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Mass transfer correlation of simultaneous removal by cementation of nickel and cobalt from sulfate industrial solution containing copper Part I:Onto rotating zinc electrode disc

机译:从含铜的硫酸盐工业溶液中通过胶结同时去除镍和钴的传质相关性第一部分:旋转锌电极盘

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In this part I of our work,the kinetics study of simultaneous cementation of nickel and cobalt from industrial zinc sulfate solutions using a rotating zinc electrode disc was investigated.Experiments were carried out in the presence of copper to increase the low cementation rate of these elements (Ni and Co).The effect of temperature,metallic ions concentrations and electrode rotation speed was also investigated.The reaction of nickel cementation was found to be under diffusional control while that of cobalt was found under chemical control.The reaction rate was found to be strongly affected by the increase in the electrode surface area.Mass transfer study of the process was correlated by the equation:Sh=1.43Sc~(0.33)Re~(0.49).The results obtained will be used to establish optimal conditions for the zinc production plant of ALZINC,Tlemcen,Algeria.
机译:在本工作的第一部分中,对使用旋转锌电极盘同时从工业硫酸锌溶液中进行镍和钴胶结的动力学进行了研究。在铜存在下进行了实验,以提高这些元素的低胶结率。 (Ni和Co)。还研究了温度,金属离子浓度和电极旋转速度的影响。发现镍胶结反应在扩散控制下,而钴的化学反应在化学控制下。该过程的传质研究与方程Sh = 1.43Sc〜(0.33)Re〜(0.49)相关,所得结果将用于建立电极的最佳条件。阿尔及利亚特莱姆森ALZINC的锌生产厂。

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