A metal–oxide interface enhances the methane oxidative coupling reaction in a solid oxide electrolyzer

Abstract

At present, converting methane into fuel and more valuable chemicals is highly desired for industrial application. Here, we demonstrate the in-situ electrochemical conversion of methane (C1) into ethane and ethylene...

Enhanced CO2 electrolysis with in situ exsolved nanoparticles in the perovskite cathode

“…32 In addition, the oxygen vacancies can improve the O 2À transport capacity and thus the SOEC electroreduction performance. 33 Therefore, we performed thermogravimetric analysis on the samples to investigate the effect of doping on the oxygen vacancy concentration. The test results are shown in Fig.…”