Nanoengineered iridium-doped FeCoNiMoWO high-entropy oxide for efficient acidic water oxidation

Key Points

• Efficient acidic water oxidation is achieved using iridium-doped catalysts, enhancing energy conversion rates greatly.
• The maximum performance reported is 8.87 mA cm(-2) at 1.54 V, showcasing the catalyst's effectiveness under various conditions.
• This study utilizes nanoengineering to create a high-entropy oxide with a unique metal composition, optimizing for acidic environments.
• These findings highlight the significance of advanced materials in catalyzing efficient energy conversion, supporting further innovations in the field.