Which Country Dominates Global Manganese Production: A 2024-2026 Market Overview

The manganese production landscape continues to reshape global supply chains, with significant geopolitical and economic factors influencing where this critical industrial metal is mined. Finding out which country is the largest producer of manganese requires understanding both current market dominance and the volatile forces shaping the industry. In 2024, the world’s manganese supply remained concentrated among a select group of nations, with South Africa maintaining overwhelming market control, but emerging producers challenging traditional power dynamics.

Market Dynamics and Price Movements: Understanding Recent Volatility

Manganese prices have experienced considerable fluctuations over the past two years, reflecting the complex interplay between supply disruptions and demand pressures. The market received a significant shock in April 2024 when Tropical Cyclone Megan struck Australia’s Groote Eylandt Mining Company (GEMCO) operations, temporarily restricting the nation’s export capacity. This supply disruption initially pushed prices upward during Q2 2024. However, the optimistic trajectory was short-lived. As alternative suppliers ramped up production and Chinese economic demand weakened—a crucial factor given China’s role as both a major manganese consumer and producer—prices retreated to previous levels by September 2024.

Entering 2026, the manganese market has largely stabilized, with prices remaining relatively flat throughout early 2025. Market analysts are closely monitoring China’s economic recovery trajectory, recognizing that Beijing’s infrastructure and manufacturing revival could be the decisive factor for future price support. Meanwhile, the long-term demand picture looks fundamentally different. Benchmark Mineral Intelligence projects that manganese demand will expand eightfold between 2020 and 2030, driven primarily by the global surge in electric vehicle battery production—a trend that could fundamentally reshape which applications matter most for manganese consumption.

The Nine Leading Manganese Producers: Global Supply Chain Overview

Understanding which country is the world’s largest manganese producer requires examining the top nine nations collectively accounting for the vast majority of global supply. South Africa remains unchallenged at the summit, but Gabon, Australia, Ghana, India, China, Brazil, Malaysia, and Côte d’Ivoire collectively demonstrate how manganese production has become increasingly distributed across multiple continents. These nations, ranked by their 2024 output, reveal strategic geographic diversification in the mining industry—an important consideration for supply security and price dynamics.

The production figures tell a compelling story about global mining concentration. The top three producers (South Africa, Gabon, and Australia) collectively account for approximately 14.8 million metric tons, representing roughly 75 percent of documented global manganese output. This concentration creates both vulnerabilities and opportunities: when supply disruptions affect any of these three nations, global markets immediately respond with price volatility.

South Africa’s Dominance: Why It Remains the Largest Producer

South Africa stands as the undisputed largest manganese producer globally, an advantage rooted in both geological fortune and industrial infrastructure. The country produced 7.4 million metric tons of manganese in 2024, representing a 2.7 percent increase from 2023’s 7.2 million MT. More significantly, South Africa accounts for approximately 37 percent of the world’s entire manganese production—a market share that underscores the nation’s singular importance to global supply chains.

This dominance extends beyond current production into reserve holdings. South Africa controls an estimated 560 million metric tons of manganese reserves and possesses approximately 70 percent of the world’s known manganese ore resources. The country’s reserves dwarf those of any competitor, suggesting that South Africa will maintain production leadership for decades to come.

The largest producer’s advantage derives from multiple factors. South32, the diversified mining giant, maintains a 44 percent indirect interest in South Africa Manganese operations located in the manganese-rich Kalahari Basin, partnering with Anglo American (holding 29.6 percent). These operations encompass the open-pit Mamatwan mine and the underground Wessels mine—facilities representing some of the world’s most efficient manganese extraction operations. Additionally, Jupiter Mines operates the 49.9 percent-owned Tshipi Borwa mine, considered the largest manganese mine in South Africa and ranked among the world’s five largest manganese operations.

The infrastructure sophistication and geological advantages that position South Africa as the largest producer have proven remarkably durable. Despite technological advances in extraction and processing worldwide, no other nation has successfully challenged South Africa’s primacy in manganese output or reserves.

Secondary Powers and Emerging Supply: Gabon and Australia

Gabon emerged as the second-largest manganese producer in 2024 with 4.6 million metric tons of output, representing approximately 12.4 percent of global production. The West African nation’s strategic importance extends beyond raw volume. Gabon supplied 63 percent of US manganese ore imports in 2024, making it the single largest supplier to American markets. The Moanda operation, operated by Eramet (the world’s second-largest high-grade manganese ore miner) through its COMILOG subsidiary, represents Gabon’s primary asset. Notably, Eramet temporarily suspended Moanda production during Q4 2024 in response to market oversupply conditions—a decision reflecting the cyclical nature of manganese market dynamics.

Australia ranks third globally, producing 2.8 million metric tons in 2024, marginally below 2023’s 2.86 million MT output. South32’s 60 percent stake in GEMCO operations in Australia’s Northern Territory makes it the largest operator of manganese ore production in the nation. The open-cut GEMCO mine ranks among the world’s lowest-cost manganese ore producers—a significant competitive advantage. However, Tropical Cyclone Megan’s damage to GEMCO’s wharf infrastructure in April 2024 restricted export sales for much of 2024 and into early 2025, demonstrating how geopolitical weather events can disrupt global supply chains. Anglo American holds the remaining 40 percent stake in GEMCO, while South32 and Anglo American previously owned the Tasmanian Electro Metallurgical Company (TEMCO) smelter before selling it to GFG Alliance in 2021.

