Enzymatic Depolymerization & Circular Material Systems
Traditional recycling methods degrade material quality over time. Our research into enzymatic depolymerization explores how polymers can be broken down into their original monomers—restoring them to their fundamental building blocks. This breakthrough could revolutionize industrial recycling, enabling true material circularity by allowing infinite reuse without loss of quality. By eliminating material waste and dramatically reducing energy consumption, this approach presents a scalable solution for the future of sustainable manufacturing.
Scaling Circularity: The Future of Molecular Recycling
The implications of enzymatic depolymerization extend far beyond traditional recycling. By restoring materials to their original monomers, this approach could eliminate the concept of waste entirely, enabling industries to produce high-quality materials without relying on virgin resources. From textiles to high-performance composites, our research paves the way for a truly closed-loop manufacturing system—where materials can be endlessly regenerated, reducing environmental impact while maintaining industrial scalability.