INL Innovation Spotlight Efficient Protonic Ceramic Power: Dual-Mode Hydrogen and Electricity Generation

The Idaho National Laboratory (INL) is seeking a partner to commercialize its innovative Efficient Protonic Ceramic Power technology, which enables dual-mode hydrogen and electricity generation. This technology has the potential to revolutionize the energy industry by providing a sustainable, efficient, and low-temperature solution for energy conversion and storage. The benefits of this technology include enhanced efficiency, dual functionality, durability, and a sustainable solution that supports a carbon-neutral energy cycle. Potential applications for this technology include renewable energy storage systems, hydrogen production facilities, power generation companies, environmental sensing devices, and industrial gas processing. • The technology is based on a perovskite material designed for high efficiency and durability at reduced operating temperatures. • It operates effectively at lower temperatures, significantly lowering energy costs. • It is capable of reversible operation between hydrogen production and electricity generation, offering flexibility in application. • It demonstrates high durability and stable operation under practical high-water pressure conditions, ensuring long-term reliability. • It supports a carbon-neutral energy cycle, aligning with global sustainability goals. • It has potential for use in sensors, permeation membranes, and other energy devices, broadening its market appeal.