CAJ | 학술논문

采用竖式SBR反应器培养出好氧颗粒污泥,实验结果表明,在非限量曝气模式下好氧颗粒污泥降解模拟污水的效果较好,其 COD 去除率可达98%以上.曝气量对颗粒活性污泥的形成和稳定具有重要影响,当气量为0.3 m3/h时,颗粒活性污泥的性状和处理有机废水效果最佳.但是未经驯化的颗粒污泥对铅离子较敏感.当其浓度为30 mg/L时,其去除率仅为35.8%.
채용수식SBR반응기배양출호양과립오니,실험결과표명,재비한량폭기모식하호양과립오니강해모의오수적효과교호,기 COD 거제솔가체98%이상.폭기량대과립활성오니적형성화은정구유중요영향,당기량위0.3 m3/h시,과립활성오니적성상화처리유궤폐수효과최가.단시미경순화적과립오니대연리자교민감.당기농도위30 mg/L시,기거제솔부위35.8%.
The aerobic granular sludge had been cultivated in the SBR system. The results showed that the aerobic granular sludge was very efficient to degrade organics in aqueous phase. The COD removal rate could reach 98%. The aeration amount was crucial to formation and stabilization of the aerobic granular sludge. The optimal aeration amount was 0.3 m3/h. The aerobic granular sludge could be affected by lead nitrate. The COD removal rate only achieves 35.8%when the concentration of lead nitrate maintains 10 mg/L.