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The characteristics of aerobic granules cultivated with the effluent from an anaerobic baffled reactor for berberine wastewater treatment

机译:来自厌氧膨胀反应器的流出物培养的有氧颗粒的特点,用于小檗碱废水处理

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In this study, aerobic granular sludge was cultivated with the effluent of anaerobic baffled reactor (ABR) which degraded berberine wastewater. After 80-day operation, stable granules with sizes of 2-10 mm were obtained. With the granulation, the SVI value decreased from 120 to 20.34 mL/g. The granular sludge had an excellent settling ability with the settling velocity over 104 m/h. Aerobic granular sludge exhibited good performance for organics and berberine removals from the effluent of ABR. After granulation, high and stable removal efficiencies of 90.47% for COD, 64.32% for berberine, were achieved with the volumetric exchange ratio of 50% and cycle duration of 6 h. The average COD and berberine of the effluent were 171.1mg/L and 3.88mg/L, after aerobic granules matured.
机译:在该研究中,用厌氧膨耕反应器(ABR)的流出物培养了有氧颗粒污泥,其降解了小檗碱废水。 80天运行后,获得尺寸为2-10mm的稳定颗粒。通过造粒,SVI值从120-10-20.34ml / g降低。粒状污泥具有优异的沉降能力,沉降速度超过104米/小时。有氧颗粒污泥表现出有机物和Berberine从ABR的流出物中发出的良好表现。在造粒后,鳕鱼的高且稳定的去除效率为90.47%,比芽孢菌素为64.32%,具有50%和6小时的循环持续时间的体积交换比率。在有氧颗粒成熟后,流出物的平均鳕鱼和小檗碱为171.1mg / L和3.88mg / L.

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