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Treating dyeing waste water by ceramic membrane in crossflow microfiltration

机译:错流微滤陶瓷膜处理印染废水。

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摘要

Much work has been done on the dyeing water treatment by a new method of the combination of crossflow microfiltration, flocculation and ceramic membrane technique with some successful results caused by the advantages of the combination. The kind of flocculation and its dosage are studied, which is used to treat some wastewater. The best flocculation precepts are confirmed. And then, the effects on filtration rate are discussed. The CODcr and absorbency of sulfur black wastewater after treatment are up to national grade about drain wastewater. The CODcr and absorbency of 2,3-acidic wastewater and DSD acidic wastewater after treatment are also descend. Compared with organic membrane, ceramic membrane has exceptional performance of cleaning and regeneration. The results show that the dynamic filtration equipped with ceramic plate membrane as the filtration membrane has great advantages, and wide application future has been shown in membrane separation.
机译:通过将错流微滤,絮凝和陶瓷膜技术相结合的新方法,在印染水处理方面已经完成了许多工作,并由于其优点而取得了一些成功的结果。研究了絮凝的种类及其用量,用于处理部分废水。确认了最佳絮凝规则。然后,讨论了对过滤速率的影响。处理后的硫黑废水的化学需氧量和吸收率达到国家标准。处理后的2,3-酸性废水和DSD酸性废水的CODcr和吸收率也下降。与有机膜相比,陶瓷膜具有出色的清洁和再生性能。结果表明,以陶瓷板膜为滤膜的动态过滤具有很大的优势,在膜分离中具有广阔的应用前景。

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