Matches in SemOpenAlex for { <https://semopenalex.org/work/W3023377248> ?p ?o ?g. }
- W3023377248 endingPage "125321" @default.
- W3023377248 startingPage "125321" @default.
- W3023377248 abstract "Abstract Fe-based phosphide has shown tremendous potential for heterogeneous catalysis due to its superior activity. Herein, a series of FexP/biochar composites were successfully prepared through a simple pyrolysis process. Iron species (FeOOH) was pre-loaded on the surface of phosphorus-containing biomass (yeast), which was subsequently converted to FexP/biochar with the assistance of in-situ produced reducing gases (H2, CO, PH3, etc.). When applied for typical antibiotic pollutant (sulfamethoxazole, SMX) removal, the optimal material (FexP/BC-5) performed well with a 99% removal efficiency in 30 min via the synergistic effects of adsorption and degradation by activation of dissolved oxygen (DO). Reactive oxygen species, including H2O2, ·OH, O2− and 1O2, were generated in FexP/BC-5/DO system by charge transfer and Fenton-like reaction. FexP/BC-5 was applicable in a broad pH range from 3.0 to 9.0 and exhibited good reusability in five recycle runs after regeneration. Moreover, the primary reactions in SMX degradation process were discussed based on identified intermediates by liquid chromatography–mass spectrometry (LC–MS). This work not only develops a simple approach to construct iron phosphides/biochar using green and sustainable phosphorus source but also bring new insights for environmental pollutants remediation by oxygen activation." @default.
- W3023377248 created "2020-05-13" @default.
- W3023377248 creator A5005326069 @default.
- W3023377248 creator A5005580731 @default.
- W3023377248 creator A5024931001 @default.
- W3023377248 creator A5046313825 @default.
- W3023377248 creator A5052729911 @default.
- W3023377248 creator A5073183511 @default.
- W3023377248 creator A5074050816 @default.
- W3023377248 creator A5080403233 @default.
- W3023377248 date "2020-09-01" @default.
- W3023377248 modified "2023-10-17" @default.
- W3023377248 title "FexP/biochar composites induced oxygen-driven Fenton-like reaction for sulfamethoxazole removal: Performance and reaction mechanism" @default.
- W3023377248 cites W1968068573 @default.
- W3023377248 cites W2002488253 @default.
- W3023377248 cites W2040456488 @default.
- W3023377248 cites W2060044938 @default.
- W3023377248 cites W2067628213 @default.
- W3023377248 cites W2068513955 @default.
- W3023377248 cites W2069539553 @default.
- W3023377248 cites W2084981948 @default.
- W3023377248 cites W2102014707 @default.
- W3023377248 cites W2127925117 @default.
- W3023377248 cites W2199105970 @default.
- W3023377248 cites W2219681716 @default.
- W3023377248 cites W2238279516 @default.
- W3023377248 cites W2312635262 @default.
- W3023377248 cites W2340542865 @default.
- W3023377248 cites W2512794367 @default.
- W3023377248 cites W2582712103 @default.
- W3023377248 cites W2583087587 @default.
- W3023377248 cites W2686364838 @default.
- W3023377248 cites W2724247113 @default.
- W3023377248 cites W2735192461 @default.
- W3023377248 cites W2739891250 @default.
- W3023377248 cites W2743656049 @default.
- W3023377248 cites W2746504142 @default.
- W3023377248 cites W2756303029 @default.
- W3023377248 cites W2767380710 @default.
- W3023377248 cites W2769454738 @default.
- W3023377248 cites W2770092632 @default.
- W3023377248 cites W2770125280 @default.
- W3023377248 cites W2778565536 @default.
- W3023377248 cites W2782497128 @default.
- W3023377248 cites W2794537245 @default.
- W3023377248 cites W2800437874 @default.
- W3023377248 cites W2802614724 @default.
- W3023377248 cites W2808578241 @default.
- W3023377248 cites W2894528827 @default.
- W3023377248 cites W2901370525 @default.
- W3023377248 cites W2901787259 @default.
- W3023377248 cites W2920972242 @default.
- W3023377248 cites W2922079078 @default.
- W3023377248 cites W2922145600 @default.
- W3023377248 cites W2943671997 @default.
- W3023377248 cites W2952771139 @default.
- W3023377248 cites W2956624062 @default.
- W3023377248 cites W2964659333 @default.
- W3023377248 cites W2964678721 @default.
- W3023377248 cites W2967195464 @default.
- W3023377248 cites W2967984236 @default.
- W3023377248 cites W2971519778 @default.
- W3023377248 cites W2971568806 @default.
- W3023377248 cites W2971993549 @default.
- W3023377248 cites W2972127529 @default.
- W3023377248 cites W2972326485 @default.
- W3023377248 cites W2978880303 @default.
- W3023377248 cites W2983924479 @default.
- W3023377248 doi "https://doi.org/10.1016/j.cej.2020.125321" @default.
- W3023377248 hasPublicationYear "2020" @default.
- W3023377248 type Work @default.
- W3023377248 sameAs 3023377248 @default.
- W3023377248 citedByCount "34" @default.
- W3023377248 countsByYear W30233772482020 @default.
- W3023377248 countsByYear W30233772482021 @default.
- W3023377248 countsByYear W30233772482022 @default.
- W3023377248 countsByYear W30233772482023 @default.
- W3023377248 crossrefType "journal-article" @default.
- W3023377248 hasAuthorship W3023377248A5005326069 @default.
- W3023377248 hasAuthorship W3023377248A5005580731 @default.
- W3023377248 hasAuthorship W3023377248A5024931001 @default.
- W3023377248 hasAuthorship W3023377248A5046313825 @default.
- W3023377248 hasAuthorship W3023377248A5052729911 @default.
- W3023377248 hasAuthorship W3023377248A5073183511 @default.
- W3023377248 hasAuthorship W3023377248A5074050816 @default.
- W3023377248 hasAuthorship W3023377248A5080403233 @default.
- W3023377248 hasConcept C111472728 @default.
- W3023377248 hasConcept C127413603 @default.
- W3023377248 hasConcept C138885662 @default.
- W3023377248 hasConcept C159985019 @default.
- W3023377248 hasConcept C161790260 @default.
- W3023377248 hasConcept C178790620 @default.
- W3023377248 hasConcept C185592680 @default.
- W3023377248 hasConcept C192562407 @default.
- W3023377248 hasConcept C2779425571 @default.
- W3023377248 hasConcept C36759035 @default.
- W3023377248 hasConcept C42360764 @default.
- W3023377248 hasConcept C501593827 @default.