Sustainable Metallurgy and Circular Alloys

Sustainable metallurgy requires more than replacing primary metal with scrap. Recycled feedstocks introduce chemistry variability, impurity interactions, and process-control challenges. CyberAlloys helps companies develop robust alloy and process strategies that enable higher recycled content without compromising performance, quality, or qualification requirements.

• Assessment of scrap-driven composition windows and impurity tolerance.
• Alloy redesign for secondary aluminium and circular manufacturing routes.
• Evaluation of Fe, Mn, Cu, Zn, Mg, Si, and trace-element effects on phase formation and properties.
• Support for low-carbon product development, qualification planning, and sustainability-driven R&D projects.
• Integration of materials modelling with LCA/TEA concepts and digital traceability requirements.