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干旱地区水处理系统中底栖生物群落产生微囊藻毒素的意义。

Significance of microcystin production by benthic communities in water treatment systems of arid zones.

作者信息

Hurtado I, Aboal M, Zafra E, Campillo D

机构信息

La Contraparada Water Treatment Plant, SEDELAM, Nra Sra de los Buenos Libros 3, E-30008 Murcia, Spain.

出版信息

Water Res. 2008 Feb;42(4-5):1245-53. doi: 10.1016/j.watres.2007.09.016. Epub 2007 Sep 25.

Abstract

The study of the dynamics of phytobenthic and phytoplankton communities was undertaken, during a year, in the regulation reservoir associated with a water treatment plant (WTP), which provides the city of Murcia (Spain) with drinking water. Water samples were collected in different stages of the treatment. In the reservoir, the presence of dissolved and intracellular microcystins is constant, both in benthos and in plankton. The collected samples show a positive correlation between the dissolved microcystins and the benthic ones in the reservoir itself, as well as in an upstream reservoir (Ojós Reservoir). The treatment process (ozone+clarification+ozone+activated carbon) is very effective in the removal of toxins, and the drinking water produced is totally free of microcystins. The incorporation of the benthic communities in the routine check for the presence of microcystins is recommended, since it is not compulsory according to the current legislation.

摘要

在一年的时间里,对与一座为西班牙穆尔西亚市提供饮用水的水处理厂相关的调节水库中的底栖植物和浮游植物群落动态进行了研究。在处理的不同阶段采集了水样。在水库中,底栖生物和浮游生物中溶解态和细胞内微囊藻毒素的存在都是持续的。采集的样本表明,水库本身以及上游水库(奥霍斯水库)中溶解态微囊藻毒素与底栖微囊藻毒素之间存在正相关关系。处理过程(臭氧+澄清+臭氧+活性炭)在去除毒素方面非常有效,所生产的饮用水完全不含微囊藻毒素。建议将底栖生物群落纳入微囊藻毒素存在情况的常规检查,因为根据现行法规这并非强制性要求。

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