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Strategies to improve the efficiency of tertiary nitrifying trickling filters

机译:提高三级硝化滴滤池效率的策略

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The long term effects of the conditions for a biofilm reactor are governed by slow microbial processes, such as the growth and decay of the bacteria. Simulations of a trickling filter model based on a multi species dynamic biofilm model and data from an experiment, where an NTF had been alternatingly fed unnitrified and completely nitrified wastewater, agree fairly well. Two different operating strategies of NTFs are studied by simulation: periodically inversing the order of two NTFs in series and varying the flow th rough NTFs operating in parallel. The simulations indicate that both strategies have a potential of increasing the nitrifying capacity of filters operating at low ammonium load, provided the influent concentrations of organic matter are low. However, to what extent the capacity is increased depends on the specific death rate of the nitrifiers, which needs to be further studied. [References: 12]
机译:生物膜反应器条件的长期影响由缓慢的微生物过程控制,例如细菌的生长和腐烂。基于多物种动态生物膜模型的滴滤滤池模型和来自实验的数据的模拟非常吻合,在该实验中,NTF被交替注入未硝化和完全硝化的废水。通过仿真研究了两种不同的NTF操作策略:周期性地颠倒两个NTF的顺序,并改变并行运行的NTF的流量。仿真表明,只要进水有机物浓度低,两种策略都有可能提高在低铵负荷下运行的过滤器的硝化能力。然而,容量增加到何种程度取决于硝化器的特定死亡率,这需要进一步研究。 [参考:12]

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