介绍了用离子交换蒸浓法处理电镀含铬废水的工艺流程特点及处理效果。
The feature of ion exchange vaporization-concentration process used to dispose wastewater produced by electroplating, as well as running effects are introduced.
铬的毒性与其存在状态有关，六价铬是电镀含铬废水中的主要特征污染物。
The toxicity of chromium is related to its oxidation states, and the primary typical pollutant in chromium-containing electroplating waste water is hexavalent chromium.
提出了铁氧体法处理电镀含铬废水今后研究的重点。
The research emphasis on using ferrite method for treating chro-(mium) containing wastewater was also proposed.
对电镀含铬废水及混合废水中的锌、镍、铜、氰化物、磷、油等污染物有显著的治理效果，是较理想的电镀混合废水治理新工艺。
It has a remarkable effect in treating chromium containing wastewater and zinc, copper, cadmium cyanide, phosphorous, oil, etc. in mixed electroplating wastewater.
同时，提出了采用“蒸发浓缩—净化—回收利用”处理电镀含铬含氰废水的初步思路。
Meanwhile, the thought of using new technique of evaporate and compress-clean-reuse to harness electroplating waste water containing cyanogen and chromium compound is presented.
为了处理电镀车间排出的含铬废水，进行了电解法除铬的小型试验。
For the sake of treating chromium waste from the electroplating workshop, experiments on the electrolytic method of removing chromium were carried out.
为了处理电镀车间排出的含铬废水，进行了电解法除铬的小型试验。
For the sake of treating chromium waste from the electroplating workshop, experiments on the electrolytic method of removing chromium were carried out.
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