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• Circular pigments and materials that replace fossil-derived inputs in textiles, coatings, and plastics
• Carbon materials that can be integrated into cement, asphalt, and composites, supporting infrastructure decarbonization
• Excess thermal energy that powers operations efficiently, reducing reliance on external sources

These pathways聽demonstrate聽how textile waste can be recycled into durable, circular products rather than being landfilled or incinerated.聽“Together with RTI, Loom is demonstrating that blended textile waste can be recycled into valuable resources,鈥� said Kimberly Landry, CEO of LOOM Carbon. 鈥淭his collaboration moves us from pilot to commercial readiness proving textile waste is a resource, not a liability.鈥�

This project will take place at聽RTI鈥檚聽Pilot Xcelerator facility, which helps startups, commercial partners and government-funded teams to scale promising technologies from the lab to real-world applications quickly, affordably and with confidence 鈥淲e are proud to leverage RTI鈥檚 world-class Pilot聽Xcelerator聽facility as well as our expertise in process engineering and emissions validation to help accelerate a proven, scalable solution to textile waste,鈥� said聽David C. Dayton, Ph.D., Senior聽Fellow聽and Director of Biofuels at RTI聽International. 鈥淭ogether, we aim to deliver real, sustainable benefits as this technology moves toward commercial deployment.鈥�

The 12-month program will focus on scaling LOOM鈥檚 system to process challenging textile waste streams,聽validating聽product quality, and preparing for commercial deployment. This will target the processing of millions of tons of textile waste annually in Southeast Asia, Europe, North聽America聽and other markets with emerging textile stewardship regulations. Industry partners interested in feedstock supply or offtake agreements are invited to contact LOOM Carbon.

For more information, visit 辞谤鈥�.