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首页> 外文期刊>Quimica nova >Prediction of chemical oxygen demand in mature landfill leachate doped with Fenton's reagent, using empirical mathematical model obtained by full factorial design
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Prediction of chemical oxygen demand in mature landfill leachate doped with Fenton's reagent, using empirical mathematical model obtained by full factorial design

机译:使用全因子设计获得的经验数学模型预测掺有Fenton试剂的成熟垃圾渗滤液中的化学需氧量

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摘要

COD is an important parameter to estimate the concentration of organic contaminants. The closed system technique with the use of K2Cr2O7 is the most important one, however, it has the inconvenience to suffer positive chemical interferences from inorganic compounds such as Fe2+ and H2O2 (not enough reported in the literature). This paper considers a statistical-experimental set capable to validate a empirical mathematical model generated from a 23 experimental design, in the presence of Fe2+ and H2O2. The t test shows that mathematical model has 99,99999% confidence degree and the experimental validation test indicates absolute mean error of 4,70%.
机译:COD是估算有机污染物浓度的重要参数。使用K2Cr2O7的密闭系统技术是最重要的技术,但是它不方便遭受诸如Fe2 +和H2O2等无机化合物的正化学干扰(文献中报道不足)。本文考虑了一个统计实验集,该集能够验证在Fe2 +和H2O2存在下从23个实验设计生成的经验数学模型。 t检验表明数学模型具有99,99999%的置信度,而实验验证测试表明绝对平均误差为4,70%。

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