South Africa has taken a decisive step in shaping its economic and industrial future with the Cabinet approval of the Critical Minerals and Metals Strategy (“Strategy”) in May 2025. In the words of the Minister of Mineral and Petroleum Resources, the Strategy is is a call to action for government, business, and communities to work together to unlock the nation’s mineral potential. It marks a deliberate shift from South Africa’s historical role as an exporter of raw mineral commodities to becoming a globally significant player in mineral beneficiation, technology manufacturing, and clean energy innovation.
OBJECTIVES OF THE STRATEGY
The Strategy outlines a long-term framework to transform South Africa’s mining economy.
Its key objectives are to:
- Promote economic growth through mineral-based industrialisation
- Enhance beneficiation and value addition across domestic mineral value chains
- Foster a globally competitive exploration and innovation environment
- Build a skilled workforce and support inclusive, sustainable development
- Strengthen regional mineral integration and global partnerships
By promoting mineral-based industrialisation, building a skilled workforce, and enabling exploration, the Strategy opens new frontiers for mining houses and junior operators to expand into downstream value chains and high-growth sectors such as green energy and advanced manufacturing.
CRITICAL MINERALS AND ESSENTIAL TECHNOLOGIES
The world’s shift toward clean energy, digital connectivity, and sustainable mobility has elevated the importance of minerals such as lithium, cobalt, manganese, platinum group metals (“PGMs”) and rare earth elements. These critical minerals are the backbone of essential technologies such as electric vehicles, energy storage batteries, solar panels, wind turbines, hydrogen fuel cells, and microchips. South Africa’s unique mineral endowment presents a rare opportunity to become a hub for these future-facing industries. For South African mining companies, this is a unique opportunity to reposition their business models. Minerals like PGMs, lithium, cobalt and vanadium are essential components for battery production, hydrogen technologies, and long-term offtake agreements with global OEMs
FACTORS USED TO IDENTIFY CRITICAL MINERALS
The Strategy defines critical minerals based on a multifactorial analysis applying the following eight indicators:
- Export potential
- Employment impact
- Supply risk
- Local economic significance
- Industrial importance
- Development alignment with national policy
- Substitutability
- Import reliance on non-domestic resources
This science-based approach enables South Africa to prioritise minerals essential for economic security, industrial development, and global competitiveness. For mining companies, this framework is a guide to which commodities will be prioritised for government support. It offers an opportunity to align operations with national priorities and potentially benefit from fast-tracked approvals, infrastructure support, and fiscal incentives
CRITICAL MINERALS CLASSIFICATION
| Classification | Minerals |
| High-Criticality | Platinum, Manganese, Iron Ore, Coal, Chrome |
| Moderate to High Criticality | Gold, Vanadium, Palladium, Rhodium, Rare Earth Elements |
| Moderate Criticality | Copper, Cobalt, Lithium, Graphite, Nickel, Titanium, Phosphate, Fluorspar, Zirconium, Uranium, Aluminium |
STRATEGIC IMPORTANCE AND USES
Critical minerals go beyond just commodities, but play an essential role in global energy transition, defence technologies, and digital infrastructure. South Africa’s reserves of PGMs and manganese are key to producing hydrogen fuel cells and decarbonised steel. Lithium, cobalt, and graphite are essential to energy storage, while rare earth elements are required for advanced electronics, aerospace components and wind turbines. Enhancing the local use of these resources is critical to secure industrial resilience and participate in future global markets. South Africa’s reserves of PGMs, manganese, and rare earths give its mining industry a first-mover advantage in building resilient, ESG-compliant supply chains.
STRATEGIC PILLARS OF THE STRATEGY
The Strategy is underpinned by six interconnected pillars:
1. Geoscience Mapping and Exploration
Investment in mapping and exploration is essential to discover new deposits and replace depleting reserves. A key intervention is the support for junior miners and the introduction of a flow-through share scheme to stimulate private investment.
2. Value Addition and Localisation
The Strategy encourages mineral beneficiation at source. It includes plans to develop battery manufacturing capacity, revive ferroalloy smelting, and invest in hydrogen fuel cell production. Special economic zones and beneficiation hubs will anchor this localisation drive.
3. Research and Development and Skills Development
This pillar supports innovation in battery chemistries, cleaner processing methods, and PGM-based technologies. It also prioritises skills development across the value chain through accredited programmes and partnerships with universities and training institutions.
4. Infrastructure and Energy Security
Efficient ports, rail, digital connectivity, and reliable energy supply are prerequisites for value addition. Reforms under Operation Vulindlela and new investment in green infrastructure are critical enablers.
5. Financial Instruments for Local Beneficiation
The Strategy proposes fiscal incentives, differentiated electricity tariffs, and loan guarantees to support domestic processing and manufacturing. It also seeks to reward ESG-compliant projects.
6. Harmonisation of the Regulatory and Policy Framework
A one-stop-shop licensing system and alignment across departments (environment, water, mining) will improve regulatory certainty and investor confidence.
CONCLUSION
South Africa’s Critical Minerals and Metals Strategy represents a national blueprint to transform the country into a global hub for green energy, advanced manufacturing, and mineral-based industrialisation. By prioritising 21 minerals essential to technologies like EVs, hydrogen fuel cells and batteries, the Strategy aims to move the country up the value chain through beneficiation, infrastructure investment, and skills development.
For mining companies, this signals a clear shift: future operations will be shaped by localisation, ESG alignment, and value-added mandates. Those who align early stand to benefit from regulatory certainty, new investment incentives, and access to high-growth markets in energy, mobility, and clean tech.