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- W2835532015 abstract "Abstract CO 2 hydrogenation will be essential for a sustainable society if methanol and CO can be efficiently obtained using appropriate catalysts. In this paper, a highly efficient CuZnCeO x catalyst was synthesized using a parallel flow coprecipitation method, and was evaluated in CO 2 hydrogenation to produce methanol and CO. Interestingly, the catalyst shows excellent activity and stability, and the selectivity of the products can be controlled by the amount of CeO x . Characterization results show that a significant synergistic effect between Cu and metal oxides (ZnO and/or CeO x ) was observed at the composite catalysts. Cu plays a critical role in the activation of H 2 , and CeO x strongly adsorbs CO 2 . CeO x improved the dispersion of Cu nanoparticles and promoted the spillover of atomic hydrogen, which was beneficial to the generation of methanol. Meanwhile, ZnO exhibited weak adsorption ability for CO 2 , which was beneficial for the generation of CO. In addition, ZnO can significantly improve the dispersion of the CeO x nanoparticles. Both the dispersion of active sites and the activation abilities of CO 2 are critical for catalyst activity and product selectivity. Thus, the ternary catalyst CuZnCeO x shows higher performance than the binary catalysts (CuZnO x and CuCeO x ) in the CO 2 hydrogenation reaction. This paper provides a viable way to produce selectively methanol or CO from CO 2 hydrogenation." @default.
- W2835532015 created "2018-07-19" @default.
- W2835532015 creator A5004347622 @default.
- W2835532015 creator A5026878092 @default.
- W2835532015 creator A5062415767 @default.
- W2835532015 creator A5091367597 @default.
- W2835532015 date "2018-08-14" @default.
- W2835532015 modified "2023-10-16" @default.
- W2835532015 title "The Synergistic Effect of CuZnCeO <sub>x</sub> in Controlling the Formation of Methanol and CO from CO <sub>2</sub> Hydrogenation" @default.
- W2835532015 cites W1772926565 @default.
- W2835532015 cites W1870760280 @default.
- W2835532015 cites W1965338493 @default.
- W2835532015 cites W1965663951 @default.
- W2835532015 cites W1971071978 @default.
- W2835532015 cites W1975834890 @default.
- W2835532015 cites W1976823175 @default.
- W2835532015 cites W1980654685 @default.
- W2835532015 cites W1988245209 @default.
- W2835532015 cites W1991692033 @default.
- W2835532015 cites W1993618907 @default.
- W2835532015 cites W2002847686 @default.
- W2835532015 cites W2002853978 @default.
- W2835532015 cites W2003682532 @default.
- W2835532015 cites W2003992893 @default.
- W2835532015 cites W2006672624 @default.
- W2835532015 cites W2007813094 @default.
- W2835532015 cites W2011377242 @default.
- W2835532015 cites W2012702764 @default.
- W2835532015 cites W2014002377 @default.
- W2835532015 cites W2026082383 @default.
- W2835532015 cites W2030177988 @default.
- W2835532015 cites W2034815252 @default.
- W2835532015 cites W2040365636 @default.
- W2835532015 cites W2040560477 @default.
- W2835532015 cites W2063796350 @default.
- W2835532015 cites W2074445831 @default.
- W2835532015 cites W2090478871 @default.
- W2835532015 cites W2092486770 @default.
- W2835532015 cites W2094060553 @default.
- W2835532015 cites W2094314203 @default.
- W2835532015 cites W2110071262 @default.
- W2835532015 cites W2110154495 @default.
- W2835532015 cites W2113086422 @default.
- W2835532015 cites W2113259323 @default.
- W2835532015 cites W2139340848 @default.
- W2835532015 cites W2150683503 @default.
- W2835532015 cites W2153103446 @default.
- W2835532015 cites W2158991367 @default.
- W2835532015 cites W2166041238 @default.
- W2835532015 cites W2186796002 @default.
- W2835532015 cites W2204257602 @default.
- W2835532015 cites W2221703951 @default.
- W2835532015 cites W2265853247 @default.
- W2835532015 cites W2282718593 @default.
- W2835532015 cites W2283009411 @default.
- W2835532015 cites W2292837980 @default.
- W2835532015 cites W2317607900 @default.
- W2835532015 cites W2321408351 @default.
- W2835532015 cites W2331434088 @default.
- W2835532015 cites W2398826286 @default.
- W2835532015 cites W2469119249 @default.
- W2835532015 cites W2469166882 @default.
- W2835532015 cites W2473805459 @default.
- W2835532015 cites W2581595098 @default.
- W2835532015 cites W2587578726 @default.
- W2835532015 cites W2593186463 @default.
- W2835532015 cites W2600671629 @default.
- W2835532015 cites W2604461841 @default.
- W2835532015 cites W2605287251 @default.
- W2835532015 cites W2607021503 @default.
- W2835532015 cites W2607552296 @default.
- W2835532015 cites W2610687344 @default.
- W2835532015 cites W2611245984 @default.
- W2835532015 cites W2636821107 @default.
- W2835532015 cites W2642691642 @default.
- W2835532015 cites W2738472760 @default.
- W2835532015 cites W2754950694 @default.
- W2835532015 cites W2766373284 @default.
- W2835532015 cites W2770730156 @default.
- W2835532015 cites W2788637447 @default.
- W2835532015 cites W2790853952 @default.
- W2835532015 cites W2802178028 @default.
- W2835532015 cites W4254070274 @default.
- W2835532015 cites W4293225844 @default.
- W2835532015 doi "https://doi.org/10.1002/cctc.201800668" @default.
- W2835532015 hasPublicationYear "2018" @default.
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