废水处理中的氮去除

Z.A. Dasti
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引用次数: 0

摘要

本文介绍了污水遗传脱氮和改良的方法。虽然有一些低能耗的选择,如反硝化和熟练的部分铵,已经很好地显示出了对侧河道的处理,并逐渐走向正常应用,但通常使用的BNR技术是能源耗尽的技术之一。细胞吸收与照片可以得到更好的氮,但瓶颈有固体分裂和空间需要最大限度地适用于三级管理。另一方面,细菌细胞是一种精通于通过侧流改善氮的力量,但不擅长于获得低废物水平。并且通过低能耗、氮回收、尽量减少废氮和联合动力的生长技术将得到较好的废水脱氮效果。
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NITROGEN REMOVAL FROM WASTEWATER TREATMENT
The methodologies for genetic nitrogen removal and improvement through the dirtywater have been précised in this study. Although there are some low energy options, like as denitritation and the proficient partial Ammonium that has been displayed in a well manner for sidewatercourse treatment and is growing towards the normal applications, and the usually usedtechnology of BNR is one of the energy exhaustive. Cell absorption with photographs may get betternitrogen, but bottleneck having solids division and space needs maximum applicability to the tertiarymanagement. Bacteriological cell, alternatively, is the power proficient at improving nitrogen by theside stream but not at obtaining low waste matter levels. And by the low usage of energy, nitrogenrecovery, to minimize waste matter nitrogen and the joint power of the growing techniques will getbetter wastewater nitrogen removal.
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