化学混凝剂去除原水振荡菌对化学混凝过程的影响

Saowapak Thammasane, T. Kaosol
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引用次数: 2

摘要

在淡水中生长的振荡藻引起了家畜、动物和人的多次中毒事件。采用化学混凝剂对原水进行化学混凝,操作简单,设备投资成本低。本实验采用明矾和含明矾的聚氯化铝(PACl)作为化学混凝剂去除振荡藻。振荡菌由泰国科学技术研究所分子与细胞实验室制备,在BG-11培养基中培养。对处理后的水样品进行化学混凝试验,验证其对合成原水中振荡菌的去除效率。结果表明,明矾混凝剂的化学混凝和明矾混凝剂的PACl对振荡菌的去除效果良好。而采用明矾混凝剂的PACl对振荡藻的去除率最高,化学混凝剂用量较低。当明矾用量为重量比1:10时,PACl对振荡菌的去除率最高可达97%。在90 mg/L的浓度下,振荡藻对明矾的去除率最高可达98%。综上所述,在化学混凝剂用量最少的情况下,以明矾为混凝剂的PACl混凝效率最高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Impact of Chemical Coagulants for Oscillatoria sp. Removal from Raw Water on Chemical Coagulation Process
Growing Oscillatoria sp. in freshwater causes several poisoning episodes of domestic livestock animal and human. The chemical coagulation of raw water using chemical coagulants is very simple and requiring less investment cost on equipment. These experiments used alum and PACl (Polyaluminium chloride) with alum as chemical coagulants for Oscillatoria sp. removal. The Oscillatoria sp. was prepared from Molecular and Cell Laboratory of Thailand Institute of Scientific and Technological Research and grown in BG-11 medium. The samples of treated water use chemical coagulation test to verify their efficiency of Oscillatoria sp. cells removal from the synthetic raw water. The results show that the chemical coagulation using alum coagulant and PACl with alum coagulants produces a high efficiency in Oscillatoria sp. removal. However, the PACl with alum coagulants provided the best Oscillatoria sp. removal efficiency and the low amount of chemical coagulants for Oscillatoria sp. removal process. The PACl with alum doses at 1:10 by weight, provides the best Oscillatoria sp. removal efficiency at 97%. While, the best Oscillatoria sp. removal efficiency of alum dose at 90 mg/L, is 98%. It can be concluded that the PACl with alum doses as the combined chemical coagulant provided the highest efficiency at the lowest amount of chemical coagulants used.
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