楚雄师范学院学报
楚雄師範學院學報
초웅사범학원학보
JOURNAL OF CHUXIONG TEACHERS'COLLEGE
2011年
9期
92-97
,共6页
膜生物反应器%复合反应器%水力停留时间
膜生物反應器%複閤反應器%水力停留時間
막생물반응기%복합반응기%수력정류시간
membrane bioreactor%hybrid bioreactor%hydraulic retention time
本文在以复合式膜生物反应器系统为基础，以模拟城市污水为处理对象。通过运行条件优化研究，综合脱氮除磷效果及经济因素，将复合区水力停留时间控制在7h左右。此时系统总去除率为：CODcr≥96．28％、NH3-N≥97．54％、TN≥74．87％、TP≥74．34％，出水可以稳定保证在CODer≤14．35mg／L、NH3-N≤0．74mg／L、TN≤9．02mg／L、TP≤1．05mg／L。效果较好。
本文在以複閤式膜生物反應器繫統為基礎，以模擬城市汙水為處理對象。通過運行條件優化研究，綜閤脫氮除燐效果及經濟因素，將複閤區水力停留時間控製在7h左右。此時繫統總去除率為：CODcr≥96．28％、NH3-N≥97．54％、TN≥74．87％、TP≥74．34％，齣水可以穩定保證在CODer≤14．35mg／L、NH3-N≤0．74mg／L、TN≤9．02mg／L、TP≤1．05mg／L。效果較好。
본문재이복합식막생물반응기계통위기출，이모의성시오수위처리대상。통과운행조건우화연구，종합탈담제린효과급경제인소，장복합구수력정류시간공제재7h좌우。차시계통총거제솔위：CODcr≥96．28％、NH3-N≥97．54％、TN≥74．87％、TP≥74．34％，출수가이은정보증재CODer≤14．35mg／L、NH3-N≤0．74mg／L、TN≤9．02mg／L、TP≤1．05mg／L。효과교호。
The article proposes to treat with municipal wastewater based on the hybrid mem- brane bioreactor. Hydraulic retention time （HRT） can be controlled for 7h by optimization of running conditions, and comprehensive consider of nitrogen and phosphorus removal efficiency and eco- nomic factors. At that time, the average COD, NH3 - N, TN and TP removal rate are as high as 96.28%, 97.54%, 74.87% and 74.34%, and the average COD, NH3 - N, TN and TP of effluent are as low as 14.35mg/L, 0.74mg/L , 9.02mg/L and 1.05mg/L.
