年产8万吨电解槽厂房设计全解VIP免费

-1-东北大学有色冶金课程设计(铜电解)题目：年产2.8万吨铜电解车间设计班级：冶金工程1103姓名：马林林学号：20110075-2-目录1.概述.............................................................................................-3-1.1电解精炼的目的和任务................................................................................................-3-1.2电铜的质量标准............................................................................................................-3-1.2.1高纯阴极铜(Cu-CATH-1)化学成分..................................................................-3-1.2.2一号铜化学成分的质量分数.............................................................................-4-1.3铜电解一般工艺流程....................................................................................................-4-2.冶金计算.....................................................................................-5-2.1已知条件........................................................................................................................-5-2.2计算...............................................................................................................................-5-3.主体设备设计.............................................................................-7-3.1电解槽材质与结构........................................................................................................-7-3.2商品电解槽总数............................................................................................................-8-3.3电解槽的极板数............................................................................................................-8-3.4电解槽尺寸的确定........................................................................................................-9-3.5种板电解槽数................................................................................................................-9-3.6净液量及脱铜槽数......................................................................................................-10-3.6.1净液量...............................................................................................................-10-3.6.2脱铜槽数...........................................................................................................-11-3.7槽边导电排、槽间导电板和阴极导电棒的选择与计算..........................................-11-3.7.1槽边导电排.......................................................................................................-11-3.7.2槽间导电板......................................................................................................-12-3.7.3阴极导电棒......................................................................................................-12-3.8设计总结........................................................................................................................-9-4.图纸...........................................................................................-12-5.参考文献...................................................................................-12--3-1.概述1.1电解精炼的目的和任务火法精炼产出的阳极铜中Cu的质量分数一般为99.2%～99.7%，其中还有一定数量的杂质。这些杂质的存在会使铜的某些物理性质和机械性能变坏，因此，为了提高铜的性能，使其达到各种应用的要求，同时回收其中的有价金属，尤其是贵金属和稀散金属，必...