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- W3106982824 abstract "The Cr(VI) could be adsorbed and reduced by the humic acid (HA)-Fe(II) system structured on the V, Ti-magnetite (VTM) surface. The Cr(VI) removal process included adsorption and reduction stages. First, the Cr(VI) was adsorbed on the VTM-HA surface via the ionic bonds between the Ti atoms of VTM core and the O atoms of the HCrO4−. The adsorption of Cr(VI) is uniform, monolayer, and controlled by Cr(VI) diffusion. Subsequently, the adsorbed Cr(VI) was reduced by the HA-Fe(II) system on the VTM-HA surface. During the Cr(VI) reduction process, the HA and Fe(II) have a synergistic effect. The Cr(VI) was reduced to the Cr(III) by the HA and Fe(II). Meanwhile, the HA could also reduce Fe(III) to Fe(II), making Fe(II) continue to participate in the Cr(VI) reduction. The olefin, hydroxyl, and aldehyde groups of HA were the primary electron donors during the Cr(VI) reduction. The Fe(II) acted as an electron bridge, transferring the electron from HA to Cr(VI). The reduced Cr(III) was deposited on the VTM-HA surface via the complexation with the carboxyl and hydroxyl groups of HA. The results demonstrated that the Cr(VI) could be adsorbed, reduced and complexed by the HA-Fe(II) system on the VTM-HA surface synchronously." @default.
- W3106982824 created "2020-12-07" @default.
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- W3106982824 date "2021-01-01" @default.
- W3106982824 modified "2023-10-18" @default.
- W3106982824 title "The comprehensive investigation on removal mechanism of Cr(VI) by humic acid-Fe(II) system structured on V, Ti-bearing magnetite surface" @default.
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- W3106982824 cites W1991673061 @default.
- W3106982824 cites W2001094610 @default.
- W3106982824 cites W2034323530 @default.
- W3106982824 cites W2042233848 @default.
- W3106982824 cites W2070808530 @default.
- W3106982824 cites W2094395502 @default.
- W3106982824 cites W2204184251 @default.
- W3106982824 cites W2318481944 @default.
- W3106982824 cites W2345248840 @default.
- W3106982824 cites W2371922966 @default.
- W3106982824 cites W2507968020 @default.
- W3106982824 cites W2525499750 @default.
- W3106982824 cites W2535172542 @default.
- W3106982824 cites W2560249812 @default.
- W3106982824 cites W2566657142 @default.
- W3106982824 cites W2577690870 @default.
- W3106982824 cites W2593057212 @default.
- W3106982824 cites W2602154873 @default.
- W3106982824 cites W2725918552 @default.
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- W3106982824 cites W2886443369 @default.
- W3106982824 cites W2887540818 @default.
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- W3106982824 cites W2979662563 @default.
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- W3106982824 cites W3008881886 @default.
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- W3106982824 doi "https://doi.org/10.1016/j.apt.2020.11.010" @default.
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