A Study on the Separation of Cadmium from Waste Ni-Cd Secondary Batteries by Ion Substitution Reaction

Kim Dae Weon, I. Park, Nak-Kyoon Ahn, 정항철, Soo-Hoon Jung, Joong-Yup Choi, Dae-hoon Yang
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Abstract

In order to recycle waste nickel-cadmium batteries, cadmium was selectively removed by ion substitution reaction so that cadmium and nickel could be separated efficiently. The electrode powder obtained by crushing the electrode in the waste nickelcadmium battery was leached with sulfuric acid. The cadmium in the nickel-cadmium solution was precipitated with cadmium sulfide by the addition of sodium sulfide. Ion substitution experiments were carried out under various conditions. At the optimum condition with pH = −0.1 and Na2S/Cd = 2.3 at room temperature, the residual Cd in the solution was about 100 ppm, and most of it was precipitated with CdS.
离子取代反应从废镍镉蓄电池中分离镉的研究
为了回收废镍镉电池,采用离子取代反应选择性脱除镉,使镉和镍能够有效分离。将废镍镉电池中电极粉碎后得到的电极粉用硫酸进行浸出。在镍镉溶液中加入硫化钠,使镉与硫化镉析出。在不同条件下进行了离子取代实验。在室温条件下,pH = - 0.1, Na2S/Cd = 2.3的最佳条件下,溶液中残留Cd约为100 ppm,大部分Cd随Cd析出。
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