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Degradation of membrane concentrates of the textile industry by fenton like reactions in iron-free solutions at biocompatible pH values (pH approx approx 7-8)

机译:Fenton在生物相容性pH值下的无铁溶液中的反应(pH大约约7-8)降解纺织工业膜浓缩物的降解

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Degradative oxidation of membrane concentrates of textile waters were carried out in batch reactors in the dark and under visible light. H_2O_2 and Nafion-Fe~(3+)/H_2O_2 as an immobilized Fenton reagent were used as ecological oxidants. The results observed with the Nafion/Fe~(3+) system lead to a kinetically faster and more complete oxidation than H_2O_2 alone and comparable to the homogeneous Fenton reaction in solution. This study reports on the Fenton treatment of membrane concentrates resulting from nanofiltration of biologically treated secondary textile effluents produced in a large scale in Northern Italy. The degradation of the membrane concentrates is accelerated under light due to the recycling of the Fe~(3+) -ion in the Nafion avoiding the drawbacks of the homogeneous treatment, A reduction of approx 50
机译:在深色和可见光下的间歇式反应器中进行纺织水膜浓缩物的降解氧化。 H_2O_2和Nafion-Fe〜(3 +)/ H_2O_2作为固定的Fenton试剂用作生态氧化剂。 Nafion / Fe〜(3+)系统观察到的结果导致动力学和更完整的氧化而不是单独的H_2O_2,并与溶液中的均匀芬顿反应相当。本研究报告了近北意大式大规模生产的生物处理的二级纺织品纳米滤液导致膜浓缩物的芬顿治疗。由于NAFION中的FE〜(3+) - 中的再循环避免了均匀处理的缺点,减少了大约50的缺点,膜浓缩物的降解在光下加速。

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