Field of Energy Structure Transformation
Hydrogen Utilization in Iron and Steelmaking Processes
Share
Budget and 2050 Target Outcomes
- Budget
Up to449.9B¥
- CO2Reduction Effect
Approx.1.3Bt/yr
- Economic Effect
Approx.40T¥/yr
Related Contents
There are no related contents.
Project Implementing Entities
[Research and Development 1]
Development of hydrogen reduction technology using blast furnaces
| Theme | Entity |
|---|---|
Development of hydrogen reduction technology utilizing on-site hydrogen | ManagerNippon Steel Corporation |
| JFE Steel Corporation | |
| Kobe Steel, Ltd. | |
| The Japan Research and Development Center for Metals | |
Development of low-carbon technologies using external hydrogen and CO2 contained in blast furnace exhaust gas. | ManagerNippon Steel Corporation |
| JFE Steel Corporation | |
| Kobe Steel, Ltd. | |
| The Japan Research and Development Center for Metals |
[Research and Development 2]
Development of direct hydrogen reduction technology that reduces iron ore with hydrogen only
| Theme | Entity |
|---|---|
Development of direct hydrogen reduction technology | ManagerNippon Steel Corporation |
| JFE Steel Corporation | |
| The Japan Research and Development Center for Metals | |
Development of technology to remove impurities in electric arc furnaces using directly reduced iron | ManagerNippon Steel Corporation |
| JFE Steel Corporation | |
| Kobe Steel, Ltd. | |
| The Japan Research and Development Center for Metals | |
Development of high-efficiency melting technologies by an electric smelting furnace using directly reduced iron | ManagerNippon Steel Corporation |
| The Japan Research and Development Center for Metals |