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Performances of anaerobic and aerobic membrane bioreactors for the treatment of synthetic textile wastewater

机译:厌氧和好氧膜生物反应器处理合成纺织废水的性能

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This study aims at comparatively evaluating anaerobic and aerobic MBRs for the treatment of azo-dye containing synthetic wastewater. Also, the filtration performances of AnMBR and AeMBR were compared under similar operating conditions. In both MBRs, high COD removal efficiencies were observed. Although almost complete color removal was observed in AnMBR, only partial (30-50%) color removal was achieved in AeMBR. AnMBR was successfully operated up to 9 L/(m(2) h) (LMH) and no chemical cleaning was required at 4.5 LMH for around 50 days. AeMBR was operated successfully up to 20 LMH. The filtration resistance of AnMBR was generally higher compared to AeMBR although reversible fouling rates were comparable. In both MBRs, offline chemical cleaning with NaOCl and sulfuric acid almost completely removed irreversible fouling and the resistances of chemically cleaned membranes were close to those of new membranes. (C) 2015 Elsevier Ltd. All rights reserved.
机译:这项研究旨在比较评估厌氧和好氧MBRs处理含偶氮染料的合成废水。此外,在相似的操作条件下,还比较了AnMBR和AeMBR的过滤性能。在两个MBR中,都观察到了较高的COD去除效率。尽管在AnMBR中观察到几乎完全脱色,但在AeMBR中仅实现了部分脱色(30-50%)。 AnMBR已成功运行至9 L /(m(2)h)(LMH),并且在大约50天的4.5 LMH下无需化学清洁。 AeMBR已成功运行至20 LMH。尽管可逆结垢率相当,但AnMBR的过滤阻力通常比AeMBR高。在两个MBR中,用NaOCl和硫酸进行离线化学清洗几乎可以完全消除不可逆的结垢,并且化学清洗过的膜的电阻与新膜的电阻接近。 (C)2015 Elsevier Ltd.保留所有权利。

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