Matches in SemOpenAlex for { <https://semopenalex.org/work/W2894492430> ?p ?o ?g. }
- W2894492430 endingPage "361" @default.
- W2894492430 startingPage "349" @default.
- W2894492430 abstract "The use of silver metal for hydrodeoxygenation (HDO) applications is scarce and different studies have indicated of its varying HDO activity. Several computational studies have reported of silver having almost zero turnover frequency for HDO owing to its high CO bond breaking energy barrier and low carbon and oxygen binding energies. Herein this work, titania supported silver catalysts were synthesized and firstly used to examine its phenol HDO activity via experimental reaction runs. BET, XRD, FESEM, TEM, EDX, ICP–OES, Pyridine-FTIR, NH3-TPD and H2-TPD analyses were done to investigate its physicochemical properties. Phenomena of hydrogen spillover and metal–acid site synergy were examined in this study. With the aid of TiO2 reducible support, hydrogen spillover and metal–acid site interactions were observed to a certain extent but were not as superior as other Pt, Pd, Ni-based catalysts used in other HDO studies. The experimental findings showed that Ag/TiO2 catalyst has mediocre phenol conversion but high benzene selectivity which confirms the explanation from other computational studies." @default.
- W2894492430 created "2018-10-05" @default.
- W2894492430 creator A5005228195 @default.
- W2894492430 creator A5046337419 @default.
- W2894492430 creator A5056366638 @default.
- W2894492430 creator A5076203778 @default.
- W2894492430 date "2019-02-01" @default.
- W2894492430 modified "2023-09-26" @default.
- W2894492430 title "Synergistic interaction of metal–acid sites for phenol hydrodeoxygenation over bifunctional Ag/TiO2 nanocatalyst" @default.
- W2894492430 cites W1056598036 @default.
- W2894492430 cites W1475561075 @default.
- W2894492430 cites W1949745063 @default.
- W2894492430 cites W1977809637 @default.
- W2894492430 cites W1983246711 @default.
- W2894492430 cites W1988110440 @default.
- W2894492430 cites W1996193725 @default.
- W2894492430 cites W1997278403 @default.
- W2894492430 cites W1997383784 @default.
- W2894492430 cites W1997406100 @default.
- W2894492430 cites W2005853185 @default.
- W2894492430 cites W2007097955 @default.
- W2894492430 cites W2011763891 @default.
- W2894492430 cites W2020083028 @default.
- W2894492430 cites W2040457931 @default.
- W2894492430 cites W2040630317 @default.
- W2894492430 cites W2042761718 @default.
- W2894492430 cites W2052707614 @default.
- W2894492430 cites W2053727210 @default.
- W2894492430 cites W2059955749 @default.
- W2894492430 cites W2063405602 @default.
- W2894492430 cites W2066683734 @default.
- W2894492430 cites W2068043331 @default.
- W2894492430 cites W2068530772 @default.
- W2894492430 cites W2070521255 @default.
- W2894492430 cites W2074970922 @default.
- W2894492430 cites W2076547796 @default.
- W2894492430 cites W2079344472 @default.
- W2894492430 cites W2086529313 @default.
- W2894492430 cites W2087349589 @default.
- W2894492430 cites W2087374183 @default.
- W2894492430 cites W2088707662 @default.
- W2894492430 cites W2094817259 @default.
- W2894492430 cites W2095858542 @default.
- W2894492430 cites W2096456007 @default.
- W2894492430 cites W2111739425 @default.
- W2894492430 cites W2113824219 @default.
- W2894492430 cites W2120212842 @default.
- W2894492430 cites W2131154466 @default.
- W2894492430 cites W2142195496 @default.
- W2894492430 cites W2160322346 @default.
- W2894492430 cites W2196473359 @default.
- W2894492430 cites W219741279 @default.
- W2894492430 cites W2232003149 @default.
- W2894492430 cites W2281057228 @default.
- W2894492430 cites W2298068275 @default.
- W2894492430 cites W2301981748 @default.
- W2894492430 cites W2314623560 @default.
- W2894492430 cites W2323423969 @default.
- W2894492430 cites W2323560346 @default.
- W2894492430 cites W2326052475 @default.
- W2894492430 cites W2326988963 @default.
- W2894492430 cites W2331369680 @default.
- W2894492430 cites W2534419109 @default.
- W2894492430 cites W2566680603 @default.
- W2894492430 cites W2612924904 @default.
- W2894492430 cites W2727410739 @default.
- W2894492430 cites W2744102425 @default.
- W2894492430 cites W2783867009 @default.
- W2894492430 cites W2883375797 @default.
- W2894492430 cites W2951210219 @default.
- W2894492430 cites W4211041554 @default.
- W2894492430 cites W4249990912 @default.
- W2894492430 cites W749891023 @default.
- W2894492430 doi "https://doi.org/10.1016/j.cjche.2018.08.028" @default.
- W2894492430 hasPublicationYear "2019" @default.
- W2894492430 type Work @default.
- W2894492430 sameAs 2894492430 @default.
- W2894492430 citedByCount "20" @default.
- W2894492430 countsByYear W28944924302019 @default.
- W2894492430 countsByYear W28944924302020 @default.
- W2894492430 countsByYear W28944924302021 @default.
- W2894492430 countsByYear W28944924302022 @default.
- W2894492430 countsByYear W28944924302023 @default.
- W2894492430 crossrefType "journal-article" @default.
- W2894492430 hasAuthorship W2894492430A5005228195 @default.
- W2894492430 hasAuthorship W2894492430A5046337419 @default.
- W2894492430 hasAuthorship W2894492430A5056366638 @default.
- W2894492430 hasAuthorship W2894492430A5076203778 @default.
- W2894492430 hasConcept C118792377 @default.
- W2894492430 hasConcept C161790260 @default.
- W2894492430 hasConcept C178790620 @default.
- W2894492430 hasConcept C179104552 @default.
- W2894492430 hasConcept C185592680 @default.
- W2894492430 hasConcept C2777691172 @default.
- W2894492430 hasConcept C2777702071 @default.
- W2894492430 hasConcept C2778496505 @default.
- W2894492430 hasConcept C2778647224 @default.
- W2894492430 hasConcept C2779485729 @default.