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A study on the ammonia removal mechanisms for the A/O biological nitrogen removal process with the enhancement of the zeolite

机译:沸石增强A / O生物氮去除过程的氨去除机制研究

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This paper mainly studied on using activated sludge process with zeolite to upgrade the traditional secondary treatment plants. In this process, zeolite acted as ammonian sorbent and microbial carrier firstly, and then composed zeolite and biological complex to improve denitrification of anaerobic zone and nitrification of oxic zone. In the anaerobic zone, the influent contained a lot higher ammonian concentration. The zeolite adsorbed ammonian, it increased carbon nitrogen ratio and facilitated denitrification. While in the oxic zone, adsorbate concentration of mixed liquid decreased owing to biodegra dation by the action of salinity and microorganism. Thus, it striked a balance between adsorption and desorption of zeolite with ammonium, and zeolite with ammonium released constantly ammonian to renew.
机译:本文主要研究采用沸石的活性污泥工艺升级传统的二级治疗厂。在该方法中,沸石首先作用为氨吸附剂和微生物载体,然后组成沸石和生物复合物,以改善厌氧区的脱氮和氮化的氧化区。在厌氧区,流入含有众多氨浓度。沸石吸附氨,它增加了碳氮比率,促进了脱氮。虽然在氧区域中,由于盐度和微生物的作用,由于生物蛋白,混合液体的吸附浓度降低。因此,它在沸石的吸附和解吸与铵的吸附和解吸之间的平衡,并且沸石与铵释放出不断的氨来更新。

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