| 研究报告 |
氢还原-电冶金新短流程成套工艺技术的资源综合利用率及资源产出率研究及测试报告 |
Research and Test Report on Resource Comprehensive Utilization and Resource Output Rate of Hydrogen Reduction Electro Metallurgy New Short Process Complete Process Technology |
基于氢冶金的固废源头减量钢铁清洁生产新技术 |
2023-07-04 |
| 研究报告 |
氢冶金绿色钢铁新流程构建及虚拟工厂设计 |
Construction of a New Process for Hydrogen Metallurgy Green Steel and Design of a Virtual Factory |
基于氢冶金的固废源头减量钢铁清洁生产新技术 |
2023-07-04 |
| 研究报告 |
钢铁行业清洁生产与绿色循环技术发展现状 |
The Development Status of Clean Production and Green Recycling Technology in the Steel Industry |
基于氢冶金的固废源头减量钢铁清洁生产新技术 |
2023-07-04 |
| 研究报告 |
钢铁行业清洁生产与绿色循环技术发展趋势研究 |
Research on the Development Trend of Clean Production and Green Recycling Technology in the Steel Industry |
基于氢冶金的固废源头减量钢铁清洁生产新技术 |
2023-07-04 |
| 研究报告 |
项目综合绩效自评价报告 |
Project comprehensive performance self-evaluation report |
基于氢冶金的固废源头减量钢铁清洁生产新技术 |
2023-07-04 |
| 研究报告 |
电冶金新短流程成套工艺技术-万吨级中试设备运行试验报告 |
New Short Process Complete Process Technology for Electrical Metallurgy - Test Report on the Operation of Ten Thousand Ton Scale Pilot Plant |
基于氢冶金的固废源头减量钢铁清洁生产新技术 |
2023-05-19 |
| 研究报告 |
氢还原-电冶金新短流程成套工艺技术的资源综合利用率及资源产出率研究及测试报告 |
Research and Test Report on Resource Comprehensive Utilization and Resource Output Rate of Hydrogen Reduction Electro Metallurgy New Short Process Complete Process Technology |
基于氢冶金的固废源头减量钢铁清洁生产新技术 |
2023-05-19 |
| 研究报告 |
氢还原铁电冶金高效脱磷和渣循环的近零排放电冶金工艺技术研究及实验测试报告 |
Research and Experimental Test Report on Near Zero Discharge Discharge Metallurgical Technology for Efficient Dephosphorization and Slag Recycling in Hydrogen Reduction Ferroelectric Metallurgy |
基于氢冶金的固废源头减量钢铁清洁生产新技术 |
2023-05-19 |
| 研究报告 |
氢还原铁成套工艺技术-金属化率及利用系数实验测试报告 |
Hydrogen Reduction Iron Complete Process Technology - Metallization Rate and Utilization Factor Experimental Test Report |
基于氢冶金的固废源头减量钢铁清洁生产新技术 |
2023-05-19 |
| 研究报告 |
氢还原铁高效脱磷和渣循环的近零渣排放电冶金工艺原理 |
Principle of constructing a near zero slag discharge electrometallurgical process for efficient dephosphorization and slag circulation of hydrogen reduced iron |
基于氢冶金的固废源头减量钢铁清洁生产新技术 |
2023-05-05 |
