Why the manganese sector is no longer just about steel, but the gateway to the electric vehicle revolution

The global manganese mining market is at a strategic turning point. While traditional demand relies heavily on steelmaking – where manganese acts as an essential desulfurizing agent – the next decade will be defined by the energy transition.

According to recent market forecasts, the industry is projected to grow at a compound annual growth rate (CAGR) of 12.56%, reaching approximately USD $86.11 billion by 2032. Here is what is driving this change.

Currently, only 7% of manganese consumption goes to batteries, but this is the fastest-growing segment. The rise of High-Purity Manganese Sulfate (HPMSM) for electric vehicle cathodes (specifically LMFP and NMC chemistries) is transforming the entire value chain.

Unlike standard ores, the battery market demands purity and consistency. This shift encourages miners and refiners to invest in advanced processing technologies, moving away from simply selling raw ore to offering "value-added" chemical products.

Mining supply is relatively diversified (South Africa, Gabon, Australia), but refining is dangerously concentrated. Currently, 95% of HPMSM is refined in China.

In response, Western nations are listing manganese as a "Critical Raw Material." For producers in Brazil and elsewhere, this creates a massive opportunity: local processing. The market is shifting from "lowest cost" to "secure, traceable, and sustainable supply."

For producers, understanding Value in Use (VIU) is becoming a competitive weapon. As prices fluctuate due to trade tariffs and energy costs, simply having ore is not enough. The "blend" must be optimized.

As steelmakers face margin pressure, they will prioritize suppliers who can demonstrate the real economic value of their ore chemistry (Mn/Fe ratio, SiO₂, Al₂O₃ levels) rather than just tonnage.

The message for C-level executives is clear: diversify your technical capability. If your strategy relies solely on exporting high-grade ore, you may lose margin to more agile competitors.

Investing in sintering technology to unlock value from tailings (fines) and mastering VIU calculations for clients are no longer just technical exercises; they are financial survival strategies for the 2030 landscape.

The manganese market is entering a "supercycle" driven by electric vehicles and energy grids. The winners will not be those with the largest mines, but those who can control the chemistry, prove the value, and guarantee the flow of certified, high-purity material.

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