From manufacturing technology for social implementation to combustion and utilization as a hydrogen carrier.
Green ammonia, which is attracting attention as a carbon-free energy carrier, will be explained along with its new synthesis technology and the potential for direct utilization! This overview will cover the technological innovations aimed at developing new applications for ammonia and its social implementation through the development of low-cost manufacturing technologies as alternatives to the Haber-Bosch process!
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"New Developments in Green Ammonia Synthesis and Utilization - From Manufacturing Technologies for Social Implementation to Combustion and Utilization as a Hydrogen Carrier" ■Format: B5 size, 140 pages ■Price: 40,000 yen + tax ■Published by: NTS Part 1: Next-Generation Ammonia Synthesis Technologies Chapter 1: Ammonia Synthesis Technology Using Powdered Photocatalysts with Water as an Electron Source Chapter 2: Ammonia Electrolytic Synthesis Technology Using Ru Catalysts and Hydrogen Permeable Membranes Chapter 3: Evaluation Methods for Green Ammonia Synthesis Catalysts Chapter 4: Ammonia Electrolytic Synthesis Technology Utilizing Solid Electrolytes Chapter 5: Low-Temperature Ammonia Synthesis Utilizing Surface Protonics with Electric Field Application Chapter 6: Development of Ammonia Synthesis Technology Using Lithium Alloys Chapter 7: Room Temperature and Pressure Ammonia Synthesis from Iron Nitride Using Carbonated Water Chapter 8: Manufacturing Technology, Synthesis Demonstration, and Supply Chain Development for CO2-Free Ammonia as an Energy Carrier Part 2: Ammonia Utilization Technologies Chapter 1: Ammonia/Diesel Co-Combustion Technology Using Diesel Engines Chapter 2: Ammonia Decomposition and Hydrogen Supply System Using Ruthenium Catalysts Chapter 3: Pure Hydrogen Production Technology through Plasma Decomposition of Ammonia Chapter 4: Hydrogen Production Technology through NH3 Decomposition Using Catalyst-Filled Membrane Reactors
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List price: 40,000 yen + tax
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P2
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P2
Applications/Examples of results
Low-temperature ammonia synthesis Ammonia synthesis technology using lithium alloys Ammonia synthesis at room temperature and pressure from iron nitride using carbonated water Energy carrier CO2-free ammonia Fuel cell vehicles
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