Inert anodes: An update

TMS Light Metals

Volumn , Issue , 2004, Pages 283-287

  Pawlek, Rudolf P ^a  

^a TS+C   (Switzerland)

Author keywords

Ceramic Anodes; Cermet Anodes; Metal Anodes

Indexed keywords

CERAMIC ANODES; CERMET ANODES; GREENHOUSE GASES; METAL ANODES;

CARBON DIOXIDE; CERAMIC MATERIALS; CURRENT DENSITY; ELECTRODES; ELECTROLYSIS; GRAPHITE; POLYCYCLIC AROMATIC HYDROCARBONS; POWDER METALS; SOLUBILITY; THERMODYNAMIC STABILITY;

ANODES;

EID: 2442543607     PISSN: 01470809     EISSN: None     Source Type: Conference Proceeding    
DOI: None     Document Type: Conference Paper

References (64)

1. Anonymous, "New technology could cut cost", Metal Bulletin, No. 8609, 20 September 2001, 7
2. V. A. Blinov, et al., "Inert anodes: advantage, problems and economic analysis of implementation", Proceedings VII Int. Conf., September 11-13, 2001 in Krasnoyarsk, Aluminium of Siberia - 2001, 72-80
3. D. A. Simakov et al, "Inert anodes for the electrolytic production of aluminium", Tsvetnye Metally 76 (12)(2001), 95
4. R. P. Pawlek, "Inert anodes: an update", Light Metals 2002, ed. W. Schneider (TMS, Warrendale, Pa), 449-456
5. R. P. Pawlek, "Inert anodes: research, development, and potential", Light Metal Age 60 (1-2)(2002), 50-55
6. th Int. Congr. of ICSOBA, Vienna 29-May - 1 June 2002), 175-184
7. th Int. Al. Symp. Sept. 19-22, 2001, Trondheim-Bergen-Trondheim, Norway, ed. G.-M. Haarberg and A. Solheim, 161-170
8. J. Keniry, "Strategic issues for aluminium smelting defining needs and opportunities for technology developments", Aluminium International Today 14 (6)(2002), 20, 24, 26, 28, 30
9. M. Scherkl and A. Bischoff, "Stabile Elektroden für die Aluminiumschmelzflusselektrolyse", Metall 56 (4)(2002), 208-213
10. L. Cassyre, T. A. Utigard and S. Bouvet, "Visualizing gas evolution on graphite and oxygen evolving anodes", JOM 54 (5)(2002), 41-45
11. A.-M. Popsecu and V. Constantin, "The influence of interelectrode distance on current efficiency in aluminium electrolysis with inert anodes", Bulg. Chem. Commun. 32 (2)(2000), 140-149
12. 2-based inert anodes in laboratory aluminium cell", Zeitschrift für Naturforschung. A: Physical Sciences 56 (11)(2001), 735-738
13. A.-M. Popescu, S. Mihaiu and S. Zuca, "Microstructure and electrochemical behaviour of some SnO2-based inert electrodes in aluminium electrolysis", Zeitschrift für Naturforschung. A: Physical Sciences 57 (1-2)(2002), 71-75
14. th Int. Al. Symp., Sept. 19-22 2001, Trondheim-Bergen-Trondheim, Norway, ed. G.-M. Haarberg and A. Solheim, 133-136
15. 4 in cryolite melts", Light Metals 2003, ed. P. N. Crepeau (TMS, Warrendale, Pa), 415-421
16. S. Julsrud and T. Risdal, "A material for dimensionally stable anode for the electrowinning of aluminium", WO 02/66,710 (23 February 2001)
17. S. Julsrud and O.-J. Siljan, "Arrangement of anode for utilisation in an electrolysis cell", WO 02/88,432 (27 April 2001)
18. A. F. LaCamera and S. P. Siba, "Electrolysis in a cell having a solid oxide ion conductor", US 6,187,168 (6 October 1998)
19. S. P. Ray, D. A. Weirauch and X. Liu, "Inert anode containing oxides of nickel, iron and zinc useful for the electrolytic production of metals", US 6,423,195 (4 April 2000)
20. S. P. Siba, X. Liu and D. A. Weirauch, "Inert anode containing oxides of nickel, iron and cobalt useful for the electrolytic production of metals", US 6,372,119 (4 April 2000)
21. S. P. Ray, R. W. Wods, R. K. Dawless and R. B. Hosler, "Inert electrode containing metal oxides, copper and noble metal", US 6,332,969 (24 July 2000)
22. S. P. Ray. X. Liu and D. A. Weirauch, "For cermet inert anode containing oxide and metal phases useful for the electrolytic production of metals", US 6,423,204 (1 August 2000)
23. S. P. Ray et al, "Electrolytic production of high purity aluminium using ceramic inert anodes", US 6,416,649 (16 April 2001)
24. S. P. Ray et al, "Spray-dried blends with metal and oxide powders for manufacture of inert cermet anodes suitable for electrowinning of aluminium", US patent appl. 2002 153,627 (1 August 2000)
25. D. R. de Capite et al, "Chemical milling process for inert anodes", US 6,440,279 (28 December 2000)
26. th Int. Al. Symp., Sept. 19-22 2001, Trondheim-Bergen-Trondheim, Norway, ed. G.-M. Haarberg and A. Solheim, 123-131
27. th Int. Al. Symp., Sept. 19-22 2001, Trondheim-Bergen- Trondheim, Norway, ed. G.-M. Haarberg and A. Solheim, 145-154
28. th Int. Al. Symp., Sept. 19-22 2001, Trondheim-Bergen-Trondheim, Norway, ed. G.-M. Haarberg and A. Solheim, 137-143
29. L. E. d'Astolfo and G. Lazzaro, "Retrofit of aluminium smelting cells using inert anodes", US pat. appl. 2001 35,344 (13 January 2000)
