Modeling of a 25 kA de Nora inert metallic anode test cell

TMS Light Metals

Volumn 2006, Issue , 2006, Pages 391-396

  Antille, Jacques ^a   Klinger, Laurent ^a   Von Kaenel, René ^b   De Nora, Vittorio ^b  

^a KAN NAK SA   (Switzerland)

^b Moltech Technology Center   (Switzerland)

Author keywords

Inert Metal Anodes; Model Calculations; Results of Cell Operation

Indexed keywords

CATHODES; ELECTRIC BATTERIES; ENERGY UTILIZATION; MATHEMATICAL MODELS; CELLS; CYTOLOGY; ELECTRIC LOAD FORECASTING;

INERT METAL ANODES; MODEL CALCULATIONS; RESULTS OF CELL OPERATION;

ANODES; ELECTRODES;

ANODE CURRENT DENSITY; CATHODE DISTANCES; CELL OPERATION; IMPROVED DESIGNS; INERT METALS; MODEL CALCULATIONS; MODEL PREDICTION; OPERATING CONDITION;

EID: 33745313121     PISSN: 01470809     EISSN: None     Source Type: Conference Proceeding    
DOI: None     Document Type: Conference Paper

References (8)

1. see www.kannak.ch.
2. J. Antille, R. von Kaenel, "Using a Magnetohydrodynamic Model to Analyze Pot Stability in Order to Identify an Abnormal Operating Condition", Light Metals (2002), 477-482.
3. P. Béran, R. von Kaenel, H-P. Lange, J. H. Skaar, J. Antille, "Impact of Current Increase on Specific Energy Consumption", Light Metals (2001), 179-184.
4. J. Antille, R. von Kaenel, "Busbar Optimization Using Cell Stability Criteria and its Impact on Cell Performance", Light Metals (1999), 165-170.
5. H. Kvande, and W. Haupin, "Inert Anodes for Al Smelters: Energy Balances and Environmental Impact", JOM 53 (5) (2001), 29-34.
6. R. von Kaenel & V. de Nora, "Technical and Economical Evaluation of the de Nora Inert Metallic Anode in Aluminum Reduction Cells", Light Metals, (2006).
7. T. Nguyen & V. de Nora, "de Nora Oxygen Evolving Inert Metallic Anode ", Light Metals, (2006).
8. Patent US 6,682,643, Vittorio de Nora