Biggest Cobalt Mining Companies & Mines 2025: Industry Trends, Global Supply Chain & Environmental Challenges

“The top 5 cobalt mining companies are projected to supply over 60% of global cobalt output in 2025.”

Overview of Cobalt’s Importance in 2025

Cobalt remains one of the most critical minerals in the global supply chain for 2025, underpinning the rapid evolution of batteries, clean energy technologies, electric vehicles, and aerospace applications. Its unique combination of high energy density, thermal stability, and corrosion resistance renders it indispensable for manufacturing not only cutting-edge batteries but also emerging superalloys and specialized electronic components.

Beyond technology, cobalt’s role in agriculture and infrastructure has broadened in recent years. As a vital micronutrient in fertilizers, cobalt significantly improves livestock health and enhances soil quality.

2025’s surging demand, driven primarily by the electrification of transport, expansion of renewable energy, and the ongoing digital revolution, has cemented cobalt’s position as one of the world’s most sought-after minerals. Understanding the biggest cobalt companies, mining operations, and their impact on the global production landscape is essential for stakeholders in industries as diverse as agriculture, infrastructure, defence, and technology.

Comparative Ranking Table of Top Cobalt Mining Companies & Mines, 2025

The following table provides a ranking of the biggest cobalt mining companies and their flagship mines for 2025, along with estimated production stats, key global sites, and notable industry trends.

Company Name Headquarters Country Estimated 2025 Cobalt Production (tons) Key Mining Site(s) Market Share (%) Notable 2025 Trends / Initiatives
Glencore plc Switzerland ~35,000 Mutanda, Katanga (DRC) 28% Integrated commodity trading; ESG, digital supply chain monitoring
China Molybdenum Co., Ltd. (CMOC) China ~24,000 Tenke Fungurume (DRC) 19% Supply & value chain integration; infrastructure, processing expansion
Huayou Cobalt Co., Ltd. China ~10,500 Kolwezi, Chibuluma (DRC, Zambia) 8% Blockchain transparency; sustainable mining practices
Eurasian Resources Group (ERG) Luxembourg ~9,000 Metalkol RTR (DRC) 7.5% Tailings extraction; circular economy mining
Jinchuan Group China ~7,200 Ruashi, Jinchuan (DRC, China) 5.5% Refining expansion, AI monitoring in mining
First Cobalt (Electra Battery Materials) Canada ~3,000 Cobalt, Ontario (Canada) 2.3% North American supply chain; battery recycling

Biggest Cobalt Mining Companies in 2025: Industry Landscape & Key Players

The biggest cobalt mining companies in 2025 continue to exert a significant influence on the global supply chain, shaping industry trends, ethical and environmental standards, and technology adoption. In 2025, the world’s cobalt production is still dominated by companies operating in the Katanga region of the Democratic Republic of Congo (DRC), which accounts for over half of all cobalt supplies worldwide.

1. Glencore plc: DRC’s Leader in Cobalt Mining

Glencore plc, headquartered in Switzerland, remains the industry leader in global cobalt production. Its flagship Mutanda and Katanga mines—both located in the mineral-rich heart of the DRC—are notable among the world’s largest cobalt mines.

  • Glencore’s integrated commodity trading business and digital supply chain management ensure efficient extraction and rapid delivery across borders.
  • The company is at the forefront of ESG (Environmental, Social, Governance) initiatives, investing heavily in traceability and sustainable mining practices.
  • Challenges in DRC’s artisanal mining sector—including ethical sourcing and community relations—have driven Glencore to enforce rigorous due diligence at its operations, positioning itself as a responsible industry steward.

2. China Molybdenum Co., Ltd. (CMOC): Integrating Extraction & Processing

China Molybdenum Co., Ltd. (CMOC) is consolidating its role as a top global cobalt producer through the Tenke Fungurume mine in the DRC. As the battery and electronic manufacturing hub of China thrives, CMOC’s vertically integrated operations allow:

  • Direct linking of mineral extraction with industrial processing and infrastructure development in China and beyond.
  • Efficient infrastructure and modern logistics, reducing supply disruptions and feeding Asia’s soaring battery and EV demand.
  • A strong commitment to expanding processing capabilities and upholding internationally recognized sustainability standards.

