Matches in SemOpenAlex for { <https://semopenalex.org/work/W3005904906> ?p ?o ?g. }
- W3005904906 endingPage "122282" @default.
- W3005904906 startingPage "122282" @default.
- W3005904906 abstract "Four different technologies have been compared (photolysis, ZVI + photolysis, electrolysis and ZVI + electrolysis) regarding the: (1) degradation of clopyralid, (2) extent of its mineralization, (3) formation of by-products and main reaction pathways. Results show that photolysis is the less efficient treatment and it only attains 5 % removal of the pollutant, much less than ZVI, which reaches 45 % removal and that electrolysis, which attains complete removal and 78 % mineralization within 4 h. When ZVI is used as pre-treatment of electrolysis, it was obtained the most efficient technology. The identification of transformation products was carried out for each treatment by LCMS. In total, ten products were identified. Tentative pathways for preferential clopyralid degradation for all processes were proposed. This work draws attention of the synergisms caused by the coupling of techniques involving the treatment of chlorinated compound and sheds light on how the preferential mechanisms of each treatment evaluated occurred." @default.
- W3005904906 created "2020-02-24" @default.
- W3005904906 creator A5020506506 @default.
- W3005904906 creator A5030829541 @default.
- W3005904906 creator A5051867523 @default.
- W3005904906 creator A5074307210 @default.
- W3005904906 creator A5082233974 @default.
- W3005904906 creator A5086489593 @default.
- W3005904906 creator A5088099624 @default.
- W3005904906 date "2020-06-01" @default.
- W3005904906 modified "2023-10-09" @default.
- W3005904906 title "Clopyralid degradation by AOPs enhanced with zero valent iron" @default.
- W3005904906 cites W1496695175 @default.
- W3005904906 cites W1983689132 @default.
- W3005904906 cites W1983997521 @default.
- W3005904906 cites W1988040354 @default.
- W3005904906 cites W1988490883 @default.
- W3005904906 cites W1996637104 @default.
- W3005904906 cites W1998582948 @default.
- W3005904906 cites W2009133216 @default.
- W3005904906 cites W2013874263 @default.
- W3005904906 cites W2017310915 @default.
- W3005904906 cites W2021022401 @default.
- W3005904906 cites W2032772186 @default.
- W3005904906 cites W2040691815 @default.
- W3005904906 cites W2045065321 @default.
- W3005904906 cites W2046003671 @default.
- W3005904906 cites W2049781314 @default.
- W3005904906 cites W2077828942 @default.
- W3005904906 cites W2080824589 @default.
- W3005904906 cites W2085139011 @default.
- W3005904906 cites W2119233270 @default.
- W3005904906 cites W2120512121 @default.
- W3005904906 cites W2140721321 @default.
- W3005904906 cites W2160659516 @default.
- W3005904906 cites W2236832610 @default.
- W3005904906 cites W2353509680 @default.
- W3005904906 cites W2509957624 @default.
- W3005904906 cites W2515672891 @default.
- W3005904906 cites W2550766921 @default.
- W3005904906 cites W2591845097 @default.
- W3005904906 cites W2608024558 @default.
- W3005904906 cites W2610664335 @default.
- W3005904906 cites W2765289025 @default.
- W3005904906 cites W2794071740 @default.
- W3005904906 cites W2794390243 @default.
- W3005904906 cites W2795230906 @default.
- W3005904906 cites W2801996183 @default.
- W3005904906 cites W2803010579 @default.
- W3005904906 cites W2831202945 @default.
- W3005904906 cites W2841924520 @default.
- W3005904906 cites W2883965312 @default.
- W3005904906 cites W2890435495 @default.
- W3005904906 cites W2893804960 @default.
- W3005904906 cites W2906415888 @default.
- W3005904906 cites W2913178665 @default.
- W3005904906 cites W2913624483 @default.
- W3005904906 cites W2950694731 @default.
- W3005904906 cites W2952540366 @default.
- W3005904906 cites W2964190901 @default.
- W3005904906 cites W2965650929 @default.
- W3005904906 cites W2970940837 @default.
- W3005904906 cites W2991220486 @default.
- W3005904906 cites W2997209689 @default.
- W3005904906 cites W2999768249 @default.
- W3005904906 cites W908517192 @default.
- W3005904906 doi "https://doi.org/10.1016/j.jhazmat.2020.122282" @default.
- W3005904906 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32105951" @default.
- W3005904906 hasPublicationYear "2020" @default.
- W3005904906 type Work @default.
- W3005904906 sameAs 3005904906 @default.
- W3005904906 citedByCount "18" @default.
- W3005904906 countsByYear W30059049062020 @default.
- W3005904906 countsByYear W30059049062021 @default.
- W3005904906 countsByYear W30059049062022 @default.
- W3005904906 countsByYear W30059049062023 @default.
- W3005904906 crossrefType "journal-article" @default.
- W3005904906 hasAuthorship W3005904906A5020506506 @default.
- W3005904906 hasAuthorship W3005904906A5030829541 @default.
- W3005904906 hasAuthorship W3005904906A5051867523 @default.
- W3005904906 hasAuthorship W3005904906A5074307210 @default.
- W3005904906 hasAuthorship W3005904906A5082233974 @default.
- W3005904906 hasAuthorship W3005904906A5086489593 @default.
- W3005904906 hasAuthorship W3005904906A5088099624 @default.
- W3005904906 hasBestOaLocation W30059049062 @default.
- W3005904906 hasConcept C107872376 @default.
- W3005904906 hasConcept C111696902 @default.
- W3005904906 hasConcept C147273371 @default.
- W3005904906 hasConcept C147789679 @default.
- W3005904906 hasConcept C150394285 @default.
- W3005904906 hasConcept C163127949 @default.
- W3005904906 hasConcept C17525397 @default.
- W3005904906 hasConcept C178790620 @default.
- W3005904906 hasConcept C185592680 @default.
- W3005904906 hasConcept C2778575697 @default.
- W3005904906 hasConcept C2779679103 @default.
- W3005904906 hasConcept C40472508 @default.
- W3005904906 hasConcept C41008148 @default.