Integrated Cell Engineering and Scale-Up of a Non-PGM Bifunctional Electrocatalyst for Durable AEM Water Electrolysis

Key Points

• The aim is to develop a durable non-PGM bifunctional electrocatalyst for efficient AEM water electrolysis at scalable levels.
• Utilizing integrated cell engineering techniques to enhance electrocatalyst performance.
• Assessing the durability of the optimized non-PGM bifunctional electrocatalyst under practical conditions.
• Scaling up the production of the developed electrocatalyst for industrial applications.
• Achieved enhanced scalability and sustainability of the non-PGM electrocatalyst in AEM systems.
• Demonstrated significant improvement in durability compared to previous non-PGM designs.
• The performance under operational conditions indicates viability for industrial deployment.