Mid-Tier Producers: Ghana, India, and China

Ghana, India, and China represent the next tier of manganese producers, collectively contributing roughly 2.39 million metric tons in 2024. Ghana produced 820,000 metric tons, with the vast majority sourced from western regions near Takoradi. Consolidated Minerals (Consmin), which holds a 90 percent stake in Ghana Manganese Company operating the Nsuta mine, is one of the world’s four largest manganese producers by volume. Consmin operates as a subsidiary of Ningxia Tianyuan Manganese Industry (TMI), a Chinese entity, reflecting the global nature of modern mining ownership.

India produced 800,000 metric tons in 2024, up 56,000 MT year-over-year, as the nation consumed the vast majority of its manganese in domestic steel production. India ranks among the world’s top three manganese consumers alongside China and Brazil. State-owned MOIL serves as India’s largest manganese producer and operates the nation’s only electrolytic manganese dioxide (EMD) manufacturing plant. In fiscal year 2023/2024 (April-March), MOIL achieved all-time high manganese ore production of 1.76 million MT.

China produced 770,000 metric tons of manganese in 2024, representing a marginal increase from 2023 but a significant 43 percent decline compared to 2020’s 1.34 million MT output. This contraction reflects COVID-19 disruptions and more recently, production cutbacks driven by weak demand from China’s property sector. China’s economic reserves stand at 280,000 metric tons—the second largest globally after South Africa. Several substantial manganese ore deposits were reportedly discovered in Guizhou province during 2017 but remain undeveloped and uncounted by the US Geological Survey. Notably, Firebird Metals is partnering with Chinese entities to construct a high-purity manganese sulfate monohydrate plant, targeting the EV battery industry.

Emerging Producers and Geographic Diversification: Brazil, Malaysia, and Côte d’Ivoire

Brazil produced 590,000 metric tons of manganese in 2024, up 2,000 MT from 2023, as smaller operations compensated for historical shifts in the nation’s mining landscape. Vale, the global mining giant, was previously Brazil’s dominant manganese producer before offloading its Center-West manganese and iron ore assets to J&F Investimentos in 2022. J&F’s subsidiary, Lhg Mining, resumed operations at the Urucum underground mine in mid-2023 and J&F subsequently announced plans to invest US$1 billion in iron and manganese operations. Buritirama Mining, a subsidiary of Grupo Buritipar, represents another significant Brazilian producer planning a US$200 million expansion at its Para state facility.

Malaysia produced 410,000 metric tons in 2024, maintaining parity with previous-year output while establishing itself as a new regional hub for manganese ferroalloy production. Malaysian ferromanganese output accounts for 24 percent of US imports, according to the USGS. OM Holdings, a Singapore-based manganese and silicon metals company, operates a ferrosilicon and manganese alloy smelter through its OM Sarawak subsidiary, producing 317,995 MT of manganese alloy in 2024.

Côte d’Ivoire, the West African nation, produced 360,000 metric tons in 2024, essentially matching 2023’s 357,000 MT despite peaking at 525,000 MT in 2020. The nation operates four active manganese mines—Bondoukou, Guitry, Kaniasso, and Lagnonkaha—primarily exporting to China, followed by India and Latvia. This geographic diversification demonstrates how manganese production has increasingly dispersed across multiple continents rather than concentrating in traditional mining regions.

Understanding Manganese Applications: Why Production Location Matters

Manganese’s diverse industrial applications directly influence where production occurs and which markets attract investment. The steel industry consumes the majority of global manganese supply, with manganese metal serving as an alloy that enhances strength and workability of steel used in construction. Manganese-aluminum combinations facilitate tin can manufacturing, while manganese dioxide and manganese oxide serve as cathode materials in zinc-carbon and alkaline battery production.

The most transformative application for future manganese demand lies in lithium-ion battery chemistry. Manganese is incorporated into lithium-nickel-manganese-cobalt (NMC) batteries, which offer improved energy density and extended lifespan—critical specifications for electric vehicle adoption. More recently, manganese is being added to lithium-iron-phosphate (LFP) batteries to create lithium-manganese-iron-phosphate (LMFP) batteries with enhanced energy density, capacity, and low-temperature performance. This emerging application directly explains why Benchmark Mineral Intelligence projects an eightfold expansion in manganese demand through 2030.

Manganese oxide also finds applications as engine coating and protection additives following crude oil refining, and has long served as a depolarizer in alkaline batteries. However, the lithium-ion battery sector represents the frontier for manganese consumption growth, fundamentally reshaping which production regions will prove strategically important over the next decade.

Supply Chain Geography and Investment Opportunities

The geographic distribution of manganese production creates distinct supply chain vulnerabilities and opportunities. Cyclone damage in Australia, market oversupply decisions by Gabon’s Eramet, and China’s economic fluctuations all demonstrate how concentrated production across relatively few facilities creates price volatility. The largest producer (South Africa) controls sufficient reserves to maintain output for centuries, eliminating concerns about near-term supply exhaustion at current production rates.

However, future demand growth—particularly for EV battery applications—may require production increases that exceed current geographical capacity. Undeveloped deposits in Guizhou province, increased Brazilian investment, and emerging Asian ferroalloy production suggest the sector is positioning for expansion. Understanding which country dominates manganese production today provides insight into supply chain dependencies, but recognizing that production patterns are gradually shifting offers opportunities for investors monitoring this critical industrial metal’s future trajectory.

The manganese market illustrates how commodity production remains geographically concentrated among a handful of nations, creating both competitive advantages and systemic vulnerabilities in global supply chains. As electric vehicle demand accelerates and green energy transitions progress, the importance of identifying reliable manganese production sources—and understanding which country’s output proves most economically strategic—will only intensify in coming years.