广州化工
廣州化工
엄주화공
Guangzhou Chemical Industry
2015年
18期
131-132,177
,共3页
李宏伟%柳世袭%陈小攀%王泽群
李宏偉%柳世襲%陳小攀%王澤群
리굉위%류세습%진소반%왕택군
乳制品废水%水解%接触氧化
乳製品廢水%水解%接觸氧化
유제품폐수%수해%접촉양화
dairy wastewater%hydrolysis%oxidation
针对乳制品废水特点,采用“水解-接触氧化”工艺进行处理。结果表明,该工艺流程简洁、操作简单、运行稳定,在进水CODCr=500~2000 mg/L时,出水CODCr≤300 mg/L,稳定达标排放,系统CODCr去除率达85%左右,出水水质优于国家《污水综合排放标准》(GB8978-1996)的三级排放标准。
針對乳製品廢水特點,採用“水解-接觸氧化”工藝進行處理。結果錶明,該工藝流程簡潔、操作簡單、運行穩定,在進水CODCr=500~2000 mg/L時,齣水CODCr≤300 mg/L,穩定達標排放,繫統CODCr去除率達85%左右,齣水水質優于國傢《汙水綜閤排放標準》(GB8978-1996)的三級排放標準。
침대유제품폐수특점,채용“수해-접촉양화”공예진행처리。결과표명,해공예류정간길、조작간단、운행은정,재진수CODCr=500~2000 mg/L시,출수CODCr≤300 mg/L,은정체표배방,계통CODCr거제솔체85%좌우,출수수질우우국가《오수종합배방표준》(GB8978-1996)적삼급배방표준。
According to the characteristics of dairy wastewater, the process of hydrolysis-oxidation was used. The results indicated the process was easy, simple operation, and stable operation. In the condition with the inflowing water of CODCr=500~2000 mg/L, an outflow of CODCr≤300 mg/L was got, and the removal efficiency of CODCr was above 85%, which completely met and overmatchs the effluent discharge standards ( GB8978-1996 ) .
