Influence of MGD-stability at the current efficiency of powerful aluminium pot
About authors
- 1 — Ph.D. associate professor Saint Petersburg State Mining University
- 2 — post-graduate student Saint Petersburg State Mining University
Abstract
The problem of increase of overall performance of powerful aluminum reduction pots at indemnification of metal losses is discussed during of magnet-dynamic movements. The scheme of asymmetric busbar is developed for increase of electrolysis productivity at the expense of MGD-stability.
Область исследования:
(Archived) Innovation technology in the field of metallurgy and enrichment
References
- Polyakov P.A. Second Higher Russian Aluminium Courses // Krasnoyarsk: Verso. 1999.
- Ullebuen В., Mellerud Т., Wallevik О. Current Effi-ciency Measurements in High Amperage Cells at Low Alu-mina Concentrations // Paper А86-44, presented at the AIME Annual Meeting in New Orleans, USA, 1986.
- LiM., Zhou J. Numerical Study of Busbar Con-figuration of 600kA Aluminum Electrolysis Cell // Light Metals. 2007.
- Tabereaux A. Aluminum industry upgrade set in motion by new wave of high amperage prebakes // Light Metals. 2007.
- Benkhala B., Martin O., Tomasino T. AP50 per-formances and new development // Light Metals. 2009.
Similar articles
Application of fuzzy-logic for modelling of process of fusion of the medno-nickel concentrate in furnace Vanjukova
2011 N. V. Danilovа, E. D. Kadyrov
The application of discrete element method to mining and metallurgy process modeling
2011 A. J. Feoktistov, A. A. Kamenecki, L. I. Blekhman, V. B. Vasilkov, I. N. Skryabin, K. S. Ivanov
Bahavior of insoluble anods obtained оn the base of secondary lead by electrowinning copper from sulfuric solution
2011 M. V. Martirosyan, R. B. Jorukhyan, V. A. Mazmanyan
Diagnostics of technological process of powerful aluminium pots by means of special programs
2011 V. Y. Bazhin, P. A. Petrov