Optimization of syngas production via methane bi-reforming using CeO2 promoted Cu/MnO2 catalyst

• Main Authors: Ibrahim I.H., Shafiqah M.-N.N., Rosli S.N.A., Mohamed H., Panpranot J., Cuong Nguyen V., Abidin S.Z.
• 其他作者: 59072832700
• 格式: Article
• 出版: Institution of Chemical Engineers 2025
• 主題: Catalysts; Cerium oxide; Copper oxides; Hydrogen production; Methane; Reaction rates; Steam reforming; Syngas production; Synthesis gas; Temperature programmed desorption; CH 4; Conversion rates; Cu-based catalyst; Methane bi-reforming; Optimisations; Reaction temperature; Response surface methodology optimization; Response-surface methodology; Syn gas; ]+ catalyst; Carbon dioxide

Currently, syngas plays an important role in renewable and sustainable energy production. The idea of manufacturing syngas via bi-reforming methane, which involves the combination of methane (CH4), carbon dioxide (CO2), and steam, appears very promising. As a result, the goal of this research is to...