Textile-to-textile regeneration company Reju has secured €135 million in funding under the Netherlands’ NIKI program, marking a significant step toward the development of an industrial-scale recycling facility at Chemelot Industrial Park.
The funding will support both the investment and operational phases of Reju’s planned Regeneration Hub in Sittard-Geleen, bringing the project closer to its final investment decision and reinforcing Europe’s push toward circular textile systems.
Scaling Textile-to-Textile Recycling in Europe
The planned facility will focus on processing post-consumer polyester-based textiles that are typically difficult to recycle and often end up in landfill or incineration. Through its proprietary regeneration process, Reju aims to convert these materials into high-quality circular intermediates for new polyester production.
The regenerated output, branded as Reju Polyester, is expected to deliver approximately 50% lower carbon emissions compared to conventional virgin polyester, supporting broader industry efforts to reduce environmental impact and reliance on fossil-based raw materials.
Strategic Alignment with EU Circular Economy Goals
The NIKI program, a flagship initiative of the Dutch government, is designed to accelerate industrial decarbonization and promote circular economy solutions across key sectors. Reju’s project aligns closely with both national and European Union sustainability objectives, particularly in addressing textile waste and emissions reduction.
By enabling the large-scale recycling of polyester textiles, the project contributes to closing material loops within the textile value chain—an area that has historically faced significant technical and economic barriers.
Integrated Industrial Ecosystem at Chemelot
Chemelot Industrial Park was selected as the project location due to its established industrial infrastructure, shared utilities, and strong connections to research and innovation networks.
These factors are expected to support efficient scaling, operational reliability, and the potential replication of the regeneration model at other sites across Europe.
Focus on Efficiency and Traceability
The Regeneration Hub is designed with a strong emphasis on resource efficiency, energy optimization, and supply chain traceability. By integrating circular materials back into downstream textile production—such as yarn and fabric manufacturing—the project aims to create a more transparent and sustainable value chain.
Industry observers note that such large-scale initiatives are critical for transitioning textile recycling from pilot-stage innovation to industrial reality.
Industry Signals Shift Toward Scalable Circular Solutions
The funding milestone reflects growing confidence in textile-to-textile recycling technologies as viable industrial solutions. As regulatory pressure intensifies and sustainability targets become more stringent, investments of this scale indicate a shift toward commercialization and infrastructure development.
Reju’s project at Chemelot is positioned as a potential blueprint for future circular textile hubs, demonstrating how policy support, industrial expertise, and technological innovation can converge to address one of the industry’s most pressing challenges—textile waste.
