方大炭素携手北科大攻坚绿色冶金 炭素产业解锁“双碳”新赛道

Group 1 - The core viewpoint of the news is that Fangda Carbon (600516) has initiated a strategic cooperation with Beijing University of Science and Technology to develop a groundbreaking green metallurgy technology focused on electric arc furnace direct reduction iron (DRI) [1] - This collaboration aims to tackle key technologies for efficient melting of solid DRI, validating critical indicators such as energy consumption, energy utilization efficiency, metal recovery rate, carbon emissions, and iron quality [1] - The breakthrough in this technology route is expected to address common bottlenecks in the low-carbon transition of the steel industry, with significant market application potential [1] Group 2 - Fangda Carbon's core products demonstrate unique competitive advantages in this advanced process, particularly its self-developed ultra-high power graphite electrodes, which enhance melting efficiency and reduce system energy consumption [2] - The company has established a complete industrial chain with an annual production capacity of 260,000 tons, exporting its leading products to over 60 countries and regions [2] - The collaboration with academic institutions like Tsinghua University and Beijing University of Science and Technology has led to breaking several foreign monopolies in key technology areas, securing over 50 provincial and ministerial-level scientific achievements [2] Group 3 - Industry estimates suggest that the electric arc furnace DRI technology route could reduce carbon dioxide emissions by approximately 75% compared to traditional steelmaking processes [3] - The partnership not only expands the application boundaries of Fangda Carbon's core products but also empowers the steel industry in its decarbonization efforts, creating new growth opportunities for the company [3] - The chairman of Fangda Carbon emphasized the commitment to deepen collaborative innovation and provide high-quality products and services to support the steel industry's transition to low carbon [3]