次氧化锌中的氟氯对锌电解直流电单耗的影响  

The Impact of Secondary Zinc Oxide to Zinc Electrolysis DC CFC Consumption

作　　者：张前孝 

机构地区：[1]甘肃宝徽实业集团锌冶公司 甘肃·陇南 742312

出　　处：《科教导刊》2014年第1期195-196,共2页The Guide Of Science & Education

摘　　要：次氧化锌作为锌金属的再生锌冶料原料，为我国有色金属资源的再次利用做出了巨大的贡献，同时次氧化锌作为锌冶炼企业的补充原料，也为企业的壮大发展立下了不可磨灭的贡献。但是由于生产次氧化锌的原料来自各行业的各种工业下脚料，这就决定了其成品原料中元素的复杂性，其中一些元素对锌冶炼企业来说其危害是巨大的，这其中要数氟、氯的危害最大，本文通过生产实践中的一些相关数据，着重分析了次氧化锌中的氟、氯对阴极锌直流电单耗的影响。Secondary zinc oxide zinc smelting zinc metal recycled raw materials,non-ferrous metals for the re-use of our resources to make a huge contribution,while secondary zinc oxide as supplementary material zinc smelting enterprises,but also for the growth of enterprise development has achieved an indelible contribution.However,due to the production of secondary raw materials from zinc oxide in various sectors of industrial waste,which determines the complexity of elements in the finished material,some of the elements of the zinc smelting enterprises,the harm is enormous,which should number of fluorine,chlorine harm brunt of this paper some relevant data production practice,focusing on the analysis of the second zinc oxide fluorine,chlorine impact on the consumption of cathode zinc DC.

关 键 词：次氧化锌 氟 氯 阴极锌 直流电单耗 

分 类 号：TF813[冶金工程—有色金属冶金]