Catalysts with Tunable Electrocatalytic Behavior for CO₂ Conversion

The Department of Energy is seeking a catalyst with tunable electrocatalytic behavior for CO₂ conversion. The ideal catalyst should have high selectivity, flexibility, and cost efficiency. The technology should be able to produce target chemicals with minimal byproducts, improving energy efficiency and reducing separation costs. The catalyst should also be able to switch product outputs easily by tuning its properties, eliminating the need for structural redesigns. • High selectivity: Produces target chemicals with minimal byproducts, improving energy efficiency and reducing separation costs. • Flexibility: Easily switches product outputs by tuning catalyst properties, eliminating the need for structural CES redesigns. • Cost efficiency: Avoids additional R&D expenses for new catalyst compositions or CES designs. • Scalable solution: Supports diverse industries with varying product requirements, adapting to multiple applications.