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Comparative Study of Using Different Flow Pattern Bio-trickling Filter Treating Hydrogen Sulfide

机译:使用不同流动模式生物滴滤滤硫化氢的比较研究

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H2S (hydrogen sulfide) was regarded as the research object in this study. The removal performance of two bio-trickling filters was compared. One is the counter flow one, a traditional bio-trickling filter, and the other is a newly self designed cross flow bio-trickling filter. A mixed culture of activated sludge was used as bacterial seed and the bio-film was developed by culturing the bacterial in on oxygen bottle using Na2S as inducing substrate. The cross flow bio-trickling filter can operated at high removal efficiency once start up the experiment. The counter flow one needs 4 days to start up. Compared with the traditional vertical one, the cross flow one was robust enough to recover quickly after 7 days interruption. Moreover, designation of cross flow could lighten the packing acidification. The max elimination capacity of counter flow bio-trickling filter was 170 g H2S/m3/h. Cross flow bio-trickling filter achieved the max elimination capacity of 216 g H2S/m3/h.
机译:H 2 S(硫化氢)被视为本研究中的研究目的。比较了两个生物滴流过滤器的去除性能。一个是逆流一个,传统的生物涓流滤波器,另一个是新自动设计的交叉流动生物滴流滤光器。活性污泥的混合培养物用作细菌种子,通过使用Na 2 S作为诱导基质培养细菌在氧气瓶中培养细菌的生物膜。一旦启动实验,交叉流体生物滴流滤波器可以以高除去效率操作。柜台流量需要4天才能启动。与传统的垂直垂直相比,交叉流量一个足以在7天中断后快速恢复。此外,交叉流的指定可以减轻填充酸化。计数器生物滴流过滤器的最大消除容量为170g H2S / m3 / h。交叉流体生物滴流滤波器实现了216g H2S / M3 / h的最大消除容量。

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