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Preliminary Investigation on the Electrochemical Activity of Butanol Isomers as Potential Fuel for Direct Alcohol Fuel Cell

机译:丁醇异构体作为直接酒精燃料电池潜在燃料的电化学活性的初步研究

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A preliminary investigation of electrocatalytic oxidation activity of butanol isomers has been carried out to study their potential as fuels for direct alcohol fuel cells. The electrochemical study was carried out on Pt and Pd electrodes using a three electrode cell set up in alkaline media. The primary alcohol isomers of butanol were observed to behave similarly in their electrochemical reactions whereas 2-butanol showed completely different oxidation features on both catalysts. For example, no poisoning effects were observed for 2- butanol unlike for the primary butanol isomers. In contrast, tert-butanol did not show any oxidation reaction on Pt and Pd electrodes. Furthermore, Pd was not active at all in acidic media for butanol oxidation. The reactivity of butanol isomers were found to be in the order n-butanol>iso-butanol>2-butanol>tert-butanol based on the oxidation current density values.
机译:已经对丁醇异构体的电催化氧化活性进行了初步研究,以研究其作为直接醇燃料电池的燃料的潜力。使用在碱性介质中设置的三电极电池对Pt和Pd电极进行了电化学研究。观察到丁醇的伯醇异构体在其电化学反应中具有相似的行为,而2-丁醇在两种催化剂上均表现出完全不同的氧化特征。例如,与伯丁醇异构体不同,没有观察到2-丁醇的中毒作用。相反,叔丁醇在Pt和Pd电极上未显示任何氧化反应。此外,Pd在酸性介质中对丁醇氧化完全没有活性。基于氧化电流密度值,发现丁醇异构体的反应性为正丁醇>异丁醇> 2-丁醇>叔丁醇。

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