首页|500KA石墨化阴极电解槽技术特点与应用技术探讨

500KA石墨化阴极电解槽技术特点与应用技术探讨

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本文通过对某厂500KA石墨化阴极电解槽与GS-5(50%高石墨质阴极)电解槽的主要材料指标、筑炉等技术数据对比分析,反映出石墨化阴极优良的理化性能指标,并结合某厂石墨化阴极电解槽焙烧启动及初期运行技术数据,对关键参数进行了技术探讨,得出了石墨化阴极电解槽具有的优势与节能潜力.
Discussion on the Characteristics and Application Technology of 500KA Graphite Cathode Electrolytic Cell Technology
This article compares and analyzes the main material indicators,furnace construction,and other technical data of a 500KA graphite cathode electrolysis cell and a GS-5(50%high graphite cathode)electrolysis cell in a certain factory,reflecting the excellent physical and chemical performance indicators of graphite cathodes.Combined with the technical data of the roasting,start-up,and initial operation of a graphite cathode electrolysis cell in a certain factory,key parameters are discussed,and the advantages and energy-saving potential of graphite cathode electrolysis cells are obtained.

aluminum electrolysisGraphite cathodeBuilding a furnaceBaking startAbnormal period

杨勇、郭吉星、杨永冲

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贵州华仁新材料有限公司,贵州 贵阳 551405

铝电解 石墨化阴极 筑炉 焙烧启动 非正常期

2024

世界有色金属
有色金属技术经济研究院

世界有色金属

影响因子:0.138
ISSN:1002-5065
年,卷(期):2024.(15)
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