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Impact of industrial discharge on the performance of a biological POTW - Model development

机译:工业排放对生物POTW性能的影响-模型开发

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This paper describes the development of a mathematical model and its application for predicting the dimensions of an industrial wastewater pretreatment system, and its comparison with alternative solutions. The model is based on pseudo first order kinetics for both the municipal and the industrial wastewater, and also on the Monod kinetics for the industrial wastewater. In the combined treatment process the biomass is taken as a mixture of specialist microorganisms capable of degrading target compounds. The kinetic rate of the combined stream is taken as the weighted average of the reciprocal K values. The model was used to compare the alternative treatment schemes and the main conclusions were: (1) pretreatment of industrial wastewater is always the most efficient alternative, and (2) an optimal VSS concentration exists in the pretreated effluent, leading to the most efficient treatment system. Experimental studies aimed at validation of this model are strongly recommended.
机译:本文介绍了数学模型的开发及其在预测工业废水预处理系统尺寸中的应用,并将其与替代解决方案进行了比较。该模型基于市政和工业废水的伪一级动力学,也基于工业废水的Monod动力学。在联合处理过程中,将生物质作为能够降解目标化合物的特种微生物的混合物。合并流的动力学速率取为倒数K值的加权平均值。该模型用于比较替代处理方案,主要结论是:(1)预处理始终是最有效的工业废水替代方法;(2)预处理废水中存在最佳VSS浓度,从而导致最有效的处理系统。强烈建议进行旨在验证该模型的实验研究。

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