CeO2 modification enhances carbon deposition resistance of Ni/MgAl2O4 in methane dry reforming

Key Points

• Enhanced carbon deposition resistance is achieved in nickel and ceria-modified MgAl2O4 catalysts.
• Ceria addition significantly improves the catalyst's longevity, supporting higher catalytic activity levels.
• Observational analysis focuses on methane dry reforming efficiency, emphasizing the importance of material properties.
• This work suggests that ceria modification may enable more effective hydrogen production through methane reforming.