3. Huayou Cobalt Co., Ltd.: Supply Chain Transparency and Processing Excellence

Huayou Cobalt Co., Ltd. is unique among the biggest cobalt companies for its dual role as a refining company and producer, operating several logistics hubs and mining sites in Africa, primarily DRC and Zambia. In 2025, Huayou is making waves for:

  • Early implementation of blockchain-based supply chain transparency solutions, ensuring conflict-free sourcing for corporate clients.
  • Adopting product traceability systems—essential for companies and governments requiring proof of ethical and sustainable mining practices.
  • Investments in processing technology and refining expansion to support the surging demand for batteries and electronics.

4. Eurasian Resources Group (ERG): Sustainable Extraction from Tailings

Eurasian Resources Group (ERG) stands out by operating Metalkol RTR, an advanced extraction project leveraging historical mine tailings in the DRC. Their innovative approach in 2025 includes:

  • Extracting cobalt from previously mined materials, significantly reducing the environmental impact associated with traditional open-pit mining.
  • Supporting a circular economy within the mining sector by reclaiming lost resources and offsetting carbon footprints.
  • Focusing on sustainable, low-impact operations, aligning with both international standards and community expectations.

5. Emerging Global Players & Diversification Initiatives

While the DRC remains the epicenter for cobalt production, stakeholders worldwide are investing in supply chain diversification efforts. The emergence of companies like:

  • First Cobalt (Electra Battery Materials) in Canada, leading North American supply and recycling initiatives,
  • Jinchuan Group in China, expanding refining capacity and digital mining technologies,

represents a broader trend towards reducing geopolitical risk and fostering responsible sourcing outside traditional mining hotspots.

“Cobalt production is expected to increase by 8% in 2025, driven by electric vehicle battery demand.”

Biggest Cobalt Mine in 2025: Tenke Fungurume’s Global Impact

Among the biggest cobalt mining sites worldwide, the Tenke Fungurume mine—operated by CMOC—stands as the largest cobalt mine by output in 2025. Located in the mineral-rich Katanga region of the DRC, Tenke Fungurume is renowned for its:

  • Massive Production Volume: Regularly accounting for nearly one-fifth of global cobalt output each year.
  • Integrated Cobalt-Copper Operations: Allowing simultaneous extraction of two critical minerals for battery and technology manufacturing.
  • State-of-the-Art Infrastructure: Continuous investment in automation, resource efficiency, and community engagement has set new benchmarks for mining operations in the region.

Modernization and digitalization at Tenke Fungurume exemplify how the cobalt sector is addressing both supply chain resilience and environmental stewardship in 2025.

Environmental & Ethical Challenges in Cobalt’s Supply Chain

With intense global scrutiny on sourcing and transparency, the cobalt sector in 2025 faces multifaceted challenges:
1. Artisanal Mining and Human Rights: Artisanal mining in the DRC has historically faced criticism for child labor, unsafe conditions, and lack of oversight. In response, the biggest cobalt mining companies are:

  • Partnering with NGOs and audit firms for rigorous on-site inspections.
  • Integrating blockchain-based traceability into their supply chains to guarantee conflict-free cobalt for industries worldwide.

2. Environmental Management and Community Impact: Cobalt extraction traditionally exerts a heavy environmental toll—soil degradation, water contamination, and elevated carbon emissions.

  • In 2025, leading companies are adopting AI-driven and satellite-based monitoring tools to measure, report, and reduce negative impacts. For instance, Farmonaut offers businesses carbon footprint monitoring technology to quantify emissions and track resource use.
  • Resource-efficient tailings management and reclamation projects are slowly becoming industry norms.

3. Supply Chain Diversification and Security: The global sector’s continued dependence on the DRC has led manufacturers—particularly in electric vehicles and clean energy technologies—to actively source from alternative regions like Australia, Canada, and the US, though these currently contribute only a fraction of global output.

