首页> 外文会议>International Conference on Groundwater Research, Jun 6-8, 2000, Copenhagen, Denmark >The reaction between trichloroethene in polluted groundwater and a sand filter mixed with zero-valent metals
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The reaction between trichloroethene in polluted groundwater and a sand filter mixed with zero-valent metals

机译:污染地下水中的三氯乙烯与掺有零价金属的沙滤器之间的反应

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The effect of an ironickel/sand combination on the degradation reaction of trichloroethene in polluted groundwater has been investigated in batch by experiments in laboratory. The results of these investigations have been used in field. A pilot plant build as a reactive sand filter was supplied with polluted groundwater. The water was pumped directly from one of more due to the pollution closed water wells. The filter should act as a reactive permeable barrier. In defiance of a special high oxygen content perhaps counterbalanced by a relatively low pH we obtained a half-time between 30 and 35 min with a residence time of the water in the active part of the filter of 3.1 h. The filter showed to be able to treat least 8 m~3 water/m~3 active filter/day.
机译:在实验室中,分批研究了铁/镍/砂组合对三氯乙烯在被污染的地下水中的降解反应的影响。这些调查的结果已在现场使用。向作为试验性砂滤器的中试工厂供应了受污染的地下水。由于封闭的水井的污染,水直接从其中一个泵中抽出。过滤器应充当反应性渗透屏障。克服了可能由相对较低的pH值抵消的特别高的氧含量,我们获得了30至35分钟的半衰期,其中水在过滤器活性部分的停留时间为3.1 h。过滤器显示每天能够处理至少8 m〜3水/ m〜3活性过滤器。

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