环境工程学报
環境工程學報
배경공정학보
CHINESE JOURNAL OF ENVIRONMENTAL ENGINEERING
2010年
5期
1125-1128
,共4页
汽车脱脂废水%汽车涂装废水%厌氧-好氧工艺%十二烷基苯磺酸钠
汽車脫脂廢水%汽車塗裝廢水%厭氧-好氧工藝%十二烷基苯磺痠鈉
기차탈지폐수%기차도장폐수%염양-호양공예%십이완기분광산납
automobile degreased wastewater%automobile painting wastewater%anaerobic-aerobic process%sodium dodecvlbenzene sulfonate
采用厌氧UASB-好氧接触氧化工艺对汽车脱脂废水进行连续处理实验研究.结果表明,在脱脂废水进水COD浓度为6 000 mg/L,厌氧水力停留时间为3.4 d,好氧水力停留时间为2.5 d条件下,COD总去除率平均为93%,厌氧段平均值为38%.厌氧段可以提高出水的可生化性,厌氧-好氧接触氧化工艺效果要明显优于好氧工艺.
採用厭氧UASB-好氧接觸氧化工藝對汽車脫脂廢水進行連續處理實驗研究.結果錶明,在脫脂廢水進水COD濃度為6 000 mg/L,厭氧水力停留時間為3.4 d,好氧水力停留時間為2.5 d條件下,COD總去除率平均為93%,厭氧段平均值為38%.厭氧段可以提高齣水的可生化性,厭氧-好氧接觸氧化工藝效果要明顯優于好氧工藝.
채용염양UASB-호양접촉양화공예대기차탈지폐수진행련속처리실험연구.결과표명,재탈지폐수진수COD농도위6 000 mg/L,염양수력정류시간위3.4 d,호양수력정류시간위2.5 d조건하,COD총거제솔평균위93%,염양단평균치위38%.염양단가이제고출수적가생화성,염양-호양접촉양화공예효과요명현우우호양공예.
In order to promote the removal rate of COD of automobile degreased waste water,anaerobic-aer-obic process was employed.When the influent COD concentration was 6 000 mg/L,HRT was 3.4 d in the anaerobic reactor and 2.5 d in the aerobic reactor,the average COD removal rate was 93%.The results show that the anaerobic reactor can improve the biodegradability of the effluent,the effect of anaerobic-aerobic process is better than aerobic process.