The relentless focus on responsible sourcing and environmental stewardship is strengthening not just the sustainability profile of biggest cobalt companies but also the overall resilience of the global mineral supply chain.

The mining sector’s transformation in 2025 is characterized by digitalization, sustainability mandates, and novel extraction methods across the globe:

• ESG and Regulatory Compliance

  • Implementation of environmental and social standards (OECD, EU CBAM, US SEC regulations) is now a top priority for every major company engaged in cobalt production and trading.
  • Global momentum is shifting towards green mining certifications and digital monitoring systems that assure stakeholders of ethical, sustainable operations.

• Blockchain & Traceability

  • Consumers and corporations in key sectors—especially electric vehicles, defense, and infrastructure—demand validated provenance for their critical materials. Blockchain-based traceability tools offer a solution.

• Digitalization & Satellite Technology

  • Use of AI, remote sensing, and satellite monitoring (like Farmonaut’s solutions) is improving the accuracy and efficiency of resource extraction, site rehabilitation, and compliance reporting.

• Battery Recycling and Urban Mining

  • Cobalt recycling from spent batteries is gaining traction, particularly in North America, Europe, and East Asia—helping close supply gaps and reduce the ecological footprint of mining.

• Supply Chain Resilience

  • Electric vehicle and battery manufacturers are seeking offtake agreements and partnerships directly with biggest cobalt mining companies for guaranteed long-term supply and pricing security.

2025 & Beyond: Strategic Outlook for Cobalt Mining & Supply Chain

The five-year outlook for the cobalt industry is shaped by accelerating demand from electric vehicles and grid-scale energy storage. As climate mandates tighten and battery technologies proliferate, the role of biggest cobalt mining companies becomes more vital—and more complex. Key strategic themes shaping the industry in 2025 and beyond include:

  • Improving Extraction Efficiency: Investments in AI-driven ore sorting, satellite monitoring (for instance, through Farmonaut’s resource optimization and AI-based advisory systems), and digital fleet management continue to revolutionize productivity.
  • Science-Based Sustainability: Real-time environmental impact monitoring and carbon footprint tracking (as offered by Farmonaut) help companies and regulators enforce best practices.
  • Recycling and Urban Mining Initiatives: Closed-loop supply chains and battery recycling businesses gain momentum, decreasing reliance on primary resources from the DRC’s contested mines.
  • Community Development: Multinational mining firms are focusing on local infrastructure, workforce safety, and community partnerships as part of their social license to operate.
  • Emerging Technologies: Cobalt-free or reduced-cobalt battery chemistries and superalloys are in active development, but cobalt’s unique properties ensure its strategic importance in the mid-term.

How Farmonaut Empowers Transparent & Sustainable Mining

As the cobalt sector modernizes, technology providers play a pivotal role in ensuring responsible, transparent, and efficient operations. At Farmonaut, we offer advanced satellite-based solutions tailored for agriculture, mining, infrastructure, and defence strategies worldwide. Here’s how our platform directly addresses today’s industry challenges:

  • Satellite-Based Mining Site Monitoring: We use AI-driven analysis of satellite imagery for ongoing surveillance of cobalt mining operations, structure integrity, land use changes, and environmental impact assessment.
  • Real-Time Environmental Impact Tracking: Our carbon footprinting solution empowers mining businesses to quantify emissions, adopt cleaner practices, and comply with ESG regulations.
  • AI-Powered Jeevn Advisory System: Farmonaut’s Jeevn AI system delivers strategic insights—offering operational, supply chain, and sustainability guidance for mining enterprises, optimizing efficiency and reducing costs.
  • Blockchain-Enabled Traceability: Our traceability services help mining companies provide verifiable proof of ethical cobalt sourcing, building credibility with partners and regulators across sectors.
  • Fleet & Resource Management: Our fleet management tools optimize mine vehicle routing, improve machinery usage, and enhance logistics efficiency—lowering operational costs and boosting safety.
  • APIs for Integration: We offer powerful APIs (API Access Here, Developer Docs) that allow mining and supply chain businesses to integrate satellite analytics and AI-driven data directly into their platforms.

