This course explores the non-ferrous metals manufacturing industry, with a focus on aluminium, copper, zinc, and nickel. It covers the complete production process from ore extraction to final product refinement, highlighting best practices for energy efficiency and sustainability. Key areas include the reduction of greenhouse gas emissions, the role of critical raw materials in low-carbon technologies, and innovative production techniques like thermodynamic simulations and recycling. The course also delves into the growing importance of secondary metal production and advancements in additive manufacturing with non-ferrous metals.

At the end of this course, the student will be able to:

- Identify the role of non-ferrous metals in critical sectors such as transport, electronics, and renewable technologies, and their importance in achieving climate-neutral goals.

- Explain the key stages of metal production, including the Bayer process for aluminium, pyrometallurgical routes for copper, and electrolytic refining for zinc and nickel.

- Assess the industry's progress in reducing greenhouse gas emissions, and how innovations in recycling and secondary production contribute to environmental goals.

- Apply thermodynamic modelling techniques to predict metallurgical processes, enhancing their understanding of energy efficiency and production optimization.

- Identify the latest technological advancements, including additive manufacturing, and their potential to revolutionize metal production and reduce reliance on critical raw materials.