Abstract:
It meets factory requirements when dyeing wastewater has been advanced treated by electrodeless ultraviolet photo catalyzing oxidation and microwave plasma enhanced activated carbon absorption. There is no apparent difference on water quality between reused water and tap water, and there is no apparent difference on characteristic and mass between cloth sample dyed with reused water and cloth sample dyed with tap water. The reused water could be reused.
Key words:
dyeing wastewater,
electrodeless ultraviolet,
photo catalyzing oxidation,
microwave plasma
摘要:
印染废水经“无极紫外光催化氧化+微波等离子体强化活性炭吸附”工艺深度处理后,水质达到了车间用水要求,回用水与自来水的水质特性无明显差异,使用回用水和新鲜水染色,两者在特性和质量上没有明显的差异。
关键词:
印染废水,
无极紫外光,
光催化氧化,
微波等离子体
CLC Number:
Ruan Xinchao, Wang Tao, Zeng Qingfu. Study on the advanced treatment and recycling of dyeing wastewater[J]. INDUSTRIAL WATER TREATMENT, 2006, 26(4): 22-24.
阮新潮, 王涛, 曾庆福. 印染废水的深度处理及回用[J]. 工业水处理, 2006, 26(4): 22-24.