Publication Date:
2021-03-29
Description:
Zerovalent iron (ZVI) has been proposed as reactive material in permeable in situ walls for contaminated groundwater. An economically feasible ZVI-based reactive wall requires cheap but efficient iron materials. From an uranium treatability study and results of iron dissolution in 0.002 M EDTA by five selected ZVI materials, it is shown that current research and field implementation is not based on a rational selection of application-specific iron metal sources. An experimental procedure is proposed which could enable a better material characterization. This procedure consists of mixing ZVI materials and reactive additives, including contaminant releasing materials (CRMs), in long-term batch experiments and characterizing the contaminant concentration over the time.
Description:
Keywords: iron, redox reactions, uranium water, treatment
Description:
research
Keywords:
551.9
;
VJF 000
;
Umweltgeochemie insgesamt
Language:
English
Type:
article
,
publishedVersion
Format:
17 S.
Format:
application/pdf
