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The Effect of Hydraulic Retention Times and Loading Rates on the Removal of Pollutants from Fish Processing Wastewater by Anaerobic Process

机译:水力停留时间和负荷率对厌氧法去除鱼加工废水中污染物的影响

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摘要

Anaerobic treatment model treats fish processing wastewater to be necessary for a small and medium factory that is very popular in Vietnam and other countries.Several techniques have been proposed.However,they are quite expensive and hard to operate,especially in remote areas.In this study,the hydraulic retention times(HRT)including 3,5,and 7 hours with a various organic loading rate of 1.5 to 6.5 kg COD/m3/day were investigated.Biomass concentration as mix-liquor volatile suspended solid(MLVSS)in the model is at 6,000 to 9,000 mg/L.On the basis of the result the optimal HRT with a 4.0 kg COD/m3/day organic loading rate was 8 hours which BOD5,COD removal efficiency were 92.18,87.36 percent respectively.By the end of the optimal hydraulic retention times,the total methane gas volume as a by-product was collected with 2.6 liters.
机译:厌氧处理模型处理鱼类加工废水是越南和其他国家非常受欢迎的中小型工厂所必需的。已经提出了几种技术,但是它们很昂贵且难以操作,尤其是在偏远地区。研究中,研究了在3、5和7个小时内的水力停留时间(HRT),各种有机负载量为1.5至6.5 kg COD / m3 / day的情况。模型的结果是6,000至9,000 mg / L。基于结果,最佳有机负荷为4.0 kg COD / m3 / m3 / day的HRT为8小时,其中BOD5,COD去除效率分别为92.18、87.36%。在最佳水力停留时间中,副产物甲烷气体总体积为2.6升。

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