Recently, the raw material Industry Department of the Ministry of Industry and Information Technology in Beijing organized the iron and steel industry carbon emission reduction "anatomy sparrow" subject review meeting, the subject is undertaken by the China Iron and Steel Association.

Jiang Wei, on behalf of the research group of the Steel Association, expressed his gratitude to the Department of Raw Material Industry of the Ministry of Industry and Information Technology for its trust and support, explained the relevant situation of the subject research, and introduced the work related to the low-carbon transformation of the steel industry.

Zhang Haideng in summarizing the research achievements of fully affirmed the team in his speech, pointed out that the steel industry carbon emissions is a systems engineering, and research into a long process, short process and coking three typical enterprises on the line, "dissecting sparrow" type of quantitative analysis, find out different types of typical enterprise carbon emissions basic situation, the typical cases of the formation of low carbon steel industry development, It has guiding significance to the whole industry. Zhang Haidan said, hope the research group to further use the research results, in-depth analysis, on the basis of the topic can be summarized can be replicated and promoted low-carbon development experience, for the steel industry low-carbon transition to play a greater role.

After review, experts agree that, subject to long process, short process and coking of typical enterprise carbon emissions conducted in-depth analysis, anatomy of the carbon emissions of different technological process, has been clear about the development of carbon reduction need to focus on energy, equipment, process and technology, formed a long process, short process and coking energy saving low carbon development typical technology route, It provides a representative reference case for the implementation of the carbon peak implementation plan in the steel industry, and a total of 53 key energy saving and carbon reduction technologies are formed by combining six paths: system energy efficiency improvement, resource recycling, process optimization innovation, smelting process breakthrough, product iteration upgrade and capture, storage and utilization. The project is accepted and concluded.