首页|期刊导航|哈尔滨工业大学学报（英文版）|Rgwo performances of submerged membrane bioreactor treating brewery wastewater: A laboratory study
哈尔滨工业大学学报（英文版）2005，Vol.12Issue(4)：460-466,7.
Rgwo performances of submerged membrane bioreactor treating brewery wastewater: A laboratory study
Rgwo performances of submerged membrane bioreactor treating brewery wastewater: A laboratory study
摘要
Abstract
Performances of submerged membrane bioreactor (SMBR) treating brewery wastewater were investigated in this study. With little variation of COD:TN:TP ratio (100:5:1) in influent, SMBR showed high removal efficiency ( ＞ 90% ) for both COD and NH4 + - N, and it also showed a strong resistive ability for shock organics loading rate, evidenced by no obvious fluctuation for COD in the effluent when the organics loading rate removal, TN and TP removal showed a strong correlation with the growth stage of the sludge in SMBR. When the sludge was in the multiplication stage, about 45% of TN was removed and an average removal efficiency of 30% for TP was also observed. However, when the activated sludge was in the steady stage, the removal efficiency for TN decreased to about 30% , whereas, the removal efficiency for TP was very low, and sometimes even below zero. The results of GC/MS indicated that the residual organic matters in the effluent were mainly alkyl hydrocarbon with high molecular weight, and coupling with the results of electroscopic scanning, it is speculated that biomass formed at external and internal membrane fibers played an important role for the removal of small organics.关键词
submerged membrane bioreactor/brewery wastewater/shock organics loading rate/GC/MS analysis/electroscopic scanning/MLSSKey words
submerged membrane bioreactor/brewery wastewater/shock organics loading rate/GC/MS analysis/electroscopic scanning/MLSS分类
资源环境引用本文复制引用
ZHANG Li-qiu,FENG Li,LV Bing-nan,GU Ren-zheng,JIANG Jin..Rgwo performances of submerged membrane bioreactor treating brewery wastewater: A laboratory study[J].哈尔滨工业大学学报（英文版）,2005,12(4):460-466,7.基金项目
Sponsored by the Key Science Technology Proiect of the National Tenth Five-Year-Plan of China ( Grant No. 2002BA806B04). （ Grant No. 2002BA806B04）
