Maximum anode effect voltage

TMS Light Metals

Volumn , Issue , 2007, Pages 405-410

  Tabereaux, Alton T ^a  

^a ALCOA INC   (United States)

Author keywords

Anode effects; PFC emissions; Voltage

Indexed keywords

ALUMINUM; ELECTRIC BATTERIES; ELECTROLYSIS; INDUSTRIAL APPLICATIONS; VOLTAGE CONTROL;

ANODE EFFECTS; PFC EMISSIONS;

ANODES;

EID: 34547914902     PISSN: 01470809     EISSN: None     Source Type: Conference Proceeding    
DOI: None     Document Type: Conference Paper

References (10)

1. Vogt H. and Thonstad J., "The Complex Mechanism Inducing Anode Effects in Aluminium Electrolysis," Light Metals 2002, pages 495-501.
2. Piontelli R., Mazza B., Pedeferri P., Metallurgia Ital., 57 (2), 1965, page 51-69.
3. Navarro P., Gregoric G., Cobob O., and Calandra, A., "A New Anode Effect Quenching Procedure," Light Metals, 2003, pages 479-485.
4. Dorreen M.M.R., Chin D.L., Lee J.K.C., Hyland M.M., Welch B.J., "Sulfur and Fluorine Containing Anode Gases Produced During Normal Electrolysis and Approaching an Anode Effect," Light Metals, 1998, 311-316.
5. Tabereaux A.T., Richards N.E., and Satchel C.E., "Composition of Reduction Cell Anode Gas During Normal Conditions and Anode Effects," Light Metals 1995, pages 325-333.
6. Paulson K.A., Mellerud T., Thuestad J.G., "Description of Automatic Anode Effect Killing By Power Interruption," Light Metals, 1986, pages 377-383.
7. nd Edition, Aluminium Verlag, 1982.
8. Utigard, T., et. al. [Reference "Visualization of the Hall-Heroult Process, Light Metals, 1994, pages 233-240]
9. Marks J., "Methods For Calculating PFC Emissions From Primary Aluminium Production," Light Metals 2006, pages 185-188.
10. Dando N.R., and Xu W., "Root Cause Of Variability Impacting Short Term In-Plant PFC Measurements," Light Metals 2006, pages 189-194.