Reju, a textile-to-textile regeneration company, has opened its first research and development centre in the United States, aiming to accelerate the commercialisation of advanced recycling technologies for polyester and blended fabrics.
Located in Conshohocken, Pennsylvania, the new facility marks a significant step in the company’s strategy to scale circular solutions for the global fashion industry, which is under increasing pressure to reduce waste and carbon emissions.
The R&D centre is housed within the Advanced Materials and Catalysts research facility of Technip Energies, allowing Reju to tap into existing expertise in catalysis, chemical engineering and industrial process development. The collaboration is expected to help bridge the gap between laboratory innovation and full-scale industrial deployment.
Reju said the centre will support a wide range of activities, including early-stage research, process optimisation, pilot-scale testing and validation of technologies designed to handle complex textile waste streams. The facility is also expected to play a critical role in refining methods for recycling polyester and processing mixed-material fabrics, which remain one of the industry’s biggest technical challenges.
The company’s core technology is based on VolCat, a catalytic depolymerisation process originally developed by IBM. The technology breaks down polyester into its base chemical components, which can then be reused to produce new fibres without degrading quality. This approach enables true textile-to-textile recycling, a key requirement for building a closed-loop system in the apparel sector.
Industry experts have long pointed to the lack of scalable recycling solutions as a major barrier to circularity in fashion. While mechanical recycling methods exist, they often result in lower-quality outputs and are limited in their ability to handle blended fabrics. Chemical recycling technologies like VolCat are seen as a more promising alternative, although they require significant investment and technical refinement to reach commercial viability.
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The opening of the Pennsylvania facility also signals a shift in Reju’s operational footprint, with its core research team relocating from California to the new site. By consolidating its R&D activities in a purpose-built environment, the company aims to accelerate innovation cycles and improve coordination between research and engineering teams.
The new centre forms part of Reju’s broader global expansion plan, which includes the development of multiple “Regeneration Hubs” designed to process textile waste at scale. The company has already announced projects in Europe, including facilities in Frankfurt and the Netherlands, with additional hubs planned in France and the United States.
These hubs are intended to create a network of industrial-scale recycling plants capable of converting post-consumer and post-industrial textile waste into high-quality recycled polyester. By integrating collection, processing and manufacturing, the model seeks to reduce reliance on virgin raw materials and lower the environmental impact of textile production.
The launch of the U.S. R&D centre comes at a time when regulatory and market pressures are intensifying. Governments, particularly in Europe, are introducing stricter rules on waste management, extended producer responsibility and sustainable product design. At the same time, global fashion brands are setting ambitious targets to increase the use of recycled materials and cut emissions across their supply chains.
Against this backdrop, companies like Reju are positioning themselves as key enablers of the industry’s transition to circularity. By advancing technologies that can handle real-world textile waste and operate at scale, they aim to address one of the most persistent gaps in the sustainability landscape.
Executives at Reju said the new facility will play a central role in accelerating the path from innovation to industrial application. The company added that closer collaboration with engineering partners and access to advanced research infrastructure would help shorten development timelines and improve the efficiency of its processes.
Despite growing interest in chemical recycling, challenges remain. High capital costs, feedstock variability and the need for reliable collection systems continue to pose hurdles for widespread adoption. However, the establishment of dedicated R&D facilities is seen as a crucial step in overcoming these barriers and bringing next-generation recycling technologies to market.
For the global textile industry, which produces tens of millions of tonnes of waste each year, the stakes are high. Without scalable solutions, much of this waste ends up in landfills or is incinerated, contributing to environmental degradation and resource loss.
Reju’s latest investment underscores the increasing momentum behind circular textile systems and highlights the role of innovation in reshaping the industry’s future. As the company expands its footprint and advances its technology, it will be closely watched by brands, policymakers and investors seeking viable pathways to a more sustainable fashion ecosystem.