Submit an Article
Become a reviewer
Vol 177
Pages:
148-150
Download volume:
RUS

Methods and approaches to electrolyzer control depending on working conditions and design

Authors:
M. A. Glushchenko
About authors
  • G.V. Plekhanov Saint Petersburg Mining Institute
Date submitted:
2007-10-26
Date accepted:
2007-12-29
Date published:
2008-10-23

Abstract

Management of technological process of smelting of aluminium is one of the most complex technical problems at whom in a mode of real time on two parameters it is necessary to trace, process, analyse in time the information and to undertake necessary actions. Management of technological process should be reliable and predicted, with the minimal operational expenses at maximal use of accessible resources.

Go to volume 177

References

  1. Исследования влияния номинальной ЭДС на качество регулирования межполюсного расстояния электролизера на силу тока 300 кА / В.И.Скорняков, А.Ф.Жаров, В.В.Веселков, Ю.В.Богданов, Б.И.Смоляницкий, А.М.Надточий, В.Г.Камаганцев // Цветные металлы. 2005. № 11. С. 57–64.
  2. Леви О.Э. Эволюция и современное состояние систем АПГ // Материалы Высших алюминиевых курсов / ОАО «Красноярский алюминиевый завод». Красноярск, 2003. 17 с.
  3. Туринский З.М. Динамика технологических нарушений в работе алюминиевых электролизеров // Цветные металлы. 1999. № 10. С.32–39.

Similar articles

System of automatic control of damage of slurry lines
2008 V. I. Malarev, N. V. Knyshov, A. S. Simakov
Modeling of subsystems of alumina concentration control in aluminum electrolyzer
2008 M. A. Glushchenko
Automated control system of conveyors and conveyor lines ASUK-DEP
2008 A. V. Uvarov
Model of calculation of material balance of firing process on clinker for Portland cement production in rotary kiln
2008 Yu. V. Sharikov, P. V. Ivanov
Training-system of hardware-software synthesis of automated control systems on the example of continuous operation unit
2008 E. D. Kadyrov, E. A. Alsufiev
Modern approach to building automated systems of dispatch and management of mines and mines
2008 A. I. Kotlyarskiy