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Enhanced removal of ammonium by combined nitrification/adsorption in expanded clay aggregate filters

机译:通过在膨胀的粘土骨料过滤器中联合硝化/吸附来增强铵的去除

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Long-term experiments were carried out on a nitrifying biofilter with a zeolite-containing expanded clay aggregate filter media (Filtralite ZL) receiving daily peak loads of ammonia. The filter removed ammonium from domestic wastewater by a combination of nitrification and sorption of ammonium. The filter was biologically regenerated continuously and there was no deterioration in performance after 10 months of continuous experiments. Isotherm experiments confirmed that the Filtralite ZL granules that had been used for more than 8 months had about the same capacity as the unused material. Desorption experiments that were carried out indicated that desorption of ammonium from the filter material was mainly caused by an exchange of cations from the wastewater even at low cation concentrations. [References: 13]
机译:在硝化生物滤池上进行了长期实验,该滤池采用含沸石的膨化粘土骨料滤料(Filtralite ZL),每天接受氨的峰值负荷。该过滤器通过硝化和吸附铵的结合从生活废水中去除铵。过滤器连续进行生物再生,经过10个月的连续实验后,性能没有下降。等温线实验证实,使用了8个月以上的Filtralite ZL颗粒的容量与未使用的物质大致相同。进行的脱附实验表明,即使在低阳离子浓度下,氨从过滤材料中的脱附也主要是由于废水中阳离子的交换引起的。 [参考:13]

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