应用简单的热氧化方法发展一种简单、绿色、可大规模制备的高效整体式铜基催化剂.通过SEM对催化剂的形貌进行表征并对其结构进行分析;将铜基催化剂与低温等离子体结合,研究其在低温等离子体-催化氧化甲苯的效用,结果表明以铜泡沫为基底的催化剂相对来说降解效果较好,在耗能较低的情况下降解率达到96%.
A simple,green and large-scale preparation of a highly efficient monolithic copper-based catalyst was developed by a simple thermal oxidation method.The morphology was characterized and the structure of the catalyst was analyzed by SEM.The copper-based catalyst was combined with the cryogenic plasma to study the effect of low temperature plasma-catalyzed oxidation of toluene.The results showed that the catalyst based on copper foam Said the degradation effect is the best in the case of low energy consumption degradation rate of 96%.