FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1473457532> ?p ?o ?g. }

• W1473457532 endingPage "10" @default.
• W1473457532 startingPage "1" @default.
• W1473457532 abstract "In recent years, flumequine (FLU) has been ubiquitously detected in surface waters and municipal wastewaters. In light of its potential negative impacts to aquatic species, growing concern has been arisen for the removal of this antibiotic from natural waters. In this study, the kinetics, degradation mechanisms and pathways of aqueous FLU by persulfate (PS) oxidation were systematically determined. Three common activation methods, including heat, Fe(2+) and Cu(2+), and a novel heterogeneous catalyst, namely, polyhydroquinone-coated magnetite/multi-walled carbon nanotubes (Fe3O4/MWCNTs/PHQ), were investigated to activate PS for FLU removal. It was found that these three common activators enhanced FLU degradation obviously, while several influencing factors, such as solution pH, inorganic ions (especially HCO3(-) at 5 mmol/L) and dissolved organic matter extracts, exerted their different effects on FLU removal. The catalysts were characterized, and an efficient catalytic degradation performance, high stability and excellent reusability were observed. The measured total organic carbon levels suggested that FLU can be effectively mineralized by using the catalysts. Radical mechanism was studied by combination of the quenching tests and electron paramagnetic resonance analysis. It was assumed that sulfate radicals predominated in the activation of PS with Fe3O4/MWCNTs/PHQ for FLU removal, while hydroxyl radicals also contributed to the catalytic oxidation process. In addition, a total of fifteen reaction intermediates of FLU were identified, from which two possible pathways were proposed involving hydroxylation, decarbonylation and ring opening. Overall, this study represented a systematical evaluation regarding the transformation process of FLU by PS, and showed that the heterogeneous catalysts can efficiently activate PS for FLU removal from the water environment." @default.
• W1473457532 created "2016-06-24" @default.
• W1473457532 creator A5006938103 @default.
• W1473457532 creator A5012073191 @default.
• W1473457532 creator A5013352194 @default.
• W1473457532 creator A5042956973 @default.
• W1473457532 creator A5064664060 @default.
• W1473457532 creator A5070801336 @default.
• W1473457532 creator A5088072288 @default.
• W1473457532 date "2015-11-01" @default.
• W1473457532 modified "2023-10-17" @default.
• W1473457532 title "Degradation of flumequine in aqueous solution by persulfate activated with common methods and polyhydroquinone-coated magnetite/multi-walled carbon nanotubes catalysts" @default.
• W1473457532 cites W1966182772 @default.
• W1473457532 cites W1972119071 @default.
• W1473457532 cites W1973227246 @default.
• W1473457532 cites W1980857424 @default.
• W1473457532 cites W1982887324 @default.
• W1473457532 cites W1983935313 @default.
• W1473457532 cites W1985025565 @default.
• W1473457532 cites W1990816240 @default.
• W1473457532 cites W1996062624 @default.
• W1473457532 cites W1998993892 @default.
• W1473457532 cites W1999777814 @default.
• W1473457532 cites W2002224060 @default.
• W1473457532 cites W2002276219 @default.
• W1473457532 cites W2009604608 @default.
• W1473457532 cites W2017313611 @default.
• W1473457532 cites W2019635083 @default.
• W1473457532 cites W2020168948 @default.
• W1473457532 cites W2026393519 @default.
• W1473457532 cites W2027322558 @default.
• W1473457532 cites W2028873069 @default.
• W1473457532 cites W2031148762 @default.
• W1473457532 cites W2032578873 @default.
• W1473457532 cites W2034084562 @default.
• W1473457532 cites W2034536262 @default.
• W1473457532 cites W2035637661 @default.
• W1473457532 cites W2038173949 @default.
• W1473457532 cites W2041526151 @default.
• W1473457532 cites W2041706918 @default.
• W1473457532 cites W2044417415 @default.
• W1473457532 cites W2044502066 @default.
• W1473457532 cites W2045308675 @default.
• W1473457532 cites W2045935930 @default.
• W1473457532 cites W2047438257 @default.
• W1473457532 cites W2047598131 @default.
• W1473457532 cites W2048719808 @default.
• W1473457532 cites W2052850673 @default.
• W1473457532 cites W2058016171 @default.
• W1473457532 cites W2062288824 @default.
• W1473457532 cites W2066168063 @default.
• W1473457532 cites W2067119346 @default.
• W1473457532 cites W2072501363 @default.
• W1473457532 cites W2076288335 @default.
• W1473457532 cites W2077607637 @default.
• W1473457532 cites W2078985995 @default.
• W1473457532 cites W2080020076 @default.
• W1473457532 cites W2082169563 @default.
• W1473457532 cites W2088490934 @default.
• W1473457532 cites W2088879619 @default.
• W1473457532 cites W2095520882 @default.
• W1473457532 cites W2141087568 @default.
• W1473457532 cites W2145665283 @default.
• W1473457532 cites W2147202038 @default.
• W1473457532 cites W2150288531 @default.
• W1473457532 cites W2150542897 @default.
• W1473457532 cites W2181263847 @default.
• W1473457532 cites W2321363019 @default.
• W1473457532 cites W2325265107 @default.
• W1473457532 cites W2333002903 @default.
• W1473457532 cites W2956024607 @default.
• W1473457532 cites W590601133 @default.
• W1473457532 doi "https://doi.org/10.1016/j.watres.2015.08.011" @default.
• W1473457532 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26281959" @default.
• W1473457532 hasPublicationYear "2015" @default.
• W1473457532 type Work @default.
• W1473457532 sameAs 1473457532 @default.
• W1473457532 citedByCount "206" @default.
• W1473457532 countsByYear W14734575322016 @default.
• W1473457532 countsByYear W14734575322017 @default.
• W1473457532 countsByYear W14734575322018 @default.
• W1473457532 countsByYear W14734575322019 @default.
• W1473457532 countsByYear W14734575322020 @default.
• W1473457532 countsByYear W14734575322021 @default.
• W1473457532 countsByYear W14734575322022 @default.
• W1473457532 countsByYear W14734575322023 @default.
• W1473457532 crossrefType "journal-article" @default.
• W1473457532 hasAuthorship W1473457532A5006938103 @default.
• W1473457532 hasAuthorship W1473457532A5012073191 @default.
• W1473457532 hasAuthorship W1473457532A5013352194 @default.
• W1473457532 hasAuthorship W1473457532A5042956973 @default.
• W1473457532 hasAuthorship W1473457532A5064664060 @default.
• W1473457532 hasAuthorship W1473457532A5070801336 @default.
• W1473457532 hasAuthorship W1473457532A5088072288 @default.
• W1473457532 hasConcept C124681953 @default.
• W1473457532 hasConcept C132190689 @default.
• W1473457532 hasConcept C139066938 @default.
• W1473457532 hasConcept C13965031 @default.

• next