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- W3201596720 endingPage "132565" @default.
- W3201596720 startingPage "132565" @default.
- W3201596720 abstract "In this study, the feasibility of removing Microcystis aeruginosa by heterogeneous persulfate activation using ubiquitous natural pyrite was investigated. The results indicated the significant degradation efficiency of chlorophyll-a (over 90%) was obtained in pyrite/persulfate (PS) system, which was influenced by various experimental parameters, including pyrite loading, PS dosage, the initial pH and coexisting common anions. The EPR, SEM, TEM, XPS and zeta potential analysis indicated that the reactive oxygen species (∙SO4-, ·OH, ·O2- and 1O2) generated during PS activation using pyrite played an essential role in facilitate the destabilization of algae cells to further destroyed them, while the continuous formation of oxidation layer consisting of FeOOH and Fe2O3 on pyrite surface and dissolved Fe(III) could favor coagulation of algae. Furthermore, pyrite/PS system was not only effective in destructing the cellular morphology and reducing the viability of algae, but also able to control algal organic matter, which could avoid yielding serious secondary pollution. This study highlighted the dual role of iron species as both catalyst and coagulant for M. aeruginosa removal and demonstrated that it is highly advantageous to employ pyrite/persulfate system with high-efficiency and cost-effectiveness to eliminate algae." @default.
- W3201596720 created "2021-09-27" @default.
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- W3201596720 date "2022-01-01" @default.
- W3201596720 modified "2023-10-12" @default.
- W3201596720 title "Removal of Microcystis aeruginosa by natural pyrite-activated persulfate: Performance and the significance of iron species" @default.
- W3201596720 cites W1968379032 @default.
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- W3201596720 cites W1981412799 @default.
- W3201596720 cites W1983528526 @default.
- W3201596720 cites W1990477067 @default.
- W3201596720 cites W1997960382 @default.
- W3201596720 cites W2003800128 @default.
- W3201596720 cites W2008484387 @default.
- W3201596720 cites W2010694785 @default.
- W3201596720 cites W2011126052 @default.
- W3201596720 cites W2017083513 @default.
- W3201596720 cites W2032994663 @default.
- W3201596720 cites W2034855650 @default.
- W3201596720 cites W2035934390 @default.
- W3201596720 cites W2037011331 @default.
- W3201596720 cites W2041966765 @default.
- W3201596720 cites W2042015642 @default.
- W3201596720 cites W2049640245 @default.
- W3201596720 cites W2065695070 @default.
- W3201596720 cites W2070220868 @default.
- W3201596720 cites W2074446982 @default.
- W3201596720 cites W2075914681 @default.
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- W3201596720 cites W2116811204 @default.
- W3201596720 cites W2128951161 @default.
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- W3201596720 cites W2337685078 @default.
- W3201596720 cites W2342407726 @default.
- W3201596720 cites W2523394195 @default.
- W3201596720 cites W2563538047 @default.
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- W3201596720 cites W2613874931 @default.
- W3201596720 cites W2736371272 @default.
- W3201596720 cites W2738742270 @default.
- W3201596720 cites W2742066407 @default.
- W3201596720 cites W2745695531 @default.
- W3201596720 cites W2774073216 @default.
- W3201596720 cites W2781572724 @default.
- W3201596720 cites W2784303885 @default.
- W3201596720 cites W2804380323 @default.
- W3201596720 cites W2806150303 @default.
- W3201596720 cites W2883535431 @default.
- W3201596720 cites W2903139441 @default.
- W3201596720 cites W2913081329 @default.
- W3201596720 cites W2921671492 @default.
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- W3201596720 cites W2952388061 @default.
- W3201596720 cites W2972692020 @default.
- W3201596720 cites W2977801379 @default.
- W3201596720 cites W2981353654 @default.
- W3201596720 cites W3000876713 @default.
- W3201596720 cites W3002436754 @default.
- W3201596720 cites W3002559764 @default.
- W3201596720 cites W3006708528 @default.
- W3201596720 cites W3007211300 @default.
- W3201596720 cites W3016803601 @default.
- W3201596720 cites W3016955208 @default.
- W3201596720 cites W3027893273 @default.
- W3201596720 cites W3040849158 @default.
- W3201596720 cites W3041100444 @default.
- W3201596720 cites W3080476448 @default.
- W3201596720 cites W3084014463 @default.
- W3201596720 cites W3088412255 @default.
- W3201596720 cites W3088599000 @default.
- W3201596720 cites W3114599226 @default.
- W3201596720 cites W3116945444 @default.
- W3201596720 cites W3161888811 @default.
- W3201596720 cites W3162923188 @default.
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- W3201596720 doi "https://doi.org/10.1016/j.cej.2021.132565" @default.
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