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Nitrogen-removal from sludge water with SBR process: start-up of a full-scale plant in the municipal wastewater treatment plant at Ingolstadt, Germany

机译:通过SBR工艺从污泥水中脱氮:在德国英戈尔施塔特的市政废水处理厂中启动了一家大型工厂

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摘要

The sludge water obtained from the dewatering processes following anaerobic sludge digestion contains high levels of ammonia. This,sludge water is, generally returned to the beginning of the waste water treatment plant process, thereby significantly increasing the nitrogen load on the biological process. In this project, the start-up of a full-scale sequencing batch reactor (SBR) process to separately treat the aforementioned sludge water is studied. Two parallel SBRs were operated over 8 hour cycles. The duration of the start-up was approximately 100 days until a hydraulic load of 225 m(3)/d was reached for each SBR. This paper presents the results of the start-up, highlighting the change in nitrogen concentration with time and the effect of other parameters such as temperature and suspended solids in that period. Following the project period of operation the ammonium concentration was reduced by more than 95% on average.
机译:厌氧污泥消化后通过脱水过程获得的污泥水中含有大量氨。该污泥水通常返回到废水处理厂过程的开始,从而显着增加了生物过程中的氮负荷。在该项目中,研究了分别处理上述污泥水的全规模测序间歇反应器(SBR)工艺的启动。两个平行的SBR在8小时的周期内运行。启动的持续时间约为100天,直到每个SBR的液压负载达到225 m(3)/ d。本文介绍了启动的结果,重点介绍了氮浓度随时间的变化以及该时期内其他参数(例如温度和悬浮固体)的影响。在项目运营期之后,铵浓度平均降低了95%以上。

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