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A study on the Environmental Efficiency Improvement of a Sewage Treatment Plant by Performance Evaluation System

机译:绩效评价系统对污水处理厂环境效率的改善研究

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We developed the Performance Evaluation System (PES) which evaluates both items on water quality inneffluent and energy consumption by using the data of water quantity and water quality for whole processes in a sewagentreatment plant. PES can calculate water quality in effluent and energy consumption quantitatively by using unit processnmodels and evaluate the effect of the advancement of the operating management in whole integrative treatmentnprocesses.nWe examine the reconstruction to aim advanced treatment processes and energy recovery from the viewpoint of bothnwater purification and energy consumption on model sewage treatment plant with the capacity of 48000m3/day. It’snachieved not only the improvement of water quality in effluent but also the reduction of excess sludge which needs morenenergy consumption and costs followed by additional treatment. About the nitrogen removal, MVNR (Marginal value ofnenergy for Nitrogen removal) is able to estimate both water quality in effluent and energy consumptionnAnaerobic digestion and digestion gas generation for energy recovery in the sewage treatment plant are examined bynEIR(Energy independence ratio) and EEIR(Electric Energy independence ratio). It is expected that EIR will be 37.1%nand EEIR will be 41.8% with the application of solubilization facilities and increment of inflow BOD.
机译:我们开发了性能评估系统(PES),该系统通过使用污水处理厂整个过程的水量和水质数据来评估水质污染和能耗两个项目。 PES可以通过使用单元过程模型来定量计算废水中的水质和能耗,并评估整个集成处理过程中运营管理的进步效果。n我们从净水和废水处理的角度研究旨在实现先进处理过程和能量回收的改造方案。示范污水处理厂的日能耗为48000m3。它不仅可以改善废水中的水质,还可以减少多余的污泥,后者需要更多的能源消耗和成本,并需要额外的处理。关于脱氮,MVNR(脱氮能量的边际值)能够估算污水和能耗中的水质。nEIR(能量独立率)和EEIR(污水处理厂)通过厌氧消化和消化气产生的能量来进行回收。电能独立率)。随着增溶设备的应用和流入BOD的增加,预计EIR将为37.1%n,EEIR将为41.8%。

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