JGC Partners with Amogy to Accelerate Large Scale Ammonia Cracking Technology
Key Ideas
- JGC and Amogy have signed an MoU to utilize Amogy's catalyst for large scale ammonia cracking, aiming to reduce hydrogen production costs.
- The collaboration is part of the project 'Development of Technologies for Building a Competitive Hydrogen Supply Chain' under NEDO, with JGC expecting higher efficiency and lower costs through the use of Amogy's catalyst.
- JGC plans to conduct FEED for the demonstration plant in FY 2025, with the goal of achieving low CAPEX hydrogen production technology by utilizing Amogy's catalyst.
- The partnership between JGC and Amogy is seen as a significant step towards advancing large scale hydrogen production using ammonia, contributing to a competitive and carbon neutral hydrogen supply chain globally.
JGC Holdings Corporation has entered into a memorandum of understanding (MoU) with US-based startup, Amogy, to leverage Amogy's catalyst for the development of large scale ammonia cracking technology. The collaboration aims to accelerate the technology development and reduce hydrogen production costs. JGC, in partnership with Kubota and Taiyo Nippon Sanso under NEDO's project, is working on obtaining hydrogen from the thermal decomposition of ammonia for a planned large scale production. Amogy's catalyst, known for its low ruthenium content, is expected to enhance the efficiency of ammonia conversion to hydrogen at a lower temperature, ultimately reducing production costs. The partnership also signifies JGC's commitment to strengthening technical capabilities in the hydrogen, ammonia, and CCUS fields. Both companies plan to collaborate further to advance technology development in large scale hydrogen production for a carbon neutral society. The collaboration is viewed positively by JGC's Executive Vice President, Masahiro Aika, who expressed excitement about the partnership and the potential improvements the catalyst will bring to their ammonia cracking process. Amogy's CEO, Seonghoon Woo, highlighted the significance of their catalyst technology in improving efficiency and cost-effectiveness in the ammonia cracking process, essential for establishing a competitive hydrogen supply chain globally.
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