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The nomographic design approach to recycled water treatment by the nitritation process

机译:硝化工艺处理循环水的诺模图设计方法

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The side-stream generated recycled water in the wastewater treatment plants is characterized as high in both nitrogen concentration and fluctuation of load. Thus, the design approach for recycle water management became an important part of the biological nutrient removal system design. The application of nitrogen removal from recycled water using the nitritation process has recently been increased due to economical reasons associated with an effective carbon allocation as well as the minimization of aeration cost. The concept of nitritation reactor design related to an inhibition of nitrite oxidizer has not been fully practiced in reality because of the limited field experiences. In this paper, a new approach has been proposed to determine reactor size and oxygen requirement in nitritation process design. The SRT-based design approach has been examined based on a series of laboratory experiments. [References: 14]
机译:废水处理厂中产生的侧流再生水具有氮浓度高和负荷波动大的特点。因此,循环水管理的设计方法成为生物营养去除系统设计的重要组成部分。由于与有效碳分配以及最小化曝气成本相关的经济原因,最近使用硝化工艺从循环水中去除氮的应用有所增加。由于有限的现场经验,与抑制亚硝酸盐氧化剂有关的硝化反应器设计概念尚未得到充分实践。在本文中,提出了一种新的方法来确定硝化工艺设计中的反应器尺寸和氧气需求。基于一系列实验室实验的基于SRT的设计方法已得到检验。 [参考:14]

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