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限制曝气实现常温条件下生活污水短程硝化

机译:限制曝气实现常温条件下生活污水短程硝化

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The objective of this paper was to examine the feasibility of partial nitrification from raw domestic wastewater at ambient temperature by aeration control only. Airflow rate was selected as the sole operational parameter. A 14L sequencing batch reactor was operated at 23℃ for 8 months, with an input of domestic wastewater.deficiency in the reactor would eventually induce only nitrification to nitrite and not further to nitrate and that this system showed relatively stability at higher airflow rate independent of pH and temperature. About 50% of influent total nitrogen was eliminated coupling with partial nitrification, taking the advantage of low DO during the reaction.
机译:本文的目的是通过仅通过曝气控制来研究在环境温度下从原料生产的偏硝化的可行性。选择气流速率作为唯一的操作参数。在23℃下运行14L序列批量反应器8个月,具有国内废水的输入。反应器中的缺点最终仅诱导硝酸盐,而不是硝酸盐,并且该系统在较高的气流速率下表现出相对稳定的稳定性pH和温度。消除了约50%的流入的总氮与部分硝化偶联,从而在反应过程中低于低于干扰。

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