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首页> 外文期刊>Transactions of The Institution of Chemical Engineers. Process Safety and Environmental Protection, Part B >EFFECT OF SUCTION PRESSURE AND AERATION ON THE HOLLOW FIBRE MICROFILTRATION OF EXCESS ACTIVATED SLUDGE
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EFFECT OF SUCTION PRESSURE AND AERATION ON THE HOLLOW FIBRE MICROFILTRATION OF EXCESS ACTIVATED SLUDGE

机译:抽吸压力和曝气对过量活性污泥中空纤维微滤的影响

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摘要

Under various suction pressures (8.0-88.0 kPa),the constant pressure filtration experiment of the excess activated sludge was carried out using the hollow fibre microfiltration membrane with/without aeration.The municipal excess activated sludge was very difficult to be filtered and had the characteristics of the strong compressibility (compressibility coefficient:1.03).The aeration stripped a large part of cake formed on the membrane surface and increased the flux of the filtrate,but the effect of the aeration reduced at high suction pressure because of the strong compressibility.The very short filtration time used in this experiment little clogged pores of the hollow fibre membrane and the filtration resistance of the formed cake was much larger than the resistance of membrane clogging.
机译:在中空纤维微滤膜带/不带曝气的情况下,在各种吸气压力(8.0-88.0 kPa)下对过量活性污泥进行恒压过滤实验,市政过量活性污泥很难过滤且具有以下特点曝气去除了在膜表面上形成的大部分滤饼并增加了滤液的通量,但由于强压缩性,在高吸入压力下曝气的效果降低了。在该实验中使用的非常短的过滤时间几乎没有堵塞中空纤维膜的孔,并且形成的滤饼的过滤阻力远大于膜堵塞的阻力。

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