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首页> 外文期刊>Refractories and Industrial Ceramics >MODERNIZATION OF A SODERBERG ELECTROLYZER CATHODE UNITTO A HIGHER CURRENT STRENGTH (185 kA) AND A LOWERED METAL LEVEL (25 cm)
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MODERNIZATION OF A SODERBERG ELECTROLYZER CATHODE UNITTO A HIGHER CURRENT STRENGTH (185 kA) AND A LOWERED METAL LEVEL (25 cm)

机译:将Soderberg电解阴极装置进行现代化改造,以实现更高的电流强度(185 kA)和较低的金属水平(25 cm)

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摘要

Two versions are considered for modernizing the construction of a type S-8BM Soderberg electrolyzer cath-ode unit, developed by the department of new technologies of the Engineering-Technological Center of OOO Rus-Inzhiniring. Industrial tests show that both structures make it possible to lower the metal level from 50 to 25 cm and to increase the current strength from 174 to 185 kA without worsening the technical and economicindices of electrolyzer operation. The anticipated risk of anode overheating connected with descent of the an-ode deeper into the cathode shaft, and also creation and support of an acceptable shape of the work space as aresult of lowering the metal level and increasing the current strength during the operating period does not de-velop.
机译:考虑了两个版本,以现代化由俄鲁斯·英热尼灵工程技术中心的新技术部开发的S-8BM型Soderberg电解阴极管单元。工业测试表明,两种结构都可以将金属水平从50 cm降低到25 cm,将电流强度从174 kA增大到185 kA,而不会使电解槽的技术和经济指标恶化。阳极过热的预期风险与阳极下降到阴极轴的深处有关,以及由于在工作期间降低金属液位和增加电流强度而产生和支持可接受的工作空间形状不发展。

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