According to Fortune Business Insights, the global direct reduced iron (DRI) market size was valued at USD 62.33 billion in 2025 and is projected to grow from USD 68.06 billion in 2026 to USD 137.62 billion by 2034, exhibiting a CAGR of 9.2% during the forecast period. Asia Pacific dominated the direct reduced iron market with a market share of 59.6% in 2025. Moreover, the direct reduced iron market size in the U.S. is projected to grow significantly, reaching an estimated value of USD 7.68 billion by 2032, driven by significant demand for direct reduced iron from steel used in the oil and gas industry.
Direct reduced iron, also known as sponge iron, is produced by removing oxygen from iron ore in a solid-state process without melting the material. The product is available primarily in the form of pellets and lumps and is widely utilized as an iron-bearing raw material for steelmaking. Growing attention toward reducing emissions from conventional steelmaking processes is increasing interest in direct reduced iron technologies. The development of hydrogen-based reduction processes and the increasing integration of electric arc furnace steelmaking are also supporting interest in direct reduced iron as an alternative source of metallic iron.
Continue reading for more details:
https://www.fortunebusinessinsights.com/direct-reduced-iron-market-107381
The direct reduced iron market is segmented based on form, production process, and application. Based on form, the market is divided into pellets and others. Pellets are widely preferred because of their consistent physical characteristics, high reactivity, ease of handling, and suitability for steelmaking operations. Direct reduced iron pellets can be used as a supplement to scrap in electric arc furnace operations and provide a reliable source of metallic iron. Their compatibility with different steelmaking processes makes them an important product category within the direct reduced iron market. Based on production process, the market is segmented into gas-based and coal-based processes. Gas-based production uses reducing gases to remove oxygen from iron ore and is increasingly relevant because of its ability to produce high-quality metallic iron with fewer impurities. Coal-based production uses carbonaceous materials as reducing agents and remains an established method in several producing regions. Based on application, the direct reduced iron market is categorized into steel production, construction, and others. Steel production represents a major application because direct reduced iron provides a controlled source of metallic iron that can support the production of high-quality steel. The construction sector indirectly contributes to demand through its extensive use of steel in buildings and infrastructure. Other applications include industries that require iron-based materials for specialized manufacturing and processing activities. The increasing demand for consistent-quality steel and flexible steelmaking inputs is encouraging broader adoption of direct reduced iron across these applications.
The direct reduced iron market is gaining momentum due to the increasing use of direct reduced iron in steelmaking. Steel manufacturers are seeking technologies that can provide consistent iron inputs while supporting improved production efficiency and environmental performance. Direct reduced iron offers advantages in electric arc furnace operations because it can provide high metallic iron content, predictable chemistry, and relatively low levels of residual elements. These characteristics make the material suitable for steel producers seeking to improve the quality and consistency of their output. The expansion of electric arc furnace steelmaking is another important factor supporting the direct reduced iron market. Electric arc furnaces provide flexibility in selecting furnace charge materials and can utilize direct reduced iron as a supplement to scrap. As steel producers seek greater flexibility in raw material selection, direct reduced iron can help address requirements related to steel quality and chemical consistency. Increasing steel consumption across automotive, construction, machinery, appliances, energy, and other industries is further supporting demand for direct reduced iron. Steel remains an essential material for industrial development, infrastructure expansion, manufacturing, and energy projects. The growth of these industries consequently creates opportunities for direct reduced iron suppliers and steel producers. Environmental considerations are also influencing market development. Conventional blast furnace steelmaking relies heavily on fossil fuels and is associated with significant carbon emissions. Direct reduced iron production provides an alternative pathway that can utilize natural gas and, increasingly, hydrogen as reducing agents. Hydrogen-based direct reduced iron production is receiving greater attention because hydrogen can replace carbon-based reducing agents in the reduction process. This development is encouraging investments in research and development and creating opportunities for manufacturers to advance lower-emission steelmaking technologies. The increasing availability of technologies designed for hydrogen-based direct reduced iron production could further strengthen the role of DRI in the transition toward lower-carbon steel production. Producers are also exploring improved plant configurations, process efficiencies, and integration with electric arc furnaces to enhance the overall sustainability of steelmaking. In addition, the ability to restart and adjust direct reduction operations according to steelmaking requirements provides operational flexibility. These characteristics are encouraging steel manufacturers to consider direct reduced iron as an important component of modern steel production systems. The expansion of construction, manufacturing, automotive, energy, and industrial activities is expected to continue generating demand for steel and, consequently, direct reduced iron.