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fu he sheng wu xu ning ji cbf-1 de xu ning zuo yong ji li yan jiu
Author(s): 
Pages: 1855-1861
Year: Issue:  7
Journal: Acta Scientiae Circumstantiae

Keyword:  microbial flocculantcompound bioflocculantflocculation mechanism;
Abstract: 采取PAC+絮凝剂的复配方式开展高岭土悬浊液烧杯实验,考察了复合生物絮凝剂CBF-1、CBF-1溶解物及微生物絮凝剂MBF8的絮凝特性,并借助iPDA仪分析和扫描电镜、光学显微镜观察等手段,比较分析了絮凝过程及絮体特性的差异.结果表明,各复配絮凝的浊度去除效果排序为CBF-1>CBF-1溶解物>MBF8,CBF-1投加量1mg·L-1时,浊度去除率可达到97.5%;絮体强度排序为CBF-1>CBF-1溶解物>MBF8,絮体恢复因子排序为MBF8>CBF-1溶解物>CBF-1,絮体大小排序为CBF-1>CBF-1溶解物>MBF8.单独投加PAC或投加PAC+MBF8的情况下,形成的絮体形态相对规整、密实;投加PAC+CBF-1溶解物或投加PAC+CBF-1形成的絮体则相对无序、疏松,CBF-1作用下絮体大、沉降快.CBF-1中高电荷MBF8组分及大分子羧甲基纤维素、羧甲基多聚糖等组分具有强的电荷中和与桥联协同增效作用;CBF-1还含有纤维素、木质素等大分子量且带多种官能团的不溶性组分,在桥联和吸附过程中也起着重要作用.
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