Abstract
The characteristics of a variety of fluid and delayed cokes have been examined both in the laboratory and as fillers in statistically significant numbers of full-size reduction cell anodes. Sulfur content ranged 1–5%; sulfur emission and anode performance indicated unique coke properties independent of sulfur level. Performance of high-sulfur filler anodes ranged from excellent to poor, and depends much more on the amount of oxidant-accessible surface than on sulfur level. The significance of coke blend compatibility was investigated to improve anode performance with available fillers as coke quality changes.
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