Contribution to the Optimization of the Smelting Reduction of Nickeliferous Laterites, Based on the Recent Industrial Experience

Author:

Zografidis Charalabos1,Betsis Konstantinos2

Affiliation:

1. Hellenic Survey of Geology and Mineral Exploration, GR 13677 Acharnes, Greece

2. School of Mininig & Metallurgical Engineering, National Technical University of Athens, GR 15780 Athens, Greece

Publisher

MDPI

Reference12 articles.

1. Fraser, J., Anderson, J., Lazuen, J., Lu, Y., Heathman, O., Brewster, N., Bedder, J., and Masson, O. (2021). Study on Future Demand and Supply Security of Nickel for Electric Vehicle Batteries, Publications Office of the European Union.

2. (2023, June 07). International Nickel Study Group, Lisbon. 26 April 2023. Available online: https://insg.org/wp-content/uploads/2023/04/pressrel_INSG-Press-Release-April_2023-kr9tr21a.pdf.

3. Zevgolis, E.N., and Daskalakis, K. (2021). The Nickel production methods from laterites and the Greek Ferronickel production among them. Mater. Proc., 5.

4. Zevgolis, E.N., Zografidis, C., Gaitanos, J., Kostika, I.P., and Halikia, I. (2006, January 12–16). Energy requirements in nickeliferous laterite treatment. Proceedings of the EPD Congress, San Antonio, TX, USA.

5. Selection of optimum ferronickel grade for smelting nickel laterites;Solar;CIM Bull.,2008

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