Eight Steel Challenge Global Green Low -Carbon Metallurgy Technology Troubleshooting Steel Metallurgical Green Low Carbon Third Phase III project to ignite

Tianshan Net News (Reporter Shi Xin reported) On July 6, global steel metallurgy green low -carbon three -phase test and application project opened a furnace of Bayi Iron and Steel Co., Ltd., Xinjiang Bayi Iron and Steel Co., Ltd., which means that China Baowu Iron and Steel Group Co., Ltd. Carbon metallurgical research and development system is substantially moving towards carbon peaks and carbon neutralization, marking the new stage of eight steel low -carbon metallurgical technology tests entering the omnidium and gas self -cycle.

On July 6, the global steel metallurgical green low -carbon three -phase test and application project opened a furnace to ignite at Baosteel Group Xinjiang Bayi Iron and Steel Co., Ltd. Pomegranate/Xinjiang Daily Reporter Shi Xin Photo

The third -phase test and application project is a global and open low -carbon metallurgical innovation platform established by China Baowu to promote the implementation of green low -carbon metallurgy strategic action plans. Historical mission.

Since the project was put into production in Bayang in 2020, Victory achieved the goal of 35%of the first phase of hydrogen -rich carbon cycle, 50%of the second phase of oxygen -rich smelting and 15%carbon reduction. Major technical breakthroughs. The third -phase test has higher requirements for the blast furnace furnace type and gas -depairing circulation heating and bleeding. In order to ensure the smooth progress of the experiment, Babang started the third phase of the carbon -rich cycle blast furnace project last year. From design, construction to commissioning is a new process structure.

Xu Haifa, the technical director of the project, the low -carbon technical director of the China Baowu Central Research Institute (Low -Carbon Metallurgical Innovation Center), said that the third -phase test is the most important step for traditional blast furnaces towards green low -carbon metallurgical technology. The carbon -rich carbon cycle blast furnace will conduct scientific and technological research on scientific and technological research around the ominal oxygen -top gas decontamination heating technology, and initiate the final related to the technical verification of hydrogen -rich metallurgical technology routes. After the test is successful, it will reach a carbon reduction of 30%of the technical capabilities. This is of the epoch -making significance in the history of world metallurgy and will provide a Chinese solution for the global long -process blast furnace reducing green low -carbon transformation.

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