30. L. E. d'Astolfo and R. C. Moore, "Method of converting Hall-Héroult cells to inert anode", WO 01/063,012 (24 February 2000)
31. L. E. d'Astolfo and G. Lazzaro, "Retrofit aluminium smelting cells using inert anodes", WO 02/088,433 (12 January 2001)
32. L. E. d'Astolfo et al, "Insulation assemblies for metal production cells", WO 02/006,565 (10 July 2000)
33. L. R. Troup, G. E. Carkin and D. R. Careatti, "Improved alumina distribution in electrolysis cells including inert anodes using bubble drive", WO 02/031,225 (10 October 2000)
34. C. Bates, P. A. Stewart and L. F. Wieserman, "Thermal shock protection for electrolysis cells", US patent appl. 2002 92,774 (18 January 2001)
35. J. J. J. Chen, K. X. Qian and J. C. Zhao, "Resistance due to the presence of bubbles in an electrolytic cell with a grooved anode", Trans Ichem E, 79A (5) (2001), 383-388
36. th Int. Al. Symp., Sept. 19-22 2001, Trondheim-Bergen- Trondheim, Norway, ed. G.-M. Haarberg and A. Solheim, 155-160
37. V. de Nora, "Veronica and Tinor 2000, new technologies for aluminium production", Interface, 11 (4)(2002), 20-24
38. J. A. Sekhar, "Ultrastable cell component for aluminium production cells and method", US 6,361,680 (23 September 1997)
39. V. de Nora, "Method for producing surface coated non-carbon metal-based anodes for aluminium production cells", EP 1,049,815 (20 January 1998)
40. V. de Nora and J.-J. Duruz, "Slurry for coating non-carbon metal-based anodes for metal production cells", US 6,361,681 (19 January 1999)
41. V. de Nora and J.-J. Duruz, "Aluminium-wettable protective coating coatings for carbon components used in metallurgical processes", WO 01/042,168 (9 December 1999)
42. V. de Nora and J.-J. Duruz, "Non-carbon metal-based anodes for aluminiuim production cells", US 6,379,526 (15 July 2000)
43. V. de Nora, "Electrocatalytically active non-carbon metal-based anodes for aluminium production cells", US 6,413,406 (15 July 2000)
44. J.-J. Duruz, T. T. Nguyen and V. de Nora, "Metal-based anodes for aluminium electrowinning cells", WO 01/042,536 (9 December 1999)
45. V. de Nora, "Aluminium electrowinning cells with oxygen evolving anodes", WO 00/040,782 (8 January 1999)
46. V. de Nora and J.-J. Duruz, "Slow consumable non-carbon metal-based anodes for aluminium production cells", US 6,436,274 (1 December 2000)
47. T. T. Nguyen and V. de Nora, "Metal-based anodes for aluminium production cells", WO 02/070,786 (7 March 2001)
48. V. de Nora and T. T. Nguyen, "Metal-based anodes for aluminium production cells", WO 02/083,990 (12 April 2001)
49. T. T. Nguyen and V. de Nora, "Nickel-iron anodes for aluminium electrowinning cells", WO 02/083,991 (12 April 2001)
50. J.-J. Duruz, V. de Nora and G. Berclaz, "Aluminium electrowinning cell with sidewalls resistant to molten electrolyte", US 6,258,246 (19May 1998)
51. V. de Nora and J. A. Sekhar, "Aluminium production cell with an insulating cover having individually removable sections", US 6,402,928 (7 July 1998)
52. J.-J. Duruz and V. de Nora, "Cells for the electrowinning of aluminium having dimensionally stable metal-based anodes", US 6,372,099 (30 July 1998)
53. J.-J. Duruz and V. de Nora, "Aluminium electrowinning with metal-based anodes", WO 01/042,535 (9 December 1999)
54. T. T. Nguyen and V. de Nora, "Operation of aluminium electrowinning cells having metal-based anodes", WO 02/097,167 (30May 2001)
55. J.-J. Duruz and V. Bello, "Distribution of alumina-rich electrolyte in aluminium electrowinning cells", US 6,402,927 (11 August 2000)
56. V. de Nora and J.-J. Duruz, "Low temperature operating cell for the electrolysis of aluminium", WO 01/031,086 (26 October 1999)
57. Anonymous, "Advanced technology in view for aluminium production cells", Aluminium Today 14 (1)(2002), 15-16
58. st TMS-Annual Meeting, Seattle, WA, 17-21 February 2002, 12 pp.
59. T. Nguyen and C. McMinn, The Moltech metallic anode and wettable cathode coating", Aluminium World 2 (1)(2002), 30-33
60. V. de Nora, "Bipolar cell for the production of aluminium with carbon cathodes", EP 1,112,393 (18 August 1998)
61. C. W. Brown et al, "Combination for electrolytic reduction of alumina", US 6,379,512 (25 November 2000)
62. C. W. Brown, T. R. Beck and P. B. Frizzle, "Cathode connector for aluminium low temperature smelting cell", US 6,419,813 (25 November 2000)
63. T. R. Beck and C. W. Brown, "Aluminium low temperature smelting cell metal collection" US 6,419,812 (27 November 2000)
64. Anonymous, "Aluminum: revolutionizing the way aluminium is made", OIT Times Turning Industry Visions into Reality, Summer 2001, 4 (3), 3