Matches in SemOpenAlex for { <https://semopenalex.org/work/W4297218066> ?p ?o ?g. }
- W4297218066 endingPage "6928" @default.
- W4297218066 startingPage "6913" @default.
- W4297218066 abstract "Abstract Zero-valent iron has been used for more than 130 years for water treatment. It is based on redox reactions as well as on sorption to the corrosion products of iron. It is successfully applied for the removal of metals and organic pollutants from groundwater and wastewater. There are different variations how zero-valent iron can be used, especially (i) permeable reactive barriers, (ii) fluidized bed reactors and (iii) nanoscale zero-valent iron. Permeable reactive barriers are used for in situ treatment of groundwater in trench-like constructions or in a funnel and gate system. Their advantages are low maintenance cost, inexpensive construction and prevention of excavation wastes, and their disadvantages are surface passivation and clogging of pores by corrosion products. Zero-valent iron nanoparticles are injected directly in contaminated soil or groundwater. Their advantages are a higher reactivity than coarse-grained zero-valent iron and their mobility in the subsurface to reach the contaminated areas. However, they also have some major disadvantages like fast ageing in the system, phytotoxicity, agglomeration during migration and high costs. The latest development is a fluidized bed process (“ferrodecont process”) which avoids the passivation and clogging observed in permeable reactive barriers as well as the high costs and toxicity issues of nanoscale zero-valent iron. First results of this technology for Cr(VI) and organically contaminated groundwaters and metal removal from industrial wastewaters are highly promising." @default.
- W4297218066 created "2022-09-28" @default.
- W4297218066 creator A5028090443 @default.
- W4297218066 creator A5066308160 @default.
- W4297218066 creator A5081980975 @default.
- W4297218066 date "2022-09-26" @default.
- W4297218066 modified "2023-09-30" @default.
- W4297218066 title "Application and development of zero-valent iron (ZVI) for groundwater and wastewater treatment" @default.
- W4297218066 cites W1042078849 @default.
- W4297218066 cites W1064012993 @default.
- W4297218066 cites W1158072578 @default.
- W4297218066 cites W1580906881 @default.
- W4297218066 cites W15867290 @default.
- W4297218066 cites W1752250564 @default.
- W4297218066 cites W1964526967 @default.
- W4297218066 cites W1970117816 @default.
- W4297218066 cites W1974275122 @default.
- W4297218066 cites W1975368753 @default.
- W4297218066 cites W1977148317 @default.
- W4297218066 cites W1980144489 @default.
- W4297218066 cites W1980155538 @default.
- W4297218066 cites W1983181284 @default.
- W4297218066 cites W1988356720 @default.
- W4297218066 cites W1992008232 @default.
- W4297218066 cites W1994636976 @default.
- W4297218066 cites W1996636847 @default.
- W4297218066 cites W1996687080 @default.
- W4297218066 cites W2002210777 @default.
- W4297218066 cites W2002932714 @default.
- W4297218066 cites W2008853203 @default.
- W4297218066 cites W2009697968 @default.
- W4297218066 cites W2010532473 @default.
- W4297218066 cites W2013285216 @default.
- W4297218066 cites W2019203673 @default.
- W4297218066 cites W2027511621 @default.
- W4297218066 cites W2030323042 @default.
- W4297218066 cites W2031366087 @default.
- W4297218066 cites W2041196710 @default.
- W4297218066 cites W2041911040 @default.
- W4297218066 cites W2042342613 @default.
- W4297218066 cites W2049198432 @default.
- W4297218066 cites W2049272618 @default.
- W4297218066 cites W2052015694 @default.
- W4297218066 cites W2055023391 @default.
- W4297218066 cites W2055765487 @default.
- W4297218066 cites W2056589090 @default.
- W4297218066 cites W2056827416 @default.
- W4297218066 cites W2057451340 @default.
- W4297218066 cites W2057546347 @default.
- W4297218066 cites W2059582758 @default.
- W4297218066 cites W2063515013 @default.
- W4297218066 cites W2065747415 @default.
- W4297218066 cites W2066493646 @default.
- W4297218066 cites W2071876519 @default.
- W4297218066 cites W2072327990 @default.
- W4297218066 cites W2074270149 @default.
- W4297218066 cites W2086225361 @default.
- W4297218066 cites W2096897464 @default.
- W4297218066 cites W2106062581 @default.
- W4297218066 cites W2143499247 @default.
- W4297218066 cites W2148128003 @default.
- W4297218066 cites W2148558214 @default.
- W4297218066 cites W2165601178 @default.
- W4297218066 cites W2172032171 @default.
- W4297218066 cites W2178278388 @default.
- W4297218066 cites W2242928369 @default.
- W4297218066 cites W2248336862 @default.
- W4297218066 cites W2346920456 @default.
- W4297218066 cites W2467192144 @default.
- W4297218066 cites W2519866027 @default.
- W4297218066 cites W2529709149 @default.
- W4297218066 cites W2596297976 @default.
- W4297218066 cites W2740423008 @default.
- W4297218066 cites W2744894627 @default.
- W4297218066 cites W2765345378 @default.
- W4297218066 cites W2789432443 @default.
- W4297218066 cites W2793508102 @default.
- W4297218066 cites W2862248915 @default.
- W4297218066 cites W2883928981 @default.
- W4297218066 cites W2884406629 @default.
- W4297218066 cites W2891759479 @default.
- W4297218066 cites W2896224170 @default.
- W4297218066 cites W2900102360 @default.
- W4297218066 cites W2910975602 @default.
- W4297218066 cites W2936115461 @default.
- W4297218066 cites W2940392605 @default.
- W4297218066 cites W2946123023 @default.
- W4297218066 cites W2969348502 @default.
- W4297218066 cites W2988133415 @default.
- W4297218066 cites W2998818139 @default.
- W4297218066 cites W4251440179 @default.
- W4297218066 cites W819842133 @default.
- W4297218066 doi "https://doi.org/10.1007/s13762-022-04536-7" @default.
- W4297218066 hasPublicationYear "2022" @default.
- W4297218066 type Work @default.
- W4297218066 citedByCount "6" @default.
- W4297218066 countsByYear W42972180662022 @default.
- W4297218066 countsByYear W42972180662023 @default.