Matches in SemOpenAlex for { <https://semopenalex.org/work/W4319302844> ?p ?o ?g. }
- W4319302844 abstract "In this study, novel light emitting diode (LED)-activated periodate (PI) advanced oxidation process (AOP) at an irradiation wavelength in the ultraviolet A range (UVA, UVA-LED/PI AOP) was developed and investigated using naproxen (NPX) as a model micropollutant. The UVA-LED/PI AOP remarkably enhanced the degradation of NPX and seven other selected micropollutants with the observed pseudo-first-order rate constants ranging from 0.069 ± 0.001 to 4.50 ± 0.145 min–1 at pH 7.0, demonstrating a broad-spectrum micropollutant degradation ability. Lines of evidence from experimental analysis and kinetic modeling confirmed that hydroxyl radical (•OH) and ozone (O3) were the dominant species generated in UVA-LED/PI AOP, and they contributed evenly to NPX degradation. Increasing the pH and irradiation wavelength negatively affected NPX degradation, and this could be well explained by the decreased quantum yield (ΦPI) of PI. The degradation kinetics of NPX by the UVA-LED/PI AOP in the presence of water matrices (i.e., chloride, bicarbonate, and humic acid) and in real waters were examined, and the underlying mechanisms were illustrated. A total of nine transformation products were identified from NPX oxidation by the UVA-LED/PI AOP, mainly via hydroxylation, dealkylation, and oxidation pathways. The UVA-LED/PI AOP proposed might be a promising technology for the treatment of micropollutants in aqueous solutions. The pivotal role of ΦPI during light photolysis of PI may guide the future design of light-assisted PI AOPs." @default.
- W4319302844 created "2023-02-07" @default.
- W4319302844 creator A5002360271 @default.
- W4319302844 creator A5003611225 @default.
- W4319302844 creator A5004375357 @default.
- W4319302844 creator A5009105625 @default.
- W4319302844 creator A5057412029 @default.
- W4319302844 creator A5065385828 @default.
- W4319302844 creator A5073367401 @default.
- W4319302844 date "2023-02-06" @default.
- W4319302844 modified "2023-10-17" @default.
- W4319302844 title "Ozone- and Hydroxyl Radical-Induced Degradation of Micropollutants in a Novel UVA-LED-Activated Periodate Advanced Oxidation Process" @default.
- W4319302844 cites W1185542290 @default.
- W4319302844 cites W1926950498 @default.
- W4319302844 cites W1965399035 @default.
- W4319302844 cites W1967438599 @default.
- W4319302844 cites W1983645964 @default.
- W4319302844 cites W1985908112 @default.
- W4319302844 cites W1996575997 @default.
- W4319302844 cites W2001443421 @default.
- W4319302844 cites W2010509969 @default.
- W4319302844 cites W2014130334 @default.
- W4319302844 cites W2015632892 @default.
- W4319302844 cites W2017303728 @default.
- W4319302844 cites W2031951409 @default.
- W4319302844 cites W2035812835 @default.
- W4319302844 cites W2038173949 @default.
- W4319302844 cites W2038819303 @default.
- W4319302844 cites W2041514566 @default.
- W4319302844 cites W2051873653 @default.
- W4319302844 cites W2063329483 @default.
- W4319302844 cites W2063996055 @default.
- W4319302844 cites W2078462870 @default.
- W4319302844 cites W2080883474 @default.
- W4319302844 cites W2089100212 @default.
- W4319302844 cites W2124998456 @default.
- W4319302844 cites W2145724153 @default.
- W4319302844 cites W2173348792 @default.
- W4319302844 cites W2264420268 @default.
- W4319302844 cites W2315143479 @default.
- W4319302844 cites W2319254359 @default.
- W4319302844 cites W2321178107 @default.
- W4319302844 cites W2328967395 @default.
- W4319302844 cites W2331715140 @default.
- W4319302844 cites W2332330508 @default.
- W4319302844 cites W2333731505 @default.
- W4319302844 cites W2530178528 @default.
- W4319302844 cites W2575516913 @default.
- W4319302844 cites W2750670906 @default.
- W4319302844 cites W2756636171 @default.
- W4319302844 cites W2790088533 @default.
- W4319302844 cites W2797208558 @default.
- W4319302844 cites W2803803228 @default.
- W4319302844 cites W2804691785 @default.
- W4319302844 cites W2808140059 @default.
- W4319302844 cites W2888462858 @default.
- W4319302844 cites W2889030347 @default.
- W4319302844 cites W2921105932 @default.
- W4319302844 cites W2924135377 @default.
- W4319302844 cites W2929821748 @default.
- W4319302844 cites W2970523809 @default.
- W4319302844 cites W2981722020 @default.
- W4319302844 cites W2986413865 @default.
- W4319302844 cites W2996223098 @default.
- W4319302844 cites W2996435682 @default.
- W4319302844 cites W3010541289 @default.
- W4319302844 cites W3017277606 @default.
- W4319302844 cites W3048679172 @default.
- W4319302844 cites W3049484455 @default.
- W4319302844 cites W3080516665 @default.
- W4319302844 cites W3108191664 @default.
- W4319302844 cites W3112749100 @default.
- W4319302844 cites W3119113087 @default.
- W4319302844 cites W3130616649 @default.
- W4319302844 cites W3134869145 @default.
- W4319302844 cites W3136538949 @default.
- W4319302844 cites W3186653550 @default.
- W4319302844 cites W3187772494 @default.
- W4319302844 cites W3189868805 @default.
- W4319302844 cites W3194147595 @default.
- W4319302844 cites W3194189099 @default.
- W4319302844 cites W3205820207 @default.
- W4319302844 cites W3209005928 @default.
- W4319302844 cites W4200606924 @default.
- W4319302844 cites W4206459574 @default.
- W4319302844 cites W4221088780 @default.
- W4319302844 cites W4224248416 @default.
- W4319302844 cites W4231138794 @default.
- W4319302844 cites W659189926 @default.
- W4319302844 doi "https://doi.org/10.1021/acs.est.2c06414" @default.
- W4319302844 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36745772" @default.
- W4319302844 hasPublicationYear "2023" @default.
- W4319302844 type Work @default.
- W4319302844 citedByCount "0" @default.
- W4319302844 crossrefType "journal-article" @default.
- W4319302844 hasAuthorship W4319302844A5002360271 @default.
- W4319302844 hasAuthorship W4319302844A5003611225 @default.
- W4319302844 hasAuthorship W4319302844A5004375357 @default.
- W4319302844 hasAuthorship W4319302844A5009105625 @default.
- W4319302844 hasAuthorship W4319302844A5057412029 @default.