本文選題：稀土氧化物 + 甲苯��； 參考：《環(huán)境工程學報》2016年12期

【摘要】：以活性組分氧化銅、氧化錳為基礎,加入活性組分稀土氧化物,研究對甲苯催化燃燒性能影響。研究結果表明,在所選稀土氧化物中,加入氧化鈰時甲苯的起燃溫度和完全燃燒溫度最低;在一定的負載量下,Cu∶Mn∶Ce摩爾比為1∶2∶0.7時,制備的Cu Mn Ce/Zr O2整體催化劑甲苯完全燃燒溫度最低;催化劑合理的焙燒溫度為500℃,此時甲苯的起燃溫度約200℃,完全燃燒溫度為220℃;催化劑合理的焙燒時間為3 h。
[Abstract]:Based on the active components of copper oxide and manganese oxide, the effects of rare earth oxides on the catalytic combustion of toluene were studied. The results show that the ignition temperature and complete combustion temperature of toluene are the lowest when cerium oxide is added, and the molar ratio of Cu: mn: ce is 1: 2: 0.7 under a certain load. The prepared Cu mn Ce/Zr O 2 monolithic catalyst has the lowest complete combustion temperature of toluene, the reasonable calcination temperature is 500 鈩，

本文編號：1809708