ELECTROLYSIS BATH EFFICIENCY MONITORING METHOD Russian patent published in 2007 - IPC C25C3/20 

Abstract RU 2299932 C1

FIELD: non-ferrous metallurgy, possibly in shops for producing aluminum by electrolysis in order to determine efficiency of electrolysis baths.

SUBSTANCE: method comprises steps of placing in electrolysis bath ceramic or carbon tubes in such a way that to receive in first tube cleaned metal surface and to receive in second tube electrolyte surface; measuring levels of said surfaces by means of ultrasound pickups and according to results of said measurements finding real values of levels of metal and electrolyte; according to averaged values calculating metal volume increase and current value of electrolysis bath efficiency. Such method may be effectively used for monitoring melt metal volume increase and efficiency of powerful electrolysis baths with electric current intensity exceeding 200 kA and also for optimization of manufacturing process in any type of electrolysis baths.

EFFECT: enhanced accuracy of determining efficiency of electrolysis baths.

4 dwg

Similar patents RU2299932C1

Title Year Author Number
METHOD FOR PRODUCING ALUMINUM BY ELECTROLYSISING CRYOLITO-ALUMINUM MELTS 2020
  • Gorlanov Evgenii Sergeevich
RU2742633C1
METHOD OF INFORMATIONAL PARAMETRES PICKUP OF ALUMINIUM ELECTROLYSERS 2007
  • Gromyko Aleksandr Ivanovich
  • Frizorger Vladimir Konstantinovich
  • Nikitin Jurij Ivanovich
  • Moiseev Jurij Valentinovich
  • Markov Nikolaj Vasil'Evich
  • Arapov Oleg Vital'Evich
  • Shtejn Valdemar
RU2359072C1
METHOD AND DEVICE FOR DETERMINING LEVELS OF ELECTROLYTE AND METAL IN ELECTROLYSER FOR OBTAINING ALUMINUM 2016
  • Gromyko Aleksandr Ivanovich
  • Ten Viktor Pavlovich
  • Sitnikov Aleksej Aleksandrovich
RU2668461C2
METHOD FOR CONTROL OF ALUMINIUM ELECTROLYZER PARAMETERS 0
  • Gromyko Aleksandr Ivanovich
  • Zalivnoj Vladimir Ivanovich
  • Zograf Georgij Mikhajlovich
  • Kuznetsov Evgenij Inokentevich
SU1675392A1
MODE OF DEFINITION OF THE TEMPERATURE OF THE LIQUIDUS OF THE MELT OF THE ELECTROLYTE IN AN ALUMINUM ELECTROLYTIC CELL AND AN ARRANGEMENT FOR ITS EXECUTION 2005
  • Berezin Aleksandr Ivanovich
  • Turusov Sergej Nikolaevich
  • Nozhko Semen Igorevich
  • Rodnov Oleg Oktjabrevich
  • Mann Viktor Khrist'Janovich
  • Buzunov Viktor Jur'Evich
  • Tarakanov Anton Viktorovich
  • Gridnev Andrej Andreevich
RU2303246C1
METHOD OF DEFINITION OF AN OPERATIONAL SPACE SHAPE OF THE ALUMINUM ELECTROLYZER WITH AN OVERHEAD CURRENT LEAD 2003
  • Turusov S.N.
  • Jadryshnikov G.G.
  • Chernevskij S.A.
  • Kuzhel' V.S.
  • Buzunov V.Ju.
RU2245399C1
PROCESS FOR CONTROLLING ALUMINUM CELL PARAMETERS 2002
  • Bonnardel' Oliv'E
  • Vanvoren Klod
RU2280717C2
ALUMINUM CELL CONTROLLING METHOD 2002
  • Del'Klo Kristian
  • Bonnardel' Oliv'E
RU2296188C2
FACILITY FOR DETERMINATION OF METAL AND ELECTROLYTE LEVELS IN ELECTROLYTIC CELL FOR ALUMINIUM PRODUCTION 2009
  • Shcherbakov Jurij Anatol'Evich
  • Klimenko Irina Alekseevna
RU2398054C1
MULTI-CELL ELECTROLYZER WITH BIPOLAR ELECTRODES FOR PRODUCTION OF ALUMINUM 2005
  • Kirko Igor' Mikhajlovich
  • Kirko Galina Evgen'Evna
  • Kirko Vladimir Igorevich
  • Poljakov Petr Vasil'Evich
RU2287026C1

RU 2 299 932 C1

Authors

Radionov Maksim Anatol'Evich

Gromyko Aleksandr Ivanovich

Dates

2007-05-27Published

2005-11-22Filed