Representing, advocating and advancing Zambia's critical minerals industryKabulonga, Lusaka, Zambia
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CRMAZ

Battery Minerals

Minerals and materials supporting rechargeable batteries, energy storage and electric mobility.

Battery Minerals Energy transition

Materials behind modern energy storage

Battery supply chains combine mining, chemical processing, advanced materials, cell manufacturing, reuse and recycling. Different battery technologies require different combinations of minerals, performance characteristics and product specifications.

Key mineral inputs

Li

Lithium

A principal charge-carrying material in widely used rechargeable battery technologies.

C

Graphite

Commonly used as an anode material and requiring high purity and controlled particle characteristics.

Ni

Nickel

Used in selected cathode chemistries to support energy density and performance.

Co

Cobalt

Used in certain cathode materials and valued for stability and performance characteristics.

Mn

Manganese

Used in several battery chemistries and also important across wider industrial applications.

Cu

Copper

Essential for electrical connections, current collection, charging networks and power systems.

Opportunities beyond extraction

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Mineral testing, characterisation and product-quality assurance.
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Concentration and chemical processing suited to market specifications.
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Engineering, equipment maintenance and specialist professional services.
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Responsible logistics, traceability and supply-chain management.
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Research partnerships, skills development, reuse and future recycling capabilities.

A market-led approach

Successful battery-mineral projects need a clear understanding of customer specifications, processing requirements, scale, energy, infrastructure, capital and long-term market conditions. CRMAZ promotes responsible investment based on credible technical and commercial foundations.