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Growth characteristics of Aeolosoma hemprichi contributing on excess activated sludge reduction

机译:弓脉瘤致肺瘤致肺炎过度活性污泥减少的生长特征

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In order to stabilize the growth of A.hemprichi and minimize the sludge production through biological predation, A.hemprichi was inoculated in batch and continuous experiments to investigate the growth characteristics and the effect on sludge reduction in this study. Various available volatile suspended solid (AVSS) concentrations were obtained after the ultrasonic irridation on pre-sterilized sludge. It was found the density of A.hemprichi was proportionate to AVSS concentration. A.hemprichi reached the maximum density when AVSS concentration was more than 3000mg/L. No obvious difference was found between the initial specific growth ratio(μ) of A.hemprichi at various AVSS concentrations. When N>0.5N{sub}L, μ decreased with the increase of A.hemprichi and Logistic model was adopted to fit the growth of A.hemprichi. The results indicated sludge reduction rate was correlated with the growth rate of A.hemprichi which got the maximum growth activities at the density of 300ind./ml. SRT of 6~8 days could control A.hemprichi at this optimum density.
机译:为了稳定A.Hemprichi的生长并通过生物捕食使污泥产生最小化,分批和连续实验中接种A.Hemprichi,以研究该研究的生长特性和对污泥的影响。在预灭菌污泥上的超声波渗透后,获得各种可用的挥发性悬浮固体(AVSS)浓度。发现A.Hemprichi的密度与AVSS浓度成比例。当AVSS浓度超过3000mg /升时,A.Hemprichi达到了最大密度。在各种AVSS浓度下的A.Hemprichi的初始特异性生长比(μ)之间没有明显差异。当n> 0.5n {sub} L,μ随着A.Hemprichi的增加而降低时,采用逻辑模型以适应A.Hemprichi的生长。结果表明污泥降低率与A.Hemprichi的生长速率相关,其在300ind./ml密度下获得最大的生长活性。 SRT为6〜8天可以以这种最佳密度控制A.Hemprichi。

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