Matches in SemOpenAlex for { <https://semopenalex.org/work/W2955868025> ?p ?o ?g. }
- W2955868025 endingPage "907" @default.
- W2955868025 startingPage "900" @default.
- W2955868025 abstract "Effluent organic matter (EfOM), which is composed of background natural organic matter (NOM), soluble microbial degradation products, and trace amounts of organic pollutants, can play an important role in the photodegradation of emerging pollutants in the effluent. In this study, the impact of organic pollutants, using fenofibrate acid (FNFA) as a representative, on the photodegradation of emerging contaminants, using bezafibrate (BZF) as a representative, in effluents was investigated. It is found that BZF undergo fast degradation in the presence of FNFA although BZF is recalcitrant to degradation under simulated sunlight irradiation. The promotional effect of FNFA is due to the generation of singlet oxygen (1O2) and hydrated electrons (e-aq). Based on the structures of the identified intermediates, 1O2 initiated oxidation and e-aq initiated reduction reactions were the main photodegradation pathways of BZF in the effluents. The toxicity of the main photodegradation intermediates for BZF and FNFA was higher than that of the parent compounds, and the acute toxicity increased during simulated sunlight irradiation. The results demonstrated that trace amounts of organic compounds in EfOM can play an important role in sensitizing the photodegradation of some emerging pollutants in the effluent." @default.
- W2955868025 created "2019-07-12" @default.
- W2955868025 creator A5000195058 @default.
- W2955868025 creator A5003753200 @default.
- W2955868025 creator A5004694909 @default.
- W2955868025 creator A5011069695 @default.
- W2955868025 creator A5049222665 @default.
- W2955868025 creator A5052874278 @default.
- W2955868025 creator A5060640583 @default.
- W2955868025 creator A5079140676 @default.
- W2955868025 creator A5089672201 @default.
- W2955868025 date "2019-11-01" @default.
- W2955868025 modified "2023-10-13" @default.
- W2955868025 title "Trace amounts of fenofibrate acid sensitize the photodegradation of bezafibrate in effluents: Mechanisms, degradation pathways, and toxicity evaluation" @default.
- W2955868025 cites W1608086260 @default.
- W2955868025 cites W1968968486 @default.
- W2955868025 cites W1973042724 @default.
- W2955868025 cites W1977693620 @default.
- W2955868025 cites W1992041709 @default.
- W2955868025 cites W1999134368 @default.
- W2955868025 cites W2003622839 @default.
- W2955868025 cites W2012873572 @default.
- W2955868025 cites W2017274489 @default.
- W2955868025 cites W2018465678 @default.
- W2955868025 cites W2032862219 @default.
- W2955868025 cites W2039085735 @default.
- W2955868025 cites W2057389827 @default.
- W2955868025 cites W2064906631 @default.
- W2955868025 cites W2067628213 @default.
- W2955868025 cites W2068023280 @default.
- W2955868025 cites W2068932039 @default.
- W2955868025 cites W2070239831 @default.
- W2955868025 cites W2080649623 @default.
- W2955868025 cites W2089100212 @default.
- W2955868025 cites W2106012378 @default.
- W2955868025 cites W2127647713 @default.
- W2955868025 cites W2142736798 @default.
- W2955868025 cites W2155812824 @default.
- W2955868025 cites W2162216076 @default.
- W2955868025 cites W2209485213 @default.
- W2955868025 cites W2282123361 @default.
- W2955868025 cites W2316831277 @default.
- W2955868025 cites W2318084238 @default.
- W2955868025 cites W2320295642 @default.
- W2955868025 cites W2323580420 @default.
- W2955868025 cites W2331284151 @default.
- W2955868025 cites W2334580995 @default.
- W2955868025 cites W2468203148 @default.
- W2955868025 cites W2514740871 @default.
- W2955868025 cites W2521273518 @default.
- W2955868025 cites W2529622994 @default.
- W2955868025 cites W2580842850 @default.
- W2955868025 cites W2582468233 @default.
- W2955868025 cites W2605817391 @default.
- W2955868025 cites W2606870408 @default.
- W2955868025 cites W2639115534 @default.
- W2955868025 cites W2730566061 @default.
- W2955868025 cites W2741541639 @default.
- W2955868025 cites W2744759378 @default.
- W2955868025 cites W2770819053 @default.
- W2955868025 cites W2779024257 @default.
- W2955868025 cites W2782733229 @default.
- W2955868025 cites W2789798871 @default.
- W2955868025 cites W2790931770 @default.
- W2955868025 cites W2792847065 @default.
- W2955868025 cites W2808400944 @default.
- W2955868025 cites W2875013484 @default.
- W2955868025 cites W2884362060 @default.
- W2955868025 cites W2888455191 @default.
- W2955868025 cites W2888736861 @default.
- W2955868025 cites W2893902463 @default.
- W2955868025 cites W2904745886 @default.
- W2955868025 cites W2905914862 @default.
- W2955868025 doi "https://doi.org/10.1016/j.chemosphere.2019.07.008" @default.
- W2955868025 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31299703" @default.
- W2955868025 hasPublicationYear "2019" @default.
- W2955868025 type Work @default.
- W2955868025 sameAs 2955868025 @default.
- W2955868025 citedByCount "25" @default.
- W2955868025 countsByYear W29558680252020 @default.
- W2955868025 countsByYear W29558680252021 @default.
- W2955868025 countsByYear W29558680252022 @default.
- W2955868025 countsByYear W29558680252023 @default.
- W2955868025 crossrefType "journal-article" @default.
- W2955868025 hasAuthorship W2955868025A5000195058 @default.
- W2955868025 hasAuthorship W2955868025A5003753200 @default.
- W2955868025 hasAuthorship W2955868025A5004694909 @default.
- W2955868025 hasAuthorship W2955868025A5011069695 @default.
- W2955868025 hasAuthorship W2955868025A5049222665 @default.
- W2955868025 hasAuthorship W2955868025A5052874278 @default.
- W2955868025 hasAuthorship W2955868025A5060640583 @default.
- W2955868025 hasAuthorship W2955868025A5079140676 @default.
- W2955868025 hasAuthorship W2955868025A5089672201 @default.
- W2955868025 hasConcept C107872376 @default.
- W2955868025 hasConcept C147455438 @default.
- W2955868025 hasConcept C161790260 @default.
- W2955868025 hasConcept C162847780 @default.
- W2955868025 hasConcept C178790620 @default.