Abstract:Molten salt electrolysis is an efficient process for obtaining metallic lithium but requires a considerable amount of energy. The use of a grooved diaphragm and rotating electrodes were studied using a numerical model representing an experimental lithium electrolytic cell with the finality to reduce the required energy. Simulations were conducted using a turbulent (k-ε) model to solve the two-phase flow coupled to the transient mass transport inside an electrolysis cell. The model also considers the recombinat… Show more
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