当代化工
噹代化工
당대화공
CONTEMPORARY CHEMICAL INDUSTRY
2013年
7期
944-945,948
,共3页
张鹏%孙丹凤%高会杰
張鵬%孫丹鳳%高會傑
장붕%손단봉%고회걸
废润滑油%好氧生化处理
廢潤滑油%好氧生化處理
폐윤활유%호양생화처리
Waste lubricating oil%Aerobic biological treatment
对好氧生化工艺处理废润滑油再生工艺废水的可行性进行了研究。结果表明，经过驯化，活性污泥中的微生物能够逐渐适应较高有机物浓度的水质。当进水COD浓度在3000 mg/L以下时，COD去除率稳定80%以上，污泥性能良好。
對好氧生化工藝處理廢潤滑油再生工藝廢水的可行性進行瞭研究。結果錶明，經過馴化，活性汙泥中的微生物能夠逐漸適應較高有機物濃度的水質。噹進水COD濃度在3000 mg/L以下時，COD去除率穩定80%以上，汙泥性能良好。
대호양생화공예처리폐윤활유재생공예폐수적가행성진행료연구。결과표명，경과순화，활성오니중적미생물능구축점괄응교고유궤물농도적수질。당진수COD농도재3000 mg/L이하시，COD거제솔은정80%이상，오니성능량호。
The possibility of aerobic biological treatment of wastewater from regeneration process of waste lubricating oil was studied. The results show that domesticated sludge can gradually adapt to the water with high concentration organic;When the concentration of the influent is less than 3 000 mg/L, the removal rate of COD can maintain more than 80%, and performance of sludge is good.
