The China Baowu low-carbon metallurgy innovation fund was initiated and established by China Baowu Iron & Steel Group Co., LTD. This fund focuses on green and low-carbon metallurgical process technology and supports fundamental and applied fundamental research of low-carbon metallurgy; technology exploration and major innovation practice of low-carbon metallurgical process. It aims to support low-carbon metallurgical technology progress upgrading and industry transformation.

1 Basic Research on Near Zero Carbon Emission Electric Arc Furnace Steelmaking Process

•Study on steelmaking process of arc furnace with near zero carbon emission

•Development of green and efficient electrode materials

•Development of ultra clean steel production technology for electric arc furnace

•Carbon emission assessment

2 Limit recovery technology of high-temperature hot slag

•Study on the Limit Recovery Technology of Heat Energy for High Temperature Hot Slag

•Study on the technology of high value resource utilization of valuable elements in slag

3 Development of low carbon comprehensive utilization technology for multi-component low-grade iron ore

•Study on hydrogen reduction law of multi-component low-grade iron ore

•Development of technology for efficient and low-carbon utilization of valuable elements in multi-component low-grade iron ores

4 Study on zero carbon heating technology of steel rolling furnace

•Study on zero carbon heating technology of steel rolling furnace

•Study on heating technology of non fossil fuel

•Study on Electric Heating Technology

5 Study on CO2 direct curing technology of metallurgical flue gas

•Study on the mechanism of multi-component collaborative transformation of metallurgical flue gas

•Development of CO2 Direct Solidification Process in Flue Gas

6 Study on hydrogen plasma smelting in electric furnace

•Study on mechanism of hydrogen plasma reduction in electric furnace

•Development of hydrogen plasma smelting technology in electric furnace

7 Electric heating technology of reduction gas

•Study on electric heating process of reduction gas

•Research on electric heating equipment for reduction gas

8 Key low cost and high corrosion resistant steel materials for fuel cells

•Study on Electrochemical Corrosion Mechanism of Iron and Steel Materials

•Study on the evolution law of surface passivation film stability and corrosion potential changes during corrosion of steel materials

•Design and Development of Key Steel Materials for High Performance Fuel Cells

9 Study on microbial capture and transformation technology of CO2

•Study on flora cultivation of CO2 capture and transformation 

•Study on mechanism and key factors of CO2 microbial capture and transformation

•System design of CO2 microbial capture and transformation device

10 High Efficiency catalytic conversion of carbon dioxide by low temperature plasma

•Basic Study on Electrothermal Carbonization Reduction of Iron Ore and Carbon Fuel

•Study on reactor and process of electrothermal ironmaking

11 Basic Research on Electrothermal Ironmaking

•Basic Study on Electrothermal Carbonization Reduction of Iron Ore and Carbon Fuel

•Study on reactor and process of electrothermal ironmaking

Fund Management Department: China Baowu Low Carbon Metallurgy Innovation Center

1 Download Address of Fund Management Measures and Project Application Form《中国宝武低碳冶金创新基金项目申报和管理指南》与《中国宝武低碳冶金技术创新基金项目申请书》

2 Official Email of China Baowu Low Carbon Metallurgy Innovation Center:

lcmic@baosteel.com

3 Start and End Date of Application:Nov 21 to Dec 31, 2022

4 Telephone：+8621-26641446