工业用水与废水
工業用水與廢水
공업용수여폐수
INDUSTRIAL WATER & WASTEWATER
2015年
3期
62-64,75
,共4页
啤酒废水%MIC%A/O%工程设计
啤酒廢水%MIC%A/O%工程設計
비주폐수%MIC%A/O%공정설계
bear wastewater%MIC%A/O%engineering design
采用MIC-A/O工艺处理啤酒企业的生产废水，该组合工艺不仅占地面积小且能够承受高CODCr负荷，抗冲击能力强，系统稳定。工程实践表明，处理后出水CODCr、 BOD5、 SS的平均质量浓度为36.5、9.7、22.3 mg/L，达到DB 37/599-2006《山东省南水北调沿线水污染物综合排放标准》中的重点保护区域排放标准。介绍了工艺流程设计及调试运行情况，给出了主要构筑物和设备配置及运行费用。
採用MIC-A/O工藝處理啤酒企業的生產廢水，該組閤工藝不僅佔地麵積小且能夠承受高CODCr負荷，抗遲擊能力彊，繫統穩定。工程實踐錶明，處理後齣水CODCr、 BOD5、 SS的平均質量濃度為36.5、9.7、22.3 mg/L，達到DB 37/599-2006《山東省南水北調沿線水汙染物綜閤排放標準》中的重點保護區域排放標準。介紹瞭工藝流程設計及調試運行情況，給齣瞭主要構築物和設備配置及運行費用。
채용MIC-A/O공예처리비주기업적생산폐수，해조합공예불부점지면적소차능구승수고CODCr부하，항충격능력강，계통은정。공정실천표명，처리후출수CODCr、 BOD5、 SS적평균질량농도위36.5、9.7、22.3 mg/L，체도DB 37/599-2006《산동성남수북조연선수오염물종합배방표준》중적중점보호구역배방표준。개소료공예류정설계급조시운행정황，급출료주요구축물화설비배치급운행비용。
The industrial wastewater from a beer enterprise was treated by MIC-A/O process;the said com-bined process had advantages of small space occupation, high CODCr loading resistant, high anti-shock loading capability, and stable systematic operation. The engineering practice showed that, through the treatment, the av-erage mass concentrations of CODCr, BOD5 and SS were 36.5, 9.7, 22.3 mg/L respectively, which met the dis-charge specification for key protected area in DB 37/599-2006 Integrated Discharge Standard of Water Pollu-tants in the Route of South-to-north Water Diversion Project in Shandong Province. The process design as well as the commissioning and operating condition was introduced;besides, the main structures, devices allocation and operation costs were also provided.
