The reporter learned today from China's Baowu that China's first million-ton near-zero carbon steel production line was completed in Zhanjiang. This marks a major breakthrough in the field of green and low-carbon development in China's steel industry. This production line uses an advanced hydrogen metallurgy electric melting process technology path, using hydrogen as the “protagonist”, replacing traditional coke, greatly reducing carbon emissions, and providing a new path for China's steel industry to get rid of its deep dependence on traditional fossil energy. The metallization rate of direct reduced iron produced by the core hydrogen-based shaft furnace has reached the expected target; high-efficiency green electric furnaces and other facilities have further improved energy efficiency. Compared with traditional processes, this production line can reduce carbon by 50% to 80%. This hydrogen-based steelmaking technology has disrupted traditional steel smelting processes with high energy consumption and high pollution, making steel more and more green and low-carbon.

The reporter learned today from China's Baowu that China's first million-ton near-zero carbon steel production line was completed in Zhanjiang. This marks a major breakthrough in the field of green and low-carbon development in China's steel industry. This production line uses an advanced hydrogen metallurgy electric melting process technology path, using hydrogen as the “protagonist”, replacing traditional coke, greatly reducing carbon emissions, and providing a new path for China's steel industry to get rid of its deep dependence on traditional fossil energy. The metallization rate of direct reduced iron produced by the core hydrogen-based shaft furnace has reached the expected target; high-efficiency green electric furnaces and other facilities have further improved energy efficiency. Compared with traditional processes, this production line can reduce carbon by 50% to 80%. This hydrogen-based steelmaking technology has disrupted traditional steel smelting processes with high energy consumption and high pollution, making steel more and more green and low-carbon.