Reju has officially launched its first dedicated U.S. Research & Development (R&D) Center in Pennsylvania, marking a major milestone in the company’s efforts to advance textile-to-textile recycling technologies and build global circular economy infrastructure.
The new facility, located in Conshohocken, Pennsylvania, will focus on developing advanced recycling solutions designed to transform textile waste into high-quality raw materials for new textile production. The center strengthens Reju’s presence in North America and supports its long-term goal of creating a scalable global ecosystem for textile regeneration.
The R&D Center operates within the existing Advanced Materials and Catalysts research campus of Technip Energies. Through this strategic collaboration, Reju will benefit from Technip Energies’ expertise in catalysis, process engineering, industrial technology development, and commercialization capabilities, helping accelerate the transition of recycling innovations from laboratory research to industrial applications.
Advancing Polyester Textile Recycling Technology
The Pennsylvania facility also marks the relocation of Reju’s principal research team from IBM Almaden Research Center, where Reju’s proprietary VolCat depolymerization technology was initially developed.
VolCat is an advanced catalytic chemical recycling process designed to break polyester waste into its basic molecular components. These recovered building blocks can then be regenerated into high-quality polyester materials suitable for manufacturing new textile products.
The technology represents an important advancement toward true textile-to-textile recycling by reducing dependence on virgin petrochemical resources and enabling greater recovery of post-consumer textile waste.
Research Focus on Circular Textile Solutions
Reju’s new R&D Center has been designed to support the complete technology development cycle, from early-stage research and proof-of-concept studies to pilot-scale testing and kilo-scale production.
Researchers at the facility will focus on:
- Advanced polyester recycling technologies
- Processing solutions for blended and mixed-fabric textiles
- New circular chemistry pathways
- Process optimization for large-scale recycling applications
The facility will also play a key role in validating technologies for deployment across Reju’s planned network of Regeneration Hubs, which are designed to convert discarded textiles into reusable raw materials for future manufacturing.
Building a Global Textile Recycling Infrastructure
The Pennsylvania R&D Center is a critical component of Reju’s broader strategy to establish a worldwide textile recycling network. The company has already launched Regeneration Hub Zero in Frankfurt, Germany, its first textile-to-textile recycling facility.
Reju has also announced plans for additional Regeneration Hubs in Sittard, the Netherlands; Lacq, France; and Rochester, New York. These facilities are expected to create a global infrastructure capable of recovering textile waste and producing recycled feedstocks for the next generation of sustainable textiles.
Gregory Breyta, Reju’s Director of Research & Development, highlighted that the company’s focus is on transforming innovative scientific solutions into commercially scalable recycling technologies that can support a circular textile economy.
Long-Term Impact on Textile Recycling Market
The establishment of Reju’s U.S. R&D Center is expected to accelerate innovation in advanced polyester recycling, although the immediate impact on recycled polyester availability and pricing is expected to remain limited as the facility focuses primarily on research and pilot-scale development.
Over the long term, successful commercialization of Reju’s recycling technologies could increase the availability of high-quality recycled polyester feedstocks, reduce dependence on virgin petrochemical materials, and support the transition toward a circular textile industry.
The development may gradually influence demand patterns for traditional polyester raw materials such as Purified Terephthalic Acid (PTA) and Monoethylene Glycol (MEG), while increasing demand for recycled polyester intermediates. However, current market prices and supply-demand conditions are expected to remain largely unaffected in the near term.