作    者：Shuli Bai, Shengtao Jiang, Huanying Li , et al
影响因子：1.098
刊物名称：Chinese Journal of Chemical Engineering
出版年卷：2015,23: 516-519

文章摘要：The catalytic activity of carbon nanotubes-supported vanadium oxide (V2O5/CNTs) catalysts in the selective catalytic reduction (SCR) of NO with NH3 at low temperatures (≤250 °C) was investigated. The effects of V2O5 loading, reaction temperature, and presence of SO2 on the SCR activity were evaluated. The results show that V2O5/CNTs catalysts exhibit high activity for NO reduction with NH3 at low-temperatures. The catalysts also show very high stability in the presence of SO2.More interestingly, their activities are significantly promoted instead of being poisoned by SO2. The promoting effect of SO2 is distinctly associatedwith V2O5 loading, particularly maximized at low V2O5 loading, which indicated the role of CNTs support in this effect. The promoting effect of SO2 at lowtemperatures suggests that V2O5/CNTs catalysts are promising catalyticmaterials for low-temperature SCR reactions.

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