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- W2791318098 abstract "Based on the physicochemical properties of bisphenol A (BPA), chemical co-immobilizations of imidazole, phenyl and hexadecyl were done onto silica to obtain three functionalized silica adsorbents. Accordingly, the combinations of hexadecyl and imidazole, hexadecyl and phenyl, and phenyl and imidazole were named as Sil-(HDTMS-MPS)-VIm, Sil-(HDTMS-MPS)-S and Sil-MPS-(S-VIm), respectively. The composites were characterized by FTIR, TGA and SEM. The aim of this work was to explore how these typical functional groups affect the adsorption behavior of BPA. Experiments demonstrated that alkaline imidazole would play a key role for the BPA adsorption, and the synergy of imidazole and hexadecyl exhibited the highest adsorption affinities for BPA in the pH range of 4.0–9.0 due to the high Kow value of BPA. The maximum adsorption capacity of Sil-(HDTMS-MPS)-VIm for BPA obtained from Langmuir model was 89.6 mg/g at 293 K. Furthermore, the prepared three functionalized silicas retained their good adsorption capacities of BPA in high salt solutions, and the adsorption behaviors of BPA for these adsorbents were well described by the pseudo-second-order kinetic model and the Freundlich model. This work suggests that the synergy of hydrogen bond-forming alkaline functional group and hydrophobic long-chain alkyl group benefits BPA removal from aqueous solutions." @default.
- W2791318098 created "2018-03-29" @default.
- W2791318098 creator A5027104262 @default.
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- W2791318098 creator A5068497626 @default.
- W2791318098 creator A5069825201 @default.
- W2791318098 creator A5088503143 @default.
- W2791318098 date "2018-05-01" @default.
- W2791318098 modified "2023-10-18" @default.
- W2791318098 title "Fabrication of three functionalized silica adsorbents: Impact of co-immobilization of imidazole, phenyl and long-chain alkyl groups on bisphenol A adsorption from high salt aqueous solutions" @default.
- W2791318098 cites W1185585893 @default.
- W2791318098 cites W1455023259 @default.
- W2791318098 cites W1820764024 @default.
- W2791318098 cites W1852916569 @default.
- W2791318098 cites W1889262741 @default.
- W2791318098 cites W1890403434 @default.
- W2791318098 cites W1905652434 @default.
- W2791318098 cites W1969414315 @default.
- W2791318098 cites W1974724473 @default.
- W2791318098 cites W1981107515 @default.
- W2791318098 cites W1986007171 @default.
- W2791318098 cites W1986668736 @default.
- W2791318098 cites W1994896651 @default.
- W2791318098 cites W2016678297 @default.
- W2791318098 cites W2018553245 @default.
- W2791318098 cites W2024753963 @default.
- W2791318098 cites W2039600951 @default.
- W2791318098 cites W2040272409 @default.
- W2791318098 cites W2042130743 @default.
- W2791318098 cites W2044398429 @default.
- W2791318098 cites W2057329320 @default.
- W2791318098 cites W2173257413 @default.
- W2791318098 cites W2184838960 @default.
- W2791318098 cites W218995802 @default.
- W2791318098 cites W2191656446 @default.
- W2791318098 cites W2214895274 @default.
- W2791318098 cites W2236020494 @default.
- W2791318098 cites W2253198468 @default.
- W2791318098 cites W2285036527 @default.
- W2791318098 cites W2285296741 @default.
- W2791318098 cites W2287928453 @default.
- W2791318098 cites W2288616264 @default.
- W2791318098 cites W2293816320 @default.
- W2791318098 cites W2293897531 @default.
- W2791318098 cites W2296678176 @default.
- W2791318098 cites W2298404835 @default.
- W2791318098 cites W2309098616 @default.
- W2791318098 cites W2337397517 @default.
- W2791318098 cites W2341245184 @default.
- W2791318098 cites W2344042588 @default.
- W2791318098 cites W2377396519 @default.
- W2791318098 cites W2461533163 @default.
- W2791318098 cites W2493508400 @default.
- W2791318098 cites W2508675413 @default.
- W2791318098 cites W2535753024 @default.
- W2791318098 cites W2536700627 @default.
- W2791318098 cites W2553414730 @default.
- W2791318098 cites W2556065164 @default.
- W2791318098 cites W2559201156 @default.
- W2791318098 cites W2559322795 @default.
- W2791318098 cites W2560269330 @default.
- W2791318098 cites W2560494722 @default.
- W2791318098 cites W2561192138 @default.
- W2791318098 cites W2565164031 @default.
- W2791318098 cites W2565978880 @default.
- W2791318098 cites W2569990515 @default.
- W2791318098 cites W2572789326 @default.
- W2791318098 cites W2581125282 @default.
- W2791318098 cites W2585843884 @default.
- W2791318098 cites W2586193386 @default.
- W2791318098 cites W2587930666 @default.
- W2791318098 cites W2594662856 @default.
- W2791318098 cites W2595453196 @default.
- W2791318098 cites W2595689807 @default.
- W2791318098 cites W2596252183 @default.
- W2791318098 cites W2604076582 @default.
- W2791318098 cites W2604236473 @default.
- W2791318098 cites W2612246642 @default.
- W2791318098 cites W2613537315 @default.
- W2791318098 cites W2623730245 @default.
- W2791318098 cites W2766506816 @default.
- W2791318098 cites W349591757 @default.
- W2791318098 cites W752581064 @default.
- W2791318098 cites W794625343 @default.
- W2791318098 doi "https://doi.org/10.1016/j.jtice.2018.02.025" @default.
- W2791318098 hasPublicationYear "2018" @default.
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