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• W2887234001 abstract "Abstract A novel La/Mg/Si-loaded, palm shell-based activated carbon (LMSAC) for the selective removal of aluminum and fluoride from water was synthesized through various methods. FESEM/EDX, BET, XRD, and FT-IR were utilized to characterize the synthetic LMSACs and investigate the aluminum and fluoride adsorption mechanisms of LMSAC prepared by sonication followed by calcination (LMSAC8). The adsorption kinetics, isotherms, and effects of pH and competing ions on the aluminum and fluoride uptake by LMSAC8 were evaluated. The maximum aluminum and fluoride adsorption capacities of LMSAC8 were 270.3 mg Al/g and 285.7 mg F/g at pH 7.0, respectively, which are much higher than those of the various adsorbents reported in the literature. Adsorption was highly dependent on the pH, which determines the distribution of aluminum and fluoride species in the solution. When common ions were present, LMSAC8 still exhibited good selectivity for aluminum and fluoride at a neutral pH. The aluminum and fluoride adsorption capacities of the regenerated LMSAC8 approached 80.7 and 77.0% of those of the fresh LMSAC8 after the five recycles. The adsorption experiments and FT-IR analysis revealed that the uptake of aluminum and fluoride can be attributed to complicated processes, including electrostatic interaction, inner sphere complexation via a ligand–exchange, and Lewis acid–base interactions." @default.
• W2887234001 created "2018-08-22" @default.
• W2887234001 creator A5024141388 @default.
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• W2887234001 date "2018-12-01" @default.
• W2887234001 modified "2023-09-26" @default.
• W2887234001 title "Mesoporous La/Mg/Si-incorporated palm shell activated carbon for the highly efficient removal of aluminum and fluoride from water" @default.
• W2887234001 cites W1967924489 @default.
• W2887234001 cites W1968437656 @default.
• W2887234001 cites W1972266967 @default.
• W2887234001 cites W1975181649 @default.
• W2887234001 cites W1975604505 @default.
• W2887234001 cites W1976817586 @default.
• W2887234001 cites W1978772984 @default.
• W2887234001 cites W1983065128 @default.
• W2887234001 cites W1984156674 @default.
• W2887234001 cites W1986113254 @default.
• W2887234001 cites W1993264502 @default.
• W2887234001 cites W1994561192 @default.
• W2887234001 cites W1996397102 @default.
• W2887234001 cites W1997580119 @default.
• W2887234001 cites W1999714107 @default.
• W2887234001 cites W2003433969 @default.
• W2887234001 cites W2007571696 @default.
• W2887234001 cites W2007827726 @default.
• W2887234001 cites W2008909774 @default.
• W2887234001 cites W2010231938 @default.
• W2887234001 cites W2010877080 @default.
• W2887234001 cites W2011907207 @default.
• W2887234001 cites W2012233115 @default.
• W2887234001 cites W2023257144 @default.
• W2887234001 cites W2027080468 @default.
• W2887234001 cites W2030751896 @default.
• W2887234001 cites W2038579669 @default.
• W2887234001 cites W2040649494 @default.
• W2887234001 cites W2042221541 @default.
• W2887234001 cites W2043029825 @default.
• W2887234001 cites W2043219105 @default.
• W2887234001 cites W2043951892 @default.
• W2887234001 cites W2045489185 @default.
• W2887234001 cites W2046821360 @default.
• W2887234001 cites W2052938010 @default.
• W2887234001 cites W2053002931 @default.
• W2887234001 cites W2057545117 @default.
• W2887234001 cites W2062046706 @default.
• W2887234001 cites W2062369688 @default.
• W2887234001 cites W2062997937 @default.
• W2887234001 cites W2063652374 @default.
• W2887234001 cites W2063910986 @default.
• W2887234001 cites W2070158597 @default.
• W2887234001 cites W2072817105 @default.
• W2887234001 cites W2076628417 @default.
• W2887234001 cites W2078641611 @default.
• W2887234001 cites W2088028315 @default.
• W2887234001 cites W2088606349 @default.
• W2887234001 cites W2092037952 @default.
• W2887234001 cites W2092729322 @default.
• W2887234001 cites W2093599166 @default.
• W2887234001 cites W2096692668 @default.
• W2887234001 cites W2103285199 @default.
• W2887234001 cites W2114101676 @default.
• W2887234001 cites W2116761112 @default.
• W2887234001 cites W2126958251 @default.
• W2887234001 cites W2128968391 @default.
• W2887234001 cites W2134634182 @default.
• W2887234001 cites W2145257622 @default.
• W2887234001 cites W2156216037 @default.
• W2887234001 cites W2161429714 @default.
• W2887234001 cites W2163455287 @default.
• W2887234001 cites W2168206525 @default.
• W2887234001 cites W2225206758 @default.
• W2887234001 cites W2322329436 @default.
• W2887234001 cites W2331326812 @default.
• W2887234001 cites W2507144632 @default.
• W2887234001 cites W2616599473 @default.
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• W2887234001 cites W2793536622 @default.
• W2887234001 cites W2793978438 @default.
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• W2887234001 doi "https://doi.org/10.1016/j.jtice.2018.07.035" @default.
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