Will There Be Production Cuts in Iron Ore Mine while Global Energy Prices Surging? in Commodity News 27/04/2026 Every $10 increase in crude oil prices is expected to raise the per-ton extraction cost of large iron ore mines by an average of $0.3, while the cost for small mines is expected to rise by about $2.85. High-cost small mines, especially iron concentrate producers, will be very vulnerable when facing cost shocks, and mines with different product types will face varying degrees of impact. The extraction and delivery of iron ore constitute a highly energy-intensive closed industrial loop. By 2026, energy price fluctuations will effectively transmit inflationary pressure to the cost structure of iron ore through the following three key physical and economic pathways: First, the impact of diesel costs in the extraction and inland transportation stages. Whether it involves drilling, blasting, and loading in mining operations, using heavy mining trucks to transport ore from the pit to the crushing station, or transporting finished ore to ports via diesel locomotives over hundreds of kilometers of railway, the entire upstream extraction and inland logistics stages rely heavily on diesel. As international oil prices break through $100 per barrel, the proportion of diesel in the overall operating costs of mines increases rapidly, significantly driving up cost pressures. Second, the transmission of electricity and natural gas costs in the beneficiation and agglomeration stages. Different grades of iron ore resources require varying depths of processing. Lower-grade magnetite requires deep beneficiation processes such as crushing, magnetic separation, and flotation, which are highly dependent on electricity. In the process of converting fine-grained iron concentrate powder into pellets or sinter that meet the needs of blast furnace ironmaking, high-temperature roasting at over 1300°C in equipment like grate-kilns and rotary kilns is required. This agglomeration stage relies heavily on the thermal energy of natural gas or coal, making the production cost of pellets highly elastic to changes in natural gas prices. Third, the fluctuation of low-sulfur fuel oil prices in the transoceanic shipping stage. As one of the dry bulk commodities with the largest global trade volume, the landed cost (CFR/CIF) of iron ore is highly affected by ocean transportation costs. In March 2026, due to crude oil supply shortages and route detours triggered by conflicts in the Middle East, global very low sulfur fuel oil (VLSFO) prices experienced a dramatic surge of 30% to 60% within a single week. This change fundamentally reshapes the relative competitiveness of iron ore from different producing areas in major consuming regions (such as China and Europe). As of mid-April 2026, the global macroeconomic energy market is in a critical period where deep structural adjustments intertwine with geopolitical conflicts. The escalating conflict in the Middle East has exposed the fragility of global energy supply chains, leading to unexpectedly dramatic, non-linear price surges for alternative energy sources such as crude oil, natural gas, and coal. The crude oil market, in particular, exhibits obvious sensitivity. Before the outbreak of the conflict, the fundamentals of the global crude oil market were relatively stable, with Brent crude prices hovering between $70 and $77 per barrel in January and early February. However, as the war continued to escalate and shipping in