position within the broader plastics industry as a circular materials innovator rather than a large-volume resin supplier. Its competitive differentiation rests on patent-protected chemistry, performance-material output, and the claim that it can turn waste polyethylene into materials suitable for demanding end uses.
Sustainability and Environmental Initiatives
Sustainability is central to Novoloop’s corporate identity and commercial proposition. The company frames its technology as a way to reduce dependence on virgin fossil-derived inputs while addressing plastic waste that is difficult to mechanically recycle.
Its environmental value proposition includes:
- Upcycling of hard-to-recycle plastics
- Lower-carbon material pathways
- Circular material recovery
- Substitution for fossil-based feedstocks
Novoloop also reports recognition in the clean-tech and sustainability space, including being named one of TIME’s World’s Top Greentech Companies in 2025. As with many advanced recycling and chemical upcycling approaches, the company’s environmental case depends on process energy use, feedstock logistics, and the ability to scale competitively while maintaining verifiable lifecycle benefits.
Financial Performance and Economic Impact
Novoloop is a private, venture-backed company and does not publish detailed audited financial statements in the way that public manufacturers do. Available reporting indicates that it has raised more than $50 million overall, with a Series B round and additional scale-up capital supporting commercialization.
Its economic impact is best understood in terms of:
- Technology commercialization in advanced recycling
- Job creation in materials science and process engineering
- Supply-chain diversification for circular polymers
- Potential substitution of virgin petrochemical inputs
Because the company is still in the scale-up phase, its financial profile is shaped more by R&D, pilot operations, and strategic partnerships than by mature industrial revenue streams.
Leadership and Corporate Governance
Publicly available sources identify Miranda Wang and Jeanny Yao as co-founders, with Wang serving as CEO and Yao in a senior operational role. The company’s leadership is described in company and investor materials as drawing on experience in chemicals, plastics, and deep-tech commercialization.
As a private company, Novoloop’s governance structure is less transparent than that of a listed industrial firm, but available filings and directories indicate a small executive team and board-level oversight tied to venture financing.
Innovations and Future Outlook
Novoloop’s future appears tied to three linked challenges: technical scale-up, commercial adoption, and economics versus incumbent materials. Its patented chemistry and pilot-scale progress suggest a pathway toward larger production, but the company must continue demonstrating consistent quality, feedstock flexibility, and cost competitiveness at industrial scale.
The company’s strategic partnership in China and its participation at CHINAPLAS indicate a broader push toward engagement with global plastics converters and polyurethane value chains. If successful, Novoloop could become part of a wider shift in the plastics industry toward chemically circular feedstocks and specialty materials produced from waste streams rather than solely from fossil feedstocks.
References
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CPS+ eMarketplace. (n.d.). NOVOLOOP, INC.NOVOLOOP, INC.. CPS+ eMarketplace. https://www.chinaplasonline.com/eMarketplace/ExhibitorInfo?CompId=1017564Link