INDUSTRIAL BIOTECHNOLOGY REVOLUTION: TRONDHEIM CLUSTER UNVEILS ENZYMATIC SYSTEM TO RECYCLE OFFSHORE COMPOSITES

 Norway: In an extraordinary development for the global circular manufacturing economy, materials biochemists at the Trondheim Industrial Technology Cluster have launched Europe’s first commercial-scale enzymatic bio-processing facility capable of breaking down complex multi-layer industrial composites and decommissioned wind turbine blades into pure, reusable fibers within hours. This high-tech facility utilizes genetically enhanced bacterial enzymes to digest tough resin polymers, completely replacing traditional, high-emission thermal incineration methods used for composite waste.

The chemical mechanism utilizes a modified version of accelerated microbial enzymes that break down the cross-linked polymer bonds within fiberglass and carbon-fiber composite scraps within an eight-hour chemical digestion window. This process returns the raw carbon threads to their virgin structural state without compromising their tensile strength, allowing the materials to be infinitely remolded into premium components for automotive, aviation, and offshore marine manufacturing.

This biochemical milestone has positioned the Trondheim region as a central hub for green manufacturing innovation. Major European electronics and industrial transport groups have already signed long-term agreements to purchase this recycled bio-composite material, establishing an independent, closed-loop raw material loop that completely removes the need for petrochemical derivatives in composite manufacturing and solving a major global industrial waste crisis that has historically left old turbine blades in landfills.

• Reported by: The HDSMIT Universal Desk