Process and anode for molten salt electrolysis

Details Process and anode for molten salt electrolysis Process and anode for molten salt electrolysis

1982-06-18

1984-05-15

Williams, Howard S.

Chemistry: electrical and wave energy

Processes and products

204 64R, 204 67, C25C 300, C25C 304, C25C 306

Patent

active

044486545

ABSTRACT:
An uncoated ceramic anode comprising titanium having a formal valence of +4; titanium having a formal valence of +3; and a dopant which prevents at least a portion of the titanium +3 from converting to titanium +4 when the ceramic anode is at operating cell conditions. The ceramic anode may have an electrically conductive substance enclosed in its interior. The substance serves to transfer electrical energy from a power source to the ceramic member. These anodes are particularly useful when used in molten salt electrolytic cells because they give good electrolytic production rates while demonstrating exceptionally low wear rates.

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Journal of Solid State Chemistry, vol. 5, pp. 229-238, 1972.

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