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The aim is to explore how single and dual doping in RuO2 can improve its catalytic performance and stability.

July 30, 2026EcoEnergyOpen Access

Breaking the Activity–Stability Scaling in RuO ₂ via Single‐ and Dual‐Doping Strategies

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The aim is to explore how single and dual doping in RuO2 can improve its catalytic performance and stability.
Reviewed single and dual doping strategies in RuO2 lattice.
Analyzed the effects on adsorption energies and defect chemistry.
Discussed challenges and future directions for solvent-scale catalyst design.
Single-element doping enhances activity but not stability due to inherent trade-offs.
Dual doping allows for synergistic improvements in electronic structure and stability.
Highlights the need for atomic-level understanding to optimize RuO2-based catalysts.

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This review summarizes doping strategies enhancing electrocatalytic performance in RuO2, suggesting improvements for water electrolysis.

Gaur et al. (2026) studied this question.

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