工业水处理
工業水處理
공업수처리
INDUSTRIAL WATER TREATMENT
2009年
7期
41-43
,共3页
孙广垠%张娟%张炜%王京
孫廣垠%張娟%張煒%王京
손엄은%장연%장위%왕경
全程厌氧%水解酸化%印染废水
全程厭氧%水解痠化%印染廢水
전정염양%수해산화%인염폐수
complete anaerobic%hydrolysis acidification%printing and dyeing wastewater
在"厌氧-好氧"生物处理中,全程厌氧与水解酸化作为厌氧段均可有效处理印染废水,作者从作用机理、运行条件、污染物去除效果、最终产物等方面进行分析比较.结果表明:印染废水生物处理中的厌氧段宜采用全程厌氧.
在"厭氧-好氧"生物處理中,全程厭氧與水解痠化作為厭氧段均可有效處理印染廢水,作者從作用機理、運行條件、汙染物去除效果、最終產物等方麵進行分析比較.結果錶明:印染廢水生物處理中的厭氧段宜採用全程厭氧.
재"염양-호양"생물처리중,전정염양여수해산화작위염양단균가유효처리인염폐수,작자종작용궤리、운행조건、오염물거제효과、최종산물등방면진행분석비교.결과표명:인염폐수생물처리중적염양단의채용전정염양.
As the anaerobic phase of anaerobic/aerobic biological treatment, both complete anaerobic and hydrolysis acidification are effectual technique in printing and dyeing wastewater treatment. A comprehensive comparison between complete anaerobic and hydrolysis acidification, concerned about the functional mechanism, operating conditions, removal efficiency of the pollutant, and final product, etc. is carried out. The results show that the complete anaerobic is the best choice as the anaerobic phase of dyeing wastewater biological treatment.