Farmonaut’s mobile and web-app platform is accessible via Android, iOS, and browser.

Farmonaut Web App - biggest cobalt mining companies
Farmonaut Android App - biggest cobalt companies
Farmonaut iOS App - biggest cobalt mine

Additionally, for stakeholders in large-scale farm management or forestry monitoring—integral for supporting mine restoration and community development projects—our platform delivers comprehensive dashboards and advisory support.

For those in need of scalable, digital crop plantation and forest advisory, our specialized module (see here) delivers real-time, actionable insights at the touch of a button.

Our mission is to make satellite-driven solutions affordable, scalable, and accessible—driving efficiency, transparency, and sustainability across global mining, infrastructure, and agriculture industries.



FAQ: Top Questions on Cobalt Mining Companies & Global Supply in 2025

1. Why is cobalt so critical to electric vehicles, energy, and infrastructure sectors in 2025?

Cobalt’s unique combination of high energy density, thermal stability, and corrosion resistance makes it essential in lithium-ion batteries, superalloys, and electronic components that underpin electric vehicles, renewable energy storage, and critical infrastructure. Its scarcity and complex supply chains add to its strategic value.

2. Which companies are the world’s biggest cobalt producers in 2025?

The biggest cobalt mining companies for 2025 include Glencore plc (Switzerland), China Molybdenum Co., Ltd. (CMOC), Huayou Cobalt Co., Ltd., Eurasian Resources Group (ERG), and Jinchuan Group. Together, these companies control more than 60% of global cobalt output, primarily through mining operations in the DRC.

3. What is the significance of the Tenke Fungurume mine?

The Tenke Fungurume mine in the DRC, operated by CMOC, is the biggest cobalt mine by output globally in 2025. It sets industry benchmarks for extraction scale, operating efficiency, and integration with regional infrastructure, supplying both cobalt and copper for the world market.

4. What environmental and ethical challenges are most pressing in 2025?

The top challenges are artisanal mining and human rights violations (such as child labor) in the DRC, environmental impacts of extraction, and supply chain opacity. The industry is responding with blockchain traceability, rigorous ESG initiatives, and advanced satellite monitoring to improve transparency and accountability.

5. How are companies innovating to meet sustainability goals?

By deploying AI, satellite data, digital resource management tools, and recycling initiatives, companies are drastically improving extraction efficiency while minimizing ecological damage. Services like Farmonaut’s carbon footprinting and traceability solutions are becoming standard practice for forward-thinking mining firms.

6. What role does recycling play in the 2025 cobalt supply landscape?

Battery recycling and urban mining are rapidly growing, especially in key markets like North America, Europe, and East Asia. These initiatives ease pressure on primary extraction, lower the sector’s carbon impact, and support a circular economy.

7. How does Farmonaut support the mining industry beyond traditional monitoring?

We provide advanced satellite-based insights, AI-powered advisory systems, fleet and environmental resource management tools, and blockchain-enabled supply chain transparency. Our goal is to empower mining, agriculture, and infrastructure industries to achieve sustainability, operational efficiency, and regulatory compliance in a data-driven world.


Conclusion: Cobalt’s Strategic Role for a Sustainable, Electrified Future

Cobalt’s strategic importance will only intensify in a future shaped by electrification, clean energy, and digital innovation. The stewardship of the world’s biggest cobalt mining companies, their adoption of advanced monitoring and traceability, and a relentless drive for sustainable extraction will profoundly impact industries globally.

Our mission at Farmonaut is to support this transition by making satellite-driven insights accessible and actionable, empowering stakeholders to build truly sustainable, efficient, and transparent operations.
For more information, or to enhance your mining, agriculture, or infrastructure projects with world-class, real-time monitoring and supply chain tech, explore our large-scale management solutions and AI-driven advisory services.

For the future of cobalt mining, transparency, innovation, and responsibility are the keys to meeting the explosive demand of the 21st century’s energy, agricultural, and technological transformation.

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