首页|果皮混凝剂外加碳源对低碳源污水处理效果的影响研究

果皮混凝剂外加碳源对低碳源污水处理效果的影响研究

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为了探究果皮混凝剂(HFP)外加碳源对低碳源污水处理效果的影响,采用序批式活性污泥法(SBR)进行试验,探究了HFP的投加量、HRT和进水pH值对模拟低碳源污水处理效果的影响.与乙酸钠对比,考察了HFP对于实际低碳源污水的处理效果.结果表明,对于模拟低碳源污水,在HRT为 12 h,pH值为 7,HFP投加量在40 mL/L时对NH4+-N和TN的去除率分别达到 86%和 73%;在其投加量为 40 mL/L,pH值为 7,HRT为 16 h时处理效果最佳,COD和TN的去除率分别达到 89%和 78%.在HFP投加量为 40 mL/L,HRT为 12 h,pH值为7 时,对于实际低碳源污水中COD、NH4+-N的去除率与投加乙酸钠接近,TN去除率比投加乙酸钠时低 6.6%.HFP作为外加碳源,能有效提高低碳源污水COD与TN的去除率,具有推广应用的潜力.
Impact of fruit peel coagulant as an external carbon source on low carbon source sewage treatment
In order to explore the effect of peel coagulant plus carbon source on low carbon source sewage treatment,the sequential batch activated sludge method(SBR)was used to conduct the experiment,and explore the effect of HFP dosage,HRT and inlet pH value on simulated low carbon source sewage treatment.Compared to sodium acetate,the effect of HFP on actual low carbon source sewage treatment was investigated.The results showed that,for the simulated low carbon source sewage,when the HRT was 12 h,the pH value was 7,the HFP dosage was 40 mL/L,the removal rates of NH4+-N and TN reached 86%and 73%respectively.The optimal treatment effect was obtained under the condition that the HFP dosage was 40 ml/L,the pH value was 7 and the HRT was 16 h,the removal rates of COD and TN reached 89%and 78%then.When the HFP dosage was 40 mL/L,the HRT was 12 h,the pH value was 7,for the actual low carbon source sewage treatment,the removal rates of COD and NH4+-N with HFP addition was close to that with sodium acetate addition,and the removal rate of TN was 6.6%lower than that with sodium acetate addition.As an external carbon source,HFP can effectively improve the removal rates of COD and TN in low carbon source sewage,which shows promotion and application potential.

low carbon source sewageexternal carbon sourcedenitrificationpeel coagulantSBRHRTpH value

罗述元、岳庆河、付英、王君诺

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济南大学 土木建筑学院,济南 250022

中建八局第一建设有限公司,济南 250013

水发技术集团有限公司,济南 250100

低碳源污水 外加碳源 脱氮 果皮混凝剂 SBR 水力停留时间 pH值

山东省企业技术创新项目济大-水发技术研究中心项目企业委托项目

202150100867w2021009w2021125

2024

工业用水与废水
东化工程科技股份有限公司

工业用水与废水

CSTPCD
影响因子:0.649
ISSN:1009-2455
年,卷(期):2024.55(3)
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