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Research of Organophosphorus Scale Inhibitors Treatment by Photoelectric Catalysis Oxidation Method

机译:光电催化氧化法处理有机磷垢抑制剂的研究

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Photoelectric catalysis oxidation process, which employs UV lamp as light source, TiO_2 electrical as anode and Pt as cathode, has been used for degrading Organophosphorus scale inhibitors. The effects of additional electrical field intensity and pH of the solution on the removal rate of organophosphorus are investigated. The results show that the best additional voltage during the process of photo electrocatalysis is 8 V, pH=8.0, and reaction time 10 min, the organophosphorus removal rate of HEDP reaches 93.35%, the organophosphorus removal rate of PCAC reaches 96.0%.
机译:光电催化氧化过程,其使用UV灯作为光源,作为阳极和Pt作为阴极的电气,已用于降解有机磷垢抑制剂。研究了研究额外电场强度和溶液对有机磷的去除率的影响。结果表明,光电分析过程中的最佳额外电压为8V,pH = 8.0,反应时间10分钟,HEDP的有机磷去除率达到93.35%,有机磷去除率PCAC达到96.0%。

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