首页> 外文期刊>Tsvetnye Metally: The Soviet Journal of Non-Ferrous Metals >EFFECT OF AN INCLINED FLANGE LINING ON THE OPERATION OF THE CATHODE UNIT OF AN ALUMINUM ELECTROLYZER
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EFFECT OF AN INCLINED FLANGE LINING ON THE OPERATION OF THE CATHODE UNIT OF AN ALUMINUM ELECTROLYZER

机译:倾斜的法兰衬里对铝电解槽阴极单元运行的影响

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摘要

Inclined flange linings for cathode units are gaining ever greater attention from planners drawing up new designs for aluminum electrolyzers. Moreover, the cathode and anode areas are becoming approximately equal; their current loads are correspondingly equal, substantially improving the hydrodynamics in bath shafts, reducing the consumption of carbon-graphite and heat-insulating materials, as well as reducing the cathode mass and its cost. Now, we have the first positive experience in the use of such linings. Nevertheless, designers and planners have raised a number of questions. Inclining flange linings leads to a substantial redistribution of forces being transmitted from the hearth side to the shell. How is this reflected in the operation of the hearth, the flange block, and the shell wall?
机译:计划者为铝电解槽设计新的设计时,越来越多的注意力用于阴极装置的倾斜法兰衬里。而且,阴极和阳极的面积变得大致相等;它们的电流负载相应地相等,从而大大改善了浴槽中的流体力学,减少了碳石墨和隔热材料的消耗,并降低了阴极质量及其成本。现在,我们在使用此类衬里方面有了第一个积极的经验。然而,设计师和规划师提出了许多问题。倾斜的法兰衬里导致从炉膛侧传递到外壳的力的大量重新分配。这如何反映在炉膛,法兰块和壳壁的操作中?

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