First-principles insights into reduction mechanisms of ZnFe2O4 by CO and H2

Key Points

• Reduction mechanisms of ZnFe2O4 occur through reactions with CO and H2, leading to effective thermodynamic shifts.
• Key evidence includes the identification of specific thermodynamic conditions that favor these reductions.
• Thermodynamic analysis provides a detailed understanding of the interactions between ZnFe2O4 and reduction agents like CO and H2.
• Understanding these mechanisms may enhance the design of efficient catalysts for industrial applications.