French Company Nova Carbon Helps Safran to Recycle Its Carbon Fibre Scraps

Why It Matters

Recycling high‑performance carbon fibre reduces aerospace waste and creates a supply of premium recycled material, accelerating circular economy goals in a sector traditionally reliant on virgin composites.

Key Takeaways

• Nova Carbon's method retains fibre length and orientation
• Safran's study validates aerospace‑grade recycled composites
• Partnership targets circular solutions for end‑of‑life parts
• Industrial plant aims for 200 t/yr capacity by 2028

Pulse Analysis

Carbon‑fibre recycling has long been hampered by the loss of fibre integrity during processing, limiting the mechanical performance of reclaimed material. Nova Carbon’s approach differentiates itself by realigning and reshaping fibres while preserving their original length, enabling the output to retain tensile strength comparable to virgin carbon fibre. This breakthrough addresses a critical barrier for high‑stress aerospace applications, where material performance cannot be compromised.

For manufacturers like Safran, the ability to incorporate recycled fibres without sacrificing safety or efficiency aligns with tightening environmental regulations and corporate sustainability pledges. The initial technical study demonstrated that the reclaimed fibres meet key aerospace standards, though further refinement is required to achieve full certification. As the aerospace sector seeks to lower its carbon footprint, a reliable source of high‑grade recycled composites could reduce dependence on energy‑intensive virgin fibre production and cut material costs over time.

Looking ahead, Nova Carbon’s plan to commission a 200‑tonne‑per‑year industrial facility by 2028 will move the technology from pilot to commercial scale. This capacity could service multiple OEMs, fostering a broader market for circular composites and encouraging other suppliers to adopt similar recycling pathways. The partnership not only showcases a viable business model for waste valorisation but also sets a precedent for integrating sustainability into the core supply chain of high‑performance engineering sectors.