Submit an Article
Become a reviewer
Vol 159 No 1
Pages:
151-153
Download volume:
Research article
Metallurgy

Effect of the electrolyte cryolite ratio on the performance of high-power aluminum electrolysers

Authors:
D. A. Kaluzhskii
About authors
  • Student G.V. Plekhanov Saint Petersburg State Mining Institute
Date submitted:
2003-06-17
Date accepted:
2003-07-16
Date published:
2004-01-01

Abstract

The volume of aluminum production in the world is constantly growing. The creation of new powerful electrolysers dictates the need for additional technological research. If the cryolite ratio is reduced, the performance of the electrolyser increases. However, the technological requirements for high-power electrolysers must be strict.

Go to volume 159

References

  1. Влияние состава электролита на некоторые технико-экономические показатели процесса электролиза / З.Н.Балашова, Л.С.Баранова, А.Г.Скрипник, В.В.Вертинский, В.М.Максимова // Труды ВАМИ. Л., 1989. С.28-34.
  2. Михалев Ю.Г. Криолитовое отношение, свойства электролита и показатели электролиза // Технико-экономический вестник. 1999. № 12. С.3-7.
  3. Некоторые физико-химические свойства криолит-глиноземных расплавов с пониженным криолитовым отношением / А.Н.Антонов, О.Н.Дроняева, Н.А.Качалова, В.А.Крюковский, Г.Т.Смирнова // Труды ВАМИ. Л., 1989. С.34-40.
  4. Сryolite ratio and bath temperature stabilization problem in aluminum reduction cell / V.K.Mann, V.V.Yrkov, P.V.Polykov, V.Y.Buzunov // Light Metals.1998. P.371-377.

Similar articles

Study of mixing processes in apparatuses with stirrers
2004 A. A. Markelov
Comprehensive assessment of the environmental condition of territories in the impact area of mining and metallurgical enterprises on the basis of geographic information systems
2004 T. A. Petrova
Selection of optimal PI controller parameters
2004 M. K. Anikin
Modeling of apparatuses for carbonization of aluminate solutions
2004 V. I. Davydov
Current state of nature management at iron ore enterprises in Russia and the main ways to improve it
2004 N. V. Gurova
Ways to recycle and dispose of toxic industrial waste
2004 E. V. Eldina