 |
| Direct Reduced Iron |
Regional Supply Shifts and Trade Dynamics
Global direct reduced iron demand will experience unprecedented expansion over the next decade. According to Midrex Technologies, annual demand will hit 260 million tonnes by 2035. Furthermore, total consumption could reach 500 million tonnes by 2050. Steelmakers are accelerating decarbonization efforts through electric arc furnace adoption. Meanwhile, tight supplies of high-grade scrap metal force producers toward alternative metallics. As a result, direct reduced iron (DRI) serves as an essential feedstock complement.
Electric arc furnace steel production will increase by 370 million tonnes between 2024 and 2035. In contrast, traditional blast furnace growth remains strictly limited to India and Southeast Asia. Europe and the MENA region will account for over half of global DRI consumption in 2035. However, high energy costs will force European and Japanese mills to import hot-briquetted iron (HBI). Therefore, production hubs will cluster in regions with cheap natural gas and renewable energy potential.
Supply Bottlenecks and Strategic Investments
Key operational bottlenecks could restrict the rapid expansion of global direct reduced iron demand. Industry experts highlight shortages of DRI-grade pellets, high hydrogen costs, and capital constraints as primary hurdles. Nevertheless, major producers are advancing strategic projects to secure low-emission raw materials. For example, Midrex recently contracted with US Steel for a 2.5 million tonne plant in Arkansas. Consequently, this facility will supply Big River Steel Works starting in 2029.
ScrapInsight Commentary
DRI is rapidly transforming from a regional niche into a globally traded cornerstone metallic for decarbonized steelmaking. While high-grade prime scrap shortages persist, steelmakers must secure long-term HBI and DRI supply agreements to maintain furnace chemistry. Consequently, green hydrogen economics and DRI pellet availability will dictate the pace of the global EAF transition over the next decade.
