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Evaluation of atrazine degradation in UV/FeZSM-5/H2O2 system using factorial experimental design

机译:使用阶乘实验设计评估UV / FeZSM-5 / H2O2系统中阿特拉津的降解

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摘要

Degradation of atrazine in model wastewater by UV/FeZSM-5/H2O2 system chosen as optimal for application of advanced oxidation process (AOP) has been studied in a batch photo reactor. The statistical study of the process was performed using two-level full factorial experimental design with the three process parameters. Individual parameters and their interaction effects on atrazine degradation were determined and statistical model of process was developed. The optimal operating conditions were established. This approach has also given a broader insight of the processes that were occurring in the reaction system, and it has finally led to simplification in terms of kinetics. Atrazine degradation was described by pseudo-first-order kinetics with observed rate constant k' = 2 × 10~(-3) s~(-1).
机译:在间歇式光反应器中,研究了采用UV / FeZSM-5 / H2O2系统选择的最适合进行高级氧化工艺(AOP)的模型废水中阿特拉津的降解。使用具有三个过程参数的两级全因子实验设计对过程进行了统计研究。确定了各个参数及其相互作用对r去津降解的影响,并建立了过程统计模型。确定最佳操作条件。这种方法还使人们对反应系统中发生的过程有了更广泛的了解,并且最终导致了动力学方面的简化。用r一阶动力学描述去津的降解,观察到的速率常数k'= 2×10〜(-3)s〜(-1)。

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