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NO conversion using binary vanadium mixtures supported on activated carbon

机译:使用活性炭负载的二元钒混合物进行NO转化

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The kinetics of the reaction of NO with activated carbon without catalyst and impregnated with precursor salts of Ba, Co, Cu. Fe. Mg, Mn, Ni and Pb were investigated. Binary mixtures of those metals with V were also studied. The conversion of NO was Studied (300-900 degreesC) using a TGA apparatus and a fixed bed reactor. The reactor effluents were analysed using a GUMS on line and showed the presence of N2O, N-2, CO2 and CO together with some unreacted NO. The best synergetic effects were observed for samples doped with V + Cu and V + Fe mixtures. This synergetic effect observed with addition of vanadium seems to be related with its ability to wet and spread on carbon surface and with enhancement of oxygen-carbon complexes on carbon Surface increasing CO2 evolution, thus generating new active sites. (C) 2003 Elsevier Science B.V. All rights reserved. [References: 30]
机译:NO与不含催化剂并用Ba,Co,Cu的前体盐浸渍的活性炭反应的动力学。铁研究了Mg,Mn,Ni和Pb。还研究了这些金属与V的二元混合物。使用TGA设备和固定床反应器研究(300-900℃)NO的转化。使用GUMS在线分析反应器流出物,并显示N2O,N-2,CO2和CO以及一些未反应的NO的存在。对于掺有V + Cu和V + Fe混合物的样品,观察到了最佳的协同作用。加入钒观察到的这种协同作用似乎与其在碳表面上润湿和扩散的能力以及碳表面上氧-碳络合物的增强有关,从而增加了CO2的释放,从而产生了新的活性位点。 (C)2003 Elsevier Science B.V.保留所有权利。 [参考:30]

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