Matches in SemOpenAlex for { <https://semopenalex.org/work/W2807604281> ?p ?o ?g. }
- W2807604281 endingPage "713" @default.
- W2807604281 startingPage "703" @default.
- W2807604281 abstract "Abstract In this paper a UV-LEDs floating photocatalytic reactor was developed in order to remove caffeine and paracetamol from water using ZnO immobilized on low density macroscopic polystyrene pellets as floating photocatalyst. Different amounts of ZnO were immobilized on polystyrene pellets surface by solvent casting method and characterized from chemical-physical point of view using N2 adsorption at -196 °C, SEM analysis and XRD technique. Photocatalytic activity results evidenced that, during the irradiation time, the photocatalytic performances with the floating-bed reactor were strongly enhanced with respect to the fixed-bed reactor. The influence of process parameters, such as ZnO amount immobilized on polystyrene pellets, air flow rate and UV light intensity, has been investigated. The results showed that the complete caffeine degradation with a mineralization degree of about 86% was achieved after 240 min of UV irradiation at ZnO loading on polystyrene pellets of 1.1 wt%, air flow rate of 144 Ncc·min−1 and UV light intensity of 13 W·m−2. Furthermore, the optimized photocatalyst can be reused for several cycles without any substantial decrease of photocatalytic performances. Finally, the floating photocatalyst was able to remove simultaneously paracetamol and caffeine from drinking water with a very good efficiency." @default.
- W2807604281 created "2018-06-13" @default.
- W2807604281 creator A5020829687 @default.
- W2807604281 creator A5040747141 @default.
- W2807604281 creator A5089678348 @default.
- W2807604281 date "2018-10-01" @default.
- W2807604281 modified "2023-10-09" @default.
- W2807604281 title "UV-LEDs floating-bed photoreactor for the removal of caffeine and paracetamol using ZnO supported on polystyrene pellets" @default.
- W2807604281 cites W1608086260 @default.
- W2807604281 cites W1965064785 @default.
- W2807604281 cites W1965222604 @default.
- W2807604281 cites W1966115210 @default.
- W2807604281 cites W1967385155 @default.
- W2807604281 cites W1968729116 @default.
- W2807604281 cites W1971480732 @default.
- W2807604281 cites W1973058118 @default.
- W2807604281 cites W1973434229 @default.
- W2807604281 cites W1973644258 @default.
- W2807604281 cites W1973690262 @default.
- W2807604281 cites W1973775988 @default.
- W2807604281 cites W1977682740 @default.
- W2807604281 cites W1979577970 @default.
- W2807604281 cites W1982120816 @default.
- W2807604281 cites W1986452498 @default.
- W2807604281 cites W2000544877 @default.
- W2807604281 cites W2002263805 @default.
- W2807604281 cites W2003052069 @default.
- W2807604281 cites W2004878500 @default.
- W2807604281 cites W2005543595 @default.
- W2807604281 cites W2009936508 @default.
- W2807604281 cites W2010222321 @default.
- W2807604281 cites W2013731232 @default.
- W2807604281 cites W2014116072 @default.
- W2807604281 cites W2017494038 @default.
- W2807604281 cites W2021621237 @default.
- W2807604281 cites W2023193257 @default.
- W2807604281 cites W2025756251 @default.
- W2807604281 cites W2029280022 @default.
- W2807604281 cites W2030877742 @default.
- W2807604281 cites W2033250549 @default.
- W2807604281 cites W2037766564 @default.
- W2807604281 cites W2039168363 @default.
- W2807604281 cites W2040127471 @default.
- W2807604281 cites W2041479222 @default.
- W2807604281 cites W2042539903 @default.
- W2807604281 cites W2043705871 @default.
- W2807604281 cites W2044895173 @default.
- W2807604281 cites W2048049713 @default.
- W2807604281 cites W2049502017 @default.
- W2807604281 cites W2052038521 @default.
- W2807604281 cites W2052076127 @default.
- W2807604281 cites W2053322034 @default.
- W2807604281 cites W2054723981 @default.
- W2807604281 cites W2057233151 @default.
- W2807604281 cites W2059509325 @default.
- W2807604281 cites W2060969511 @default.
- W2807604281 cites W2065434182 @default.
- W2807604281 cites W2066167476 @default.
- W2807604281 cites W2067251537 @default.
- W2807604281 cites W2067623509 @default.
- W2807604281 cites W2068874738 @default.
- W2807604281 cites W2069669658 @default.
- W2807604281 cites W2074807955 @default.
- W2807604281 cites W2076958554 @default.
- W2807604281 cites W2078612424 @default.
- W2807604281 cites W2078646274 @default.
- W2807604281 cites W2078673574 @default.
- W2807604281 cites W2078708930 @default.
- W2807604281 cites W2082350365 @default.
- W2807604281 cites W2083989699 @default.
- W2807604281 cites W2084377392 @default.
- W2807604281 cites W2085624965 @default.
- W2807604281 cites W2086605888 @default.
- W2807604281 cites W2086721331 @default.
- W2807604281 cites W2089337901 @default.
- W2807604281 cites W2092364348 @default.
- W2807604281 cites W2092746509 @default.
- W2807604281 cites W2127874519 @default.
- W2807604281 cites W2134534793 @default.
- W2807604281 cites W2151132222 @default.
- W2807604281 cites W2166141457 @default.
- W2807604281 cites W2166607328 @default.
- W2807604281 cites W2167342382 @default.
- W2807604281 cites W2171576952 @default.
- W2807604281 cites W2260636736 @default.
- W2807604281 cites W2313048373 @default.
- W2807604281 cites W2358138639 @default.
- W2807604281 cites W2462755503 @default.
- W2807604281 cites W2549091896 @default.
- W2807604281 cites W2594998599 @default.
- W2807604281 cites W2599145939 @default.
- W2807604281 cites W2738653143 @default.
- W2807604281 cites W2748928903 @default.
- W2807604281 cites W2756337199 @default.
- W2807604281 cites W2769863630 @default.
- W2807604281 cites W2778753815 @default.
- W2807604281 cites W849284103 @default.
- W2807604281 doi "https://doi.org/10.1016/j.cej.2018.06.011" @default.