Global Manganese Production in World: Market Trends and Supply Outlook for 2024-2025

The landscape of manganese production in world markets has been shaped by competing forces—from weather disruptions and geopolitical supply shifts to evolving demand patterns in the steel and battery sectors. In 2024, the nine largest manganese-producing nations accounted for the vast majority of global ore extraction, with South Africa maintaining its dominant position. Understanding which countries lead manganese production worldwide requires examining both current output and the complex factors influencing pricing and market availability.

Market Dynamics and Price Fluctuations

Volatility has defined manganese pricing trends throughout 2024-2025. During mid-2024, prices experienced significant upward momentum following Tropical Cyclone Megan’s severe damage to Australia’s Groote Eylandt Mining Company (GEMCO) facility. However, this rally proved short-lived. By late 2024, expanded alternative supplies entering the market combined with weakened demand from China to reverse earlier gains, pushing prices back toward baseline levels. As of early 2025, manganese pricing has stabilized at relatively flat levels, though market sentiment hinges largely on China’s economic recovery trajectory.

The relationship between manganese production in world economies and price movements remains tightly intertwined. Benchmark Mineral Intelligence forecasts that manganese consumption will increase eightfold between 2020 and 2030, driven primarily by surging electric vehicle battery manufacturing. This projection underscores the strategic importance of stable supply chains among global manganese production leaders.

Critical Applications Across Industries

Steel manufacturing represents the largest end-use sector for manganese, where the metal functions as an essential alloying agent that enhances strength and workability. Beyond construction materials, manganese oxide compounds appear in zinc-carbon and alkaline batteries as cathode materials, while manganese additives protect engine coatings in refined petroleum applications.

The most transformative growth opportunity lies in lithium-ion battery technology. Next-generation EV batteries increasingly incorporate manganese-rich chemistries—particularly lithium-nickel-manganese-cobalt (NMC) formulations and emerging lithium-manganese-iron-phosphate (LMFP) variants. These advanced batteries leverage manganese’s ability to improve energy density, cycle lifespan, and cold-weather performance, positioning the metal as indispensable to global electrification efforts.

The Nine Leaders in Global Manganese Production

Analysis of manganese production worldwide reveals a geographically concentrated supply base, with three nations commanding over 60 percent of global output.

1. South Africa – Dominant Global Producer South Africa’s manganese production reached 7.4 million metric tons in 2024, representing a 200,000 MT increase year-over-year. The nation controls approximately 37 percent of worldwide manganese production and holds 560 million metric tons of proven reserves—nearly 70 percent of globally recognized manganese ore resources. South32 maintains a 44 percent stake in South Africa Manganese operations alongside Anglo American’s 29.6 percent position. Major mines include the open-pit Mamatwan facility and underground Wessels operation, both located in the manganese-rich Kalahari Basin. Jupiter Mines operates the Tshipi Borwa mine (49.9 percent ownership), considered the world’s fifth-largest manganese operation.

2. Gabon – Strategic African Supplier Gabon produced 4.6 million metric tons in 2024, establishing its position as the world’s second-largest manganese supplier. The country originated approximately 63 percent of US manganese ore imports during 2024. Eramet, the world’s second-largest high-grade manganese miner, operates the critical Moanda facility through its COMILOG subsidiary. Production temporarily halted during Q4 2024 as market oversupply prompted strategic inventory management.

3. Australia – Low-Cost Producer Australian manganese production totaled 2.8 million metric tons in 2024, marginally below 2023’s 2.86 million MT output. South32 operates the GEMCO facility with 60 percent ownership, benefiting from among the world’s lowest production costs. The cyclone-related damage sustained in mid-2024 constrained export operations through early 2025. Anglo American holds the remaining 40 percent stake in GEMCO.

4-9. Additional Global Producers Ghana contributed 820,000 metric tons, with Consolidated Minerals (a Ningxia Tianyuan Manganese Industry subsidiary) controlling 90 percent of Ghana Manganese Company. India produced 800,000 metric tons, with state-owned MOIL managing the country’s largest operation and only electrolytic manganese dioxide plant. China’s output declined to 770,000 metric tons in 2024, down significantly from 2020’s 1.34 million MT due to property sector weakness and COVID-related disruptions. Brazil yielded 590,000 metric tons following J&F Investimentos’ acquisition of Vale’s Center-West assets in 2022. Malaysia contributed 410,000 metric tons, with OM Holdings establishing a major ferromanganese processing hub that supplied 24 percent of US alloy imports. Côte d’Ivoire rounded out the top nine with 360,000 metric tons from four active mines, primarily exporting to steel-producing nations.

Supply Chain Resilience and Future Outlook

The geographic concentration of manganese production worldwide creates both opportunities and vulnerabilities. South Africa’s overwhelming dominance (37 percent global share) alongside Gabon and Australia’s combined 25 percent underscores supply chain dependency risks. Weather events, political developments, and demand shifts in major consuming regions—particularly China—continue exerting outsized influence on pricing and availability.

Looking ahead, the expansion of manganese production in world economies will likely be constrained by capital investment cycles rather than resource scarcity. Companies including Firebird Metals are developing high-purity manganese sulfate production capabilities specifically targeting EV battery manufacturers. Simultaneously, industry consolidation among producers continues, with major groups like Vale, South32, and Eramet restructuring operations to optimize costs and market positioning.

Investment in downstream processing infrastructure—particularly electrolytic manganese metal and ferroalloy capacity—will determine whether global manganese production can adequately support the projected eightfold demand increase through 2030.

Frequently Asked Questions

Is manganese classified as a metal? Yes, manganese is an important industrial metal with atomic number 25. This hard, brittle, silvery element ranks second only to iron among transition metals in crustal abundance.

What role does manganese dioxide serve in battery applications? Historically, manganese dioxide functioned as a depolarizer in alkaline batteries. Today, attention focuses on lithium-ion chemistries incorporating manganese—including lithium-manganese oxide and NMC variants. In these systems, electrolytic manganese dioxide provides cathode material properties essential for performance.

Why does manganese matter for electric vehicles? EV battery manufacturers increasingly specify manganese-containing chemistries to enhance energy density, cycle lifespan, and cold-temperature operation. As global electrification accelerates, manganese demand from the battery sector continues expanding exponentially.

How does Chinese economic performance influence global manganese markets? China represents both a significant manganese producer (770,000 MT in 2024) and the world’s largest consumer of steelmaking-grade manganese. Economic cycles affecting Chinese steel demand directly influence manganese pricing and production decisions globally.