In response to the need for energy conservation and emission reduction, it is an inevitable trend to effectively reduce the anode effect coefficient
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In response to this call, various industries across the country are carrying out activities aimed at reducing energy consumption and emissions; to be precise, these are tasks that need to be completed. The aluminum industry is a major consumer of energy, and how to produce efficiently is a key issue faced by factories today. The anode effect coefficient is an important indicator in this regard. Our goal is to maintain the current coefficient of 0.1 and strive to reduce it to 0.05, while still ensuring an efficiency level of 93%. It’s a challenging task! Are there any colleagues facing similar difficulties? I would appreciate some advice. {Excluding human-induced factors}
The so-called anode effect occurs when, due to the presence of gases, the anode has poor contact with the electrolyte, which leads to an increase in cell voltage and higher power consumption. I think the main thing is to control the composition of the electrolyte, namely the concentration of alumina. Academician Liu Yexiang from Central South University, Dean Li Jie, and others are experts in this field; one can consult them or search for relevant literature, and effective methods should be available.