Singapore-Japan Partnership to Advance Large-Scale Ammonia Cracking for Hydrogen Production
Key Ideas
- Amogy and JGC Holdings collaborate to develop large-scale ammonia-cracking technology for low-carbon hydrogen production.
- JGC utilizes Amogy’s low ruthenium content catalyst in the ammonia cracking demonstration project, aiming to establish a competitive hydrogen supply chain.
- The partnership targets the first pilot plant deployment of Amogy's advanced ammonia cracking technology to enable large-scale hydrogen production from ammonia by 2030.
- Amogy's ammonia cracking catalysts promise highly efficient conversion of ammonia into hydrogen, paving the way for increased hydrogen production rates at lower operating temperatures.
Singapore-based Amogy and Japan's JGC Holdings Corporation have teamed up to advance large-scale ammonia-cracking technology for low-carbon hydrogen production. JGC, known for constructing various plants, opted for Amogy's catalyst in an ammonia cracking project to foster a competitive hydrogen supply chain. This collaboration marks the pilot plant debut of Amogy's advanced technology, crucial for achieving a global clean hydrogen-ammonia supply chain. Amogy's CEO emphasized the significance of this milestone for the hydrogen industry. The partnership aims to enhance energy efficiency and promote the large-scale production of hydrogen from ammonia. Amogy’s portfolio of catalysts, including precious-metal-based and base-metal-based formulations, offers superior efficiency in converting ammonia to hydrogen, promising higher production rates at lower temperatures. JGC will spearhead the design of the large-scale ammonia cracking system, targeting full-scale deployment by 2030. Amogy will not only supply the catalyst but also ensure optimal performance and reliability in large-scale operations. The joint efforts reflect a positive step towards realizing a cleaner energy future through innovative ammonia-cracking technology.
Topics
Production
Clean Energy
Energy Efficiency
Construction
Engineering
Technology Development
Catalyst
Pilot Plant
Ammonia Power
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