Middle East Conflict Threatens Global Supply Of DRI, Posing Challenges For Green Steel Transition

The global steel industry is facing new challenges in its shift toward greener production as rising tensions in the Middle East threaten the supply of Direct Reduced Iron (DRI), a key raw material used in low-carbon steelmaking. DRI plays an important role in helping steel producers reduce their dependence on traditional blast furnaces, which are known for high carbon emissions. However, the growing geopolitical instability in the Middle East is raising concerns about disruptions in the supply of this critical material.

The Middle East has become one of the world’s most important regions for DRI production, accounting for nearly half of the global merchant supply. Countries such as Iran, Saudi Arabia, and the United Arab Emirates have developed strong DRI industries because they have access to large reserves of natural gas, which is essential for the DRI production process. This natural gas is used to remove oxygen from iron ore and produce a cleaner iron product that can later be melted in Electric Arc Furnaces (EAFs) to produce steel with lower carbon emissions.

However, the ongoing conflicts and political tensions in the region have created uncertainty around the safety of production facilities and export infrastructure. There are growing fears that key industrial sites could face operational disruptions or damage if the situation worsens. At the same time, shipping routes that are vital for transporting DRI and iron ore pellets are also facing increased risks.

Major maritime routes such as the Red Sea and the Persian Gulf are critical for global trade in raw materials. Any disruption in these routes could delay shipments and increase transportation costs. As a result, steelmakers that depend on imported DRI may face supply shortages and rising prices.

European steel manufacturers are among the most affected by this situation. Many of these companies have invested heavily in Electric Arc Furnace technology as part of their efforts to reduce emissions and meet strict climate targets. These furnaces require high-quality inputs such as DRI to produce premium grades of steel. If supplies from the Middle East become limited, European steelmakers may need to find alternative sources from other regions.

However, alternative suppliers are often located farther away, which means longer shipping times and higher transportation costs. These additional costs can increase the overall price of steel production and slow down the industry’s progress toward greener manufacturing.

The situation is also closely linked to developments in global energy markets. DRI production relies heavily on natural gas, making the cost of gas an important factor in determining the competitiveness of the process. If regional conflicts cause gas prices to rise, DRI production could become more expensive. In extreme cases, some producers may temporarily return to coal-based steelmaking methods, which are cheaper but produce much higher carbon emissions.

The uncertainty is also affecting future investment plans. The Middle East has been considered a promising location for the development of “green DRI” projects that use hydrogen instead of natural gas. These projects are seen as a major step toward producing near-zero-carbon steel. However, the current security concerns are making investors more cautious about committing large amounts of capital to long-term projects in the region.

As a result, financial institutions and project developers are closely monitoring the situation before moving forward with new investments. The rising geopolitical risks may slow down the development of new DRI facilities and delay the transition to cleaner steel production technologies.

Overall, the combination of geopolitical tensions, supply chain risks, and energy market volatility is creating a difficult environment for the global steel industry. While the long-term goal of producing low-carbon steel remains strong, the current challenges highlight how global conflicts can directly affect industrial decarbonization efforts. Without greater stability in key production regions, the journey toward green steel may become more complex and costly for manufacturers around the world.