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PHYSICAL AND CHEMICAL TREATMENT ON SPENT ELECTRICAL VEHICLE MODULE OF LITHIUM SECONDARY BATTERY

机译:锂二次电池专用电动汽车模块的物理化学处理

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Spent LIBs were physically treated for hand assembly, electric discharged, crushed and classified. The following conclusions can be drawn based on the experimental results: A battery module which are series with 8 unit cells are composed of 18% frame body, 12% heat-reduce plate, 70% battery cells. In this battery cell, Li(Co_(1-x-y)Ni_xMn_y)O_2 as a cathode active material is used. By the physical treatment process already developed in our previous study, we could get the crushed and concentrated powders containing metallic valuables such as Li, Co, Ni, Mn, Cu, and Al. It will be performed on leaching-separation/purification-recovery tests and also on possibility of reuse for the cathode active material of LIBs.
机译:对用完的LIB进行物理处理以进行手工组装,放电,压碎和分类。根据实验结果可以得出以下结论:电池模块由8个单电池组成,由18%的框体,12%的散热板,70%的电池组成。在该电池单元中,使用Li(Co_(1-x-y)Ni_xMn_y)O_2作为正极活性物质。通过我们先前研究中已经开发的物理处理工艺,我们可以得到粉碎和浓缩的,包含金属贵重金属(如Li,Co,Ni,Mn,Cu和Al)的粉末。将在浸出-分离/纯化-回收测试中以及在将LIB的正极活性材料重新使用的可能性上进行。

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