Matches in SemOpenAlex for { <https://semopenalex.org/work/W4387004675> ?p ?o ?g. }
- W4387004675 endingPage "125091" @default.
- W4387004675 startingPage "125091" @default.
- W4387004675 abstract "An electro-Fenton coupled membrane filtration system (abbreviated as EF-MF system) was constructed for the efficient removal of bisphenol A (abbreviated as BPA, a kind of pharmaceuticals and personal care products, abbreviated as PPCPs). In the EF-MF system, a porous Fe3O4/FeO/Fe@C catalyst was synthesized and applied to enhance the electro-Fenton reaction, and polyvinylidene fluoride / carbon fiber cloth composite cathode membrane was used as both cathode electrode and membrane. Characterization results indicated the porous Fe3O4/FeO/Fe@C catalyst exhibited micron-level rod morphology and was in an encapsulated structure with Fe3O4/FeO/Fe composite nanoparticles covered by porous graphitic carbon. Degradation experiments indicated the EF-MF system exhibited great removal efficiency (approximately 96.97%) towards BPA within 70 minutes in the conditions of catalyst dosing at 0.500 g·L-1, the value of pH at 3 and the current density at 0.67 mA cm-2. Quenching experiments verified both ·OH radical and ·O2- radical played significant roles in the decomposition of BPA. The mass formation of reactive oxygen radicals was mostly owing to the easy access of H2O2 to the activated sites of the porous Fe3O4/FeO/Fe@C catalyst through the porous structure and the rapid cycle conversion between zero-valent iron (ZVI), Fe(Ⅱ) and Fe(Ⅲ). Based on the results of intermediates identification, three possible decomposition pathways were presented. Toxicity analysis exhibited most of the intermediates were in less toxicity than BPA. Moreover, the EF-MF system exhibited good stability after four-cyclic utilization. This work provides an efficient and energy-saving strategy for the removal of PPCPs." @default.
- W4387004675 created "2023-09-26" @default.
- W4387004675 creator A5015167931 @default.
- W4387004675 creator A5017234095 @default.
- W4387004675 creator A5025728346 @default.
- W4387004675 creator A5035213072 @default.
- W4387004675 creator A5055819106 @default.
- W4387004675 creator A5058365479 @default.
- W4387004675 creator A5080700502 @default.
- W4387004675 date "2024-01-01" @default.
- W4387004675 modified "2023-10-14" @default.
- W4387004675 title "One-step modification of MIL-88A(Fe) enhanced electro-Fenton coupled membrane filtration system for the removal of bisphenol A" @default.
- W4387004675 cites W1882289074 @default.
- W4387004675 cites W1971134969 @default.
- W4387004675 cites W1979898759 @default.
- W4387004675 cites W1994210875 @default.
- W4387004675 cites W2025493191 @default.
- W4387004675 cites W2027796800 @default.
- W4387004675 cites W2034055967 @default.
- W4387004675 cites W2050110143 @default.
- W4387004675 cites W2288186297 @default.
- W4387004675 cites W2296239880 @default.
- W4387004675 cites W2343069605 @default.
- W4387004675 cites W2526052368 @default.
- W4387004675 cites W2570907753 @default.
- W4387004675 cites W2746504142 @default.
- W4387004675 cites W2762513398 @default.
- W4387004675 cites W2770125280 @default.
- W4387004675 cites W2789738160 @default.
- W4387004675 cites W2790088533 @default.
- W4387004675 cites W2792982906 @default.
- W4387004675 cites W2805724194 @default.
- W4387004675 cites W2902690528 @default.
- W4387004675 cites W2908169233 @default.
- W4387004675 cites W2909301112 @default.
- W4387004675 cites W2921410295 @default.
- W4387004675 cites W2922676818 @default.
- W4387004675 cites W2927499858 @default.
- W4387004675 cites W2944034133 @default.
- W4387004675 cites W2954934427 @default.
- W4387004675 cites W2956074157 @default.
- W4387004675 cites W2961245924 @default.
- W4387004675 cites W2970107838 @default.
- W4387004675 cites W2972031806 @default.
- W4387004675 cites W2974333870 @default.
- W4387004675 cites W2991476010 @default.
- W4387004675 cites W2999706624 @default.
- W4387004675 cites W3016773576 @default.
- W4387004675 cites W3017180782 @default.
- W4387004675 cites W3024876550 @default.
- W4387004675 cites W3026744914 @default.
- W4387004675 cites W3029022488 @default.
- W4387004675 cites W3034451034 @default.
- W4387004675 cites W3034519013 @default.
- W4387004675 cites W3036543300 @default.
- W4387004675 cites W3084496879 @default.
- W4387004675 cites W3096330544 @default.
- W4387004675 cites W3111305965 @default.
- W4387004675 cites W3117026631 @default.
- W4387004675 cites W3120967883 @default.
- W4387004675 cites W3124177888 @default.
- W4387004675 cites W3130792368 @default.
- W4387004675 cites W3131331048 @default.
- W4387004675 cites W3143053087 @default.
- W4387004675 cites W3183522403 @default.
- W4387004675 cites W3188680996 @default.
- W4387004675 cites W3190607898 @default.
- W4387004675 cites W3194696147 @default.
- W4387004675 cites W3201636020 @default.
- W4387004675 cites W3203262763 @default.
- W4387004675 cites W3217178559 @default.
- W4387004675 cites W4200047819 @default.
- W4387004675 cites W4205336624 @default.
- W4387004675 cites W4210476169 @default.
- W4387004675 cites W4211093898 @default.
- W4387004675 cites W4281298936 @default.
- W4387004675 cites W4285039495 @default.
- W4387004675 cites W4309771268 @default.
- W4387004675 cites W4310117802 @default.
- W4387004675 cites W4315641907 @default.
- W4387004675 cites W4315642071 @default.
- W4387004675 doi "https://doi.org/10.1016/j.seppur.2023.125091" @default.
- W4387004675 hasPublicationYear "2024" @default.
- W4387004675 type Work @default.
- W4387004675 citedByCount "0" @default.
- W4387004675 crossrefType "journal-article" @default.
- W4387004675 hasAuthorship W4387004675A5015167931 @default.
- W4387004675 hasAuthorship W4387004675A5017234095 @default.
- W4387004675 hasAuthorship W4387004675A5025728346 @default.
- W4387004675 hasAuthorship W4387004675A5035213072 @default.
- W4387004675 hasAuthorship W4387004675A5055819106 @default.
- W4387004675 hasAuthorship W4387004675A5058365479 @default.
- W4387004675 hasAuthorship W4387004675A5080700502 @default.
- W4387004675 hasConcept C105795698 @default.
- W4387004675 hasConcept C124681953 @default.
- W4387004675 hasConcept C127413603 @default.
- W4387004675 hasConcept C128489963 @default.
- W4387004675 hasConcept C147789679 @default.