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A model for the simulation of the SHARON process: pH as a key factor

机译:用于模拟sHaRON过程的模型:pH是关键因素

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摘要

The SHARON process permits the partial nitrification of wastewaters with high ammonium content and coupled with the Anammox process represents a more sustainable alternative for N removal than a typical nitrification-denitrification. A mathematical model describing a continuously aerated SHARON reactor for the treatment of landfill leachate is presented. Haldane kinetics are used in both steps of the nitrification since ammonium-oxidizing and nitrite-oxidizing organisms are inhibited by their own substrates. Special attention is given to pH because it is a key factor, implementing an algorithm for its calculation. A preliminary calibration of the model using synthetic feed is presented.
机译:SHARON工艺可将氨含量高的废水进行部分硝化,与Anammox工艺相结合,代表了比典型的硝化-硝化更可持续的除氮替代方案。提出了描述用于处理垃圾渗滤液的连续曝气SHARON反应器的数学模型。在硝化的两个步骤中都使用了Haldane动力学,因为铵氧化性生物和亚硝酸盐氧化性生物受到其自身底物的抑制。由于pH是一个关键因素,因此应特别注意pH值,因此要实现其计算算法。介绍了使用合成饲料对模型进行的初步校准。

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