Part I: Green ammonia as energy carrier
1. Ammonia as green fuel with energy science view
2. Physical and chemical properties of ammonia as energy carrier
3. Possibility of Ammonia fuel & Japanese hydrogen technology
4. Ammonias Role in the Hydrogen Society
Part II: Solar heat storage
5. Solar-thermal energy conversion system; design and practice: solar selective absorbers based on semiconducting FeSi2
6. Solar heat storage system and the materials
7. Enhancing corrosion resistance of stainless steel by hot-dip aluminizing for high temperature solar thermal application
8. Solar-thermal energy conversion
Part III: Hydrogen production through electrolysis and thermochemical reactions
9. Steam electrolysis cells that can operate at 600
10. Advances in solid oxide electrolysis cell
11. Hydrogen production from solar heat; Membrane IS process
12. Production of sulfuric acid and hydrogen iodine by Bunsen reaction assisted with membrane
13. Oxygen production by sulfuric acid decomposition assisted with membrane
14. Hydrogen production by hydrogen iodine decomposition assisted with membrane
15. Corrosion-resistant material for IS process
Part IV: CO2 free ammonia synthesis under industrial conditions
16. Green ammonia production system
17. Comparison of several ammonia catalysts worked under industrial conditions
18. Influence of H2 / N2 Ratio on Dynamic Behavior of Ammonia Production on Ru Catalyst
19. Development of industrial ammonia catalyst using ruthenium
20. Rare earth oxide supported Ru catalysts for ammonia synthesis
21. Ammonia synthesis from N2-H2O using electrochemical hydrogen-membrane reactor with Ru catalyst and phosphate electrodes
Part V: Ammonia source hydrogen station
22. Production technology of hydrogen for fuel cell vehicles from ammonia
23. Ruthenium catalyst development for effective ammonia decomposition
24. High purity hydrogen production from ammonia decomposition and removal gas
25. Development of vanadium alloy film for hydrogen purification
Part VI: Ammonia fuel cell
26. Ammonia decomposition catalysts for fuel cell application
27. Development of component materials for ammonia fueled solid oxide fuel cells (SOFCs)
28. Stack evaluation of ammonia fueled SOFCs
29. Simulation of ammonia fueled SOFCs
30. Utilization of ammonia for low temperature fuel cells
Part VII: Ammonia combustion mechanism and application for internal combustion engines
31. Significance and impact of ammonia combustion research
32. Demonstration of ammonia fuel with small gas turbines
33. Demonstration test of ammonia/natural gas co-firing power generation with 2 MW class gas turbine
34. Development of ammonia utilization technology for large gas turbines for power generation
35. Advanced co-firing method with low NOx at gas turbine considering the detailed chemistry
36. Automobile reciprocal engines fueled with ammonia
37. Fundamental study on application of ammonia as a fuel to marine diesel engines
Part VIII: Coal-ammonia co-firing for power generation
38. Ammonia co-firing technology applicable to purverized coal fired boilers
39. Development of the coal co-firing technology with ammonia and numerical evaluation of the boiler performance
40. Test of the cofiring of ammonia and coal at Mizushima Powrer Station
41. Characteristics of coal-ammonia co-firing phenomena
Part IX: Ammonia combustion for industrial furnaces
42. Review of fundamental study of ammonia direct combustion in industrial furnaces Ammonia combustion for industrial furnace
43. Development of impinging jet burner using ammonia fuel for degreading steel sheets
Part X: Evaluation of green ammonia fuel in view of LCA and economics
44. Basic concept of NH3 fuel LCA (including N2O problem)
45. Well to Wheel Carbon intensity of various ammonia fuel
46. What ammonia? What cost ammonia?
47. Ammonia energy; expectation and challenge.