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Tailoring of Carbo-Iron~R as Alternative to Nanoiron: From Laboratory Design to the First Field Test: The Concept and Its Implementation

机译:兰博铁〜R剪裁作为纳米铁的替代品:从实验室设计到第一个现场测试:概念及其实施

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Carbo-Iron~R was developed with the goal to overcome significant shortcomings of NZVI for in situ groundwater remediation. The development, characterization, ecotoxicological tests and the first field test of the colloidal composite Carbo-Iron were subjects of the German Fe-NANOSIT project. Carbo-Iron has been tested in the pilot scale for the remediation of a PCE contaminated field site in Lower Saxony, Germany. The results of the field test confirmed the particle performance achieved in the laboratory experiments. The material is now under study in the framework of the EUproject NanoREM where its performance is further optimized. The properties of Carbo-Iron and various improved NZVI will be compared in pilot-and field-scale experiments.
机译:Carbo-Iron〜R是为了克服NZVI的显着缺点,以克服NZVI的原位地下水补救措施。 胶体复合碳钢铁的开发,表征,生态毒理学试验及第一场试验是德国Fe-NaNit项目的受试者。 在德国下萨克森州的PCCE受污染的田地场地进行了试验规模,已在试验规模中进行了测试。 现场测试的结果证实了在实验室实验中实现的颗粒性能。 该材料现在正在研究Euproject纳米的框架,其中其性能进一步优化。 将在导频和现场规模实验中比较碳钢和各种改进的NZVI的性质。

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