首页|改良Bardenpho工艺的设计与运行效果分析

改良Bardenpho工艺的设计与运行效果分析

扫码查看
济南某污水处理厂工程设计规模为4万m3/d,二级处理采用改良Bardenpho工艺,同时通过设置多点进水、碳源多点投加,前端设置预缺氧池,增设二级缺氧/好氧可变段等措施,为污水厂提供多种工艺运行模式.运行结果表明:改良Bardenoho工艺对CODcr、NH3-N、TN、TP等污染物去除率分别达到了 94.98%、98.35%、93.95%、79.68%,出水CODcr、NH3-N、TN、TP分别为 11.7、0.68、3.03、0.77 mg/L,除TP尚需通过深度处理强化去除外,其余指标均优于设计出水水质.
Analysis on Design and Operation Effect of Modified Bardenpho Process
The design scale of a wastewater treatment plant(WWTP)project in Jinan is 40 000 m3/d,and the improved Bardenpho process is used for the secondary treatment.At the same time,by setting up the multi-point inflow and the multi-point carbon addition,the pre-anaerobic is constructed at the front end,and the secondary anaerobic/aerobic changeable section is added,which provide the multiple technological operation modes for WWTP.The operation result shows that the pollutant removal rates of CODCr,NH3-N,TN and TP by the modified Bardenoho process are 94.98%,98.35%,93.95%and 79.68%respectively,and the effluent CODCr,NH3-N,TN and TP are 11.7,0.68,3.03 and 0.77 mg/L respectively.Except for TP,which need to be enhanced by the advanced treatment,and the other indexes are all better than the designed effluent qualities.

modified Bardenoho processnitrogen and phosphorus removaloperation effect

王磊、慕杨、田海成

展开 >

济南市市政工程设计研究院(集团)有限责任公司,山东济南 250002

改良Bardenoho工艺 脱氮除磷,运行效果

2024

城市道桥与防洪
上海市政工程设计研究院

城市道桥与防洪

影响因子:0.477
ISSN:1009-7716
年,卷(期):2024.(2)
  • 11