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Research on New-type Photo-catalyst and Its Application in Degradationof Acrylic Fiber Wastewater

机译:新型光催化剂研究及其在丙烯酸纤维废水降解中的应用

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This paper explores a supported catalyst of Fe( II) nitrogen complex on a cationic exchange resin as a photo-catalyst for the degradation of acrylic fiber wastewater. The nitrogen complex is 1, 10 phenanthroline and the cationic exchange resin is Polyallylmethacrylate, PMMA/divinylbenzene resin. The mechanisms of affecting factors in treating acrylic fiber wastewater were investigated According to this research, we found the optimal reaction conditions When referred to acrylic fiber wastewater treatment, the concentration of HiChis 0,013 mol/T, and the amount of catalyst is 5g/L, After four hours' irradiation, the COD degradation rate of acrylic fiber wastewater rate was up to 68,7%, It realized the effect of the degradation of acrylic fiber wastewater under visible irradiation and facile reaction conditions which contains normal temperature, natural pressure and wide range of pH.
机译:本文探讨了阳离子交换树脂上的Fe(II)氮气复合物的负载催化剂,作为用于丙烯酸纤维废水的降解的光催化剂。氮气复合物是1,10菲咯啉,阳离子交换树脂是聚烯烃丙烯酸酯,PMMA /二乙烯基苯树脂。根据本研究研究了影响治疗丙烯酸纤维废水的因素的机制,我们发现当提到丙烯酸纤维废水处理时的最佳反应条件,HICHIS 0,013mol / T的浓度,催化剂的量为5g / L.经过四小时的照射后,丙烯酸纤维废水率的COD降解率达68.7%,实现了丙烯酸纤维废水下可见辐照下降的影响,包括常温,自然压力和宽pH范围。

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