长春理工大学学报(自然科学版)
長春理工大學學報(自然科學版)
장춘리공대학학보(자연과학판)
JOURNAL OF CHANGCHUN UNIVERSITY OF SCIENCE AND TECHNOLOGY(NATURAL SCIENCE EDITION)
2014年
2期
159-163
,共5页
李羚%刘翔%李光日%耿一萌%包思琪%冯琳阁
李羚%劉翔%李光日%耿一萌%包思琪%馮琳閣
리령%류상%리광일%경일맹%포사기%풍림각
污水%生态系统%污染源%SBR
汙水%生態繫統%汙染源%SBR
오수%생태계통%오염원%SBR
sewage%ecosystem%pollution source%SBR
结合我国生活污水污染源治理现状,利用强化混凝SBR法处理分散式生活污水,通过相关实验,确定该工艺处理生活污水的最佳工况条件和最优运行参数:最佳曝气时间为30.0min,生活污水的进水浓度在一定范围内(400.0mg/L附近)波动时,对处理效果影响不明显,最佳静置沉淀时间为30.0min,最佳滗水时间为5.0s,最佳DO值范围为8.5~9.1mg/L,最佳温度为28.0℃,最佳pH值为6.5~7.5。实验结果表明,强化混凝-SBR法处理分散式生活污水工艺是一种适合我国国情和污水处理技术发展的一项污水处理工艺。
結閤我國生活汙水汙染源治理現狀,利用彊化混凝SBR法處理分散式生活汙水,通過相關實驗,確定該工藝處理生活汙水的最佳工況條件和最優運行參數:最佳曝氣時間為30.0min,生活汙水的進水濃度在一定範圍內(400.0mg/L附近)波動時,對處理效果影響不明顯,最佳靜置沉澱時間為30.0min,最佳潷水時間為5.0s,最佳DO值範圍為8.5~9.1mg/L,最佳溫度為28.0℃,最佳pH值為6.5~7.5。實驗結果錶明,彊化混凝-SBR法處理分散式生活汙水工藝是一種適閤我國國情和汙水處理技術髮展的一項汙水處理工藝。
결합아국생활오수오염원치리현상,이용강화혼응SBR법처리분산식생활오수,통과상관실험,학정해공예처리생활오수적최가공황조건화최우운행삼수:최가폭기시간위30.0min,생활오수적진수농도재일정범위내(400.0mg/L부근)파동시,대처리효과영향불명현,최가정치침정시간위30.0min,최가필수시간위5.0s,최가DO치범위위8.5~9.1mg/L,최가온도위28.0℃,최가pH치위6.5~7.5。실험결과표명,강화혼응-SBR법처리분산식생활오수공예시일충괄합아국국정화오수처리기술발전적일항오수처리공예。
In this paper,technology study of enhanced coagulation SBR method for treating decentralized domestic sew-age is combined with the current situation of the management for domestic sewage pollution source in our country, the comparison and analysis are made to the management technology and method for the pollution source of decentralized domestic sewage. The enhanced coagulation SBR method is used to treat decentralized domestic sewage. Through relat-ed experiments, the optimum condition and the optimal operation parameters of enhanced coagulation SBR method to treat domestic sewage are determined: The optimum aeration time is 30.0min, when the sewage influent concentration (near 400.0mg/L) within a certain range of volatility,the impact of treatment effect is not obvious,optimum sedimen-tation time is 30min, optimum of decanter time is 5.0s, optimum value range of DO is 8.5-9.1mg/L, optimum tem-perature is 28.0° C, optimum value of pH is 6.5-7.5. The experimental results show that enhanced coagulation SBR method for decentralized sewage process is a suitable for sewage treatment process of China's national conditions and de-velopment needs of sewage treatment technology.