Y oujian Y ang, Yuankun Zhang
The evolution behavior of anode gas during aluminum electrolysis has been a hot spot of research for energy saving and process control. In the present work, the bubble evolution behavior during aluminum electrolysis was investigated using a lab-scale see-through cell. The bubble evolution characters on an 11 cm² (bottom surface area) flat anode, an 11 cm² slotted anode, and a 50 cm² flat anode were investigated with statistical analysis, respectively. The results showed that bubbles tended to generate and adhere to certain regions on the anode surface due to the heterogeneity of the carbon material, and the adhering regions moved when current density was increased. The anode slot lowered the actual current density on the anode significantly by reducing the anode bubble coverage. Influenced by the group effect of bubbles, the study provides insights into the optimization of aluminum electrolysis processes.
@article{1be6fcf4-eb87-4ec7-9670-1b5837a4f044,
title={Study on the Inter Electrode Process of},
author={Y oujian Y ang and Yuankun Zhang},
year={2026},
language={en}
}TY - JOUR TI - Study on the Inter Electrode Process of AU - Y oujian Y ang AU - Yuankun Zhang PY - 2026 LA - en ER -
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