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Degradation of wine distillery wastewaters by the combination of aerobic biological treatment with chemical oxidation by Fenton's reagent

机译:需氧生物处理与Fenton试剂化学氧化相结合降解酒厂废水

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The degradation of wine distillery wastewaters by aerobic biological treatment has been investigated in a batch reactor. The evolution of the chemical oxygen demand, biomass and total contents of polyphenolic and aromatic compounds was followed through each experiment. According to the Contois model, a kinetic expression for the substrate utilization rate is derived, and its biokinetic constant is evaluated. The final effluents of the aerobic biological experiments were oxidized by Fenton's reagent. The evolution of chemical oxygen demand, hydrogen peroxide concentration and total contents of polyphenolic and aromatic compounds was followed through each experiment. A kinetic model to interpret the experimental data is proposed. The kinetic rate constant of the global reaction is determined.
机译:在分批反应器中研究了通过好氧生物处理降解酒厂废水的方法。通过每个实验跟踪化学需氧量,生物量以及多酚和芳族化合物总含量的变化。根据Contois模型,得出底物利用率的动力学表达式,并评估其生物动力学常数。有氧生物实验的最终流出物被芬顿试剂氧化。通过每个实验跟踪化学需氧量,过氧化氢浓度以及多酚和芳族化合物总含量的变化。提出了动力学模型来解释实验数据。确定总体反应的动力学速率常数。

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