Battery metals rerouted: North Africa and the Gulf take on refining roles as Europe cuts Russian exposure

Europe’s effort to unwind dependence on Russian refining for battery-grade materials is reshaping where critical metals are processed—not just where they are mined. Since 2022, disruptions to global flows have accelerated the rise of a geographically distributed industrial network linking Sub-Saharan Africa, North Africa and the Gulf, gradually assuming functions that were previously concentrated in Russia.

This reconfiguration is not fully independent. The emerging corridor remains influenced by Chinese and other international capital, but its strategic role has grown as European buyers push for secure access to battery inputs under tighter sourcing expectations.

A corridor built from separate links, not one integrated system

Unlike Russia’s vertically integrated model—where extraction, refining and downstream delivery were closely coordinated—the new network is spread across multiple locations. Mining occurs in one place; processing, chemical conversion and component manufacturing are carried out elsewhere. Yet these stages operate as a coordinated system.

not fully autonomous by design or financing structure, this corridor still matters because control over conversion—turning ores and intermediates into battery-grade chemicals—is becoming a key industrial leverage point. In practice, that means investors and policymakers are focusing less on raw material ownership alone and more on who controls the processes that determine whether metals can meet battery specifications.

The geography is also shifting incremental responsibilities. North Africa and the Gulf serve as intermediary hubs that bridge raw material sources with industrial demand while anchoring investments in refining and battery materials production.

Morocco emerges as a nearshore processing hub

Among all nodes in the corridor, geographical proximity to European automotive hubs, logistics connectivity via Tangier Med, and an export-oriented manufacturing base have placed Morocco at the center of activity.

The investment pipeline includes Chinese-backed projects targeting cathode supply. One initiative points to initial investment around $300 million, aimed at 50,000 tonnes per year of cathode materials.

• Geographic proximity lowers friction for Europe-bound supply chains compared with more distant refining sites.
• Tangier Med-linked logistics supports export throughput toward EU markets.
• Gotion High-Tech is developing a larger integrated platform with an initial investment of $1.3 billion, expandable to $6.5 billion. The plan targets an ecosystem spanning cathodes, anodes, and eventually cell production.

The appeal for buyers goes beyond location. Morocco’s low-cost renewable energy profile, trade access to the EU, and existing automotive supply relationships help explain why it has become a focal point for battery materials investment—even if integration with Chinese technology and capital continues to shape how quickly capabilities scale.

For China, Morocco provides a nearshore base serving European demand; for Europe itself, it offers processing capacity closer to end markets while remaining linked to external technical inputs.

The Gulf emphasizes chemical conversion rather than cells

If Morocco’s role centers on industrial proximity for materials destined for Europe, Gulf states—particularly Saudi Arabia—are focused on earlier stages of metal transformation: the