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Glyphosate Degradation with Industrial Wastewater Effluent by Combined Adsorption Treatment and Advanced Oxidation Processes

机译:通过组合吸附处理和晚期氧化过程与工业废水流出物的草甘膦降解

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Disposal of total phosphorus in wastewater from glyphosate production was studied by combined adsorption treatment and advanced oxidation processes. The effect of the nano-metal/resin complexes on the result of experiment was investigated. And it is found that complex of nano-metal on the resin surface do not have obvious effect on the adsorption behavior of resin and nano-metal complexes. Taking advantage from the nano-metal/resin complexes in advanced oxidation processes, the maximum degradation rate of glyphosate was enhanced up to 60.5%.
机译:通过组合吸附处理和先进的氧化方法,研究了草甘膦生产废水中的废水中的总磷。研究了纳米金属/树脂配合物对实验结果的影响。结果发现,树脂表面上的纳米金属的复合物对树脂和纳米金属配合物的吸附行为没有明显影响。优于从纳米金属/树脂配合物在先进的氧化过程中,加那料的最大降解速率高达60.5%。

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