Journal
CATALYSIS COMMUNICATIONS
Volume 185, Issue -, Pages -Publisher
ELSEVIER
DOI: 10.1016/j.catcom.2023.106809
Keywords
SCR; H2O poisoning; Co doping; Sm doping
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This study investigates the impact of metal doping on the DeNOx and anti-poisoning performance of MnOx/mZrO2. The results show that Sm doping has a more significant effect on both the DeNOx performance and anti-poisoning performance, while Co doping has a relatively minor impact on the DeNOx performance. This is because the interaction between Sm and Mn results in improved redox performance and the presence of more acidic sites, inhibiting the formation of sulfate and ammonium sulfate.
This study investigated the impact of metal doping on the DeNOx and anti-poisoning performance of MnOx/mZrO2. The DeNOx performance increases from 96% to nearly 100% by Co or Sm doping. However, the anti poisoning performance was enhanced more by Sm doping, and the DeNOx performance remained at 90.97% after water and sulfur compound poisoning. The improved redox performance caused by the interaction between Sm and Mn resulted in more acidic sites that aid in the adsorption of NOx and NH3, and the presence of Sm effectively inhibits the formation of sulfate and ammonium sulfate, thus enhancing the DeNOx and anti poisoning performance.
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