Amogy and JGC Partner to Revolutionize Ammonia-to-Hydrogen Production in Japan
Key Ideas
- Amogy and JGC collaborate to commercialize ammonia cracking catalyst for large-scale hydrogen production using ammonia as a carrier fuel.
- The project, supported by NEDO, aims to develop a competitive, low-carbon hydrogen supply chain and bridge the gap between small and industrial-scale ammonia cracking.
- Amogy's catalyst technology enhances efficiency and cost-effectiveness, contributing to the advancement of ammonia-based hydrogen production and sustainable energy goals.
- This partnership signifies a crucial step in promoting ammonia as a hydrogen carrier and reflects Japan's commitment to achieving wide hydrogen deployment by 2030.
Amogy, a leading provider of efficient ammonia-to-power solutions, has partnered with JGC Holdings Corporation in Japan to commercialize its breakthrough ammonia cracking catalyst. This collaboration signifies a pivotal move towards large-scale hydrogen production utilizing ammonia as a carrier fuel. The initiative, backed by Japan's NEDO, aims to establish a competitive, low-carbon hydrogen supply chain. JGC has selected Amogy's low ruthenium content catalyst for integration into its ammonia cracking demonstration facility, with Amogy also offering technical support for optimal operational efficiency. The project seeks to close the gap between small-scale and industrial-scale ammonia cracking technologies, with a focus on efficient hydrogen extraction. Amogy's catalyst technology, known for improved performance and cost-efficiency, plays a significant role in enabling ammonia-based hydrogen production at scale. The CEO of Amogy highlighted the deployment as a milestone for the company and the hydrogen industry, emphasizing the catalyst's contribution to a viable hydrogen supply chain. JGC's Executive Vice President underscored the importance of the partnership in advancing clean hydrogen-ammonia networks globally. Amogy's diverse catalyst portfolio offers superior conversion performance at lower temperatures, aligning with the project's goal of achieving widespread hydrogen deployment from ammonia by 2030. This collaboration reflects Japan's national objectives and the international commitment to hydrogen as a key element of sustainable energy. It showcases the growing significance of ammonia as a hydrogen carrier and the essential role of innovative technologies in accelerating the transition to clean energy.