Since 2022, the disruption of global metals flows has not simply replaced Russian suppliers with alternatives. Instead, a new industrial corridor is taking shape—stretching from Sub-Saharan Africa through North Africa and the Gulf into Europe—gradually assuming functions previously dominated by Russian refining. This corridor is not fully autonomous and remains influenced by Chinese and other international capital, but it is becoming increasingly strategically important as Europe works to reduce direct reliance on Russian-processed metals while securing battery-grade materials.
Unlike Russia’s vertically integrated system, the emerging network is geographically distributed yet operationally linked. Extraction, processing, chemical conversion, and component manufacturing occur in separate locations but function as a coordinated system. North Africa and the Gulf occupy a critical intermediary role, bridging raw material sources with industrial demand and anchoring investments in refining and battery materials production.
Morocco: Europe’s Nearshore Processing Hub
Morocco has emerged as the most advanced node. Its geographical proximity to European automotive hubs, logistics corridors through Tangier Med, and an export-oriented manufacturing base make it a focal point for battery materials investment.
- Chinese-backed projects include cathode and precursor facilities with initial investment around $300 million, targeting 50,000 tonnes per year of cathode materials.
- Gotion High-Tech is developing a larger integrated platform with $1.3 billion initial investment, expandable to $6.5 billion, aiming for a full battery materials ecosystem including cathodes, anodes, and eventually cell production.
Morocco’s strategic appeal lies in low-cost renewable energy, trade access to the EU, and proximity to existing automotive supply chains. For China, it provides a nearshore base for European markets; for Europe, it represents a geographically close processing platform, albeit integrated with Chinese technology and capital.
The Gulf: Chemical and Processing Power
Gulf states, particularly Saudi Arabia, are not focusing on component manufacturing but on chemical and processing layers essential to metals conversion. Through entities like Ma’aden and Aramco, the region is advancing lithium extraction and refining, with commercial operations expected around 2027.
The Gulf leverages low-cost hydrocarbons and petrochemical infrastructure to produce key inputs—sulphur and sulphuric acid—critical for hydrometallurgical processes used in nickel, cobalt, and lithium refining. Gulf capital also secures upstream African mining assets, creating a vertically connected system in which energy and chemicals enable global refining capacity.
Sub-Saharan Africa: Resource Foundation
Sub-Saharan Africa supplies roughly 30% of global critical mineral reserves, including cobalt, lithium, and nickel. Historically, these were exported raw or semi-processed, primarily to China. New initiatives are shifting processing closer to the source:
- Zambia is developing one of Africa’s first battery-grade cobalt sulphate refineries.
- Zimbabwe is investing $400 million in lithium sulphate production, targeting 50,000–60,000 tonnes per year, alongside export restrictions to enforce local value addition.
Yet most of these developments remain closely tied to Chinese industrial systems, with financing, technology, and operational expertise sourced from China, keeping control over processing centralized even as geography diversifies.
Fragmentation and Strategic Implications
Unlike Russia’s former system—vertically integrated, efficient, and directly supplying Europe—the new corridor is fragmented. Materials may travel from African mines to Moroccan or Gulf processing, then through Chinese-linked refining, before reaching European users.
This creates higher costs, complexity, and regulatory risk, especially under European frameworks demanding full supply chain traceability and ESG compliance. Control over conversion processes—transforming ores and intermediates into battery-grade chemicals—is increasingly the key industrial leverage point, rather than simply owning raw materials.
Europe’s Response: Diversification Without Independence
Europe is seeking to engage with this corridor while simultaneously building domestic capacity:
- Expanding local battery materials production and recycling.
- Forming partnerships with alternative suppliers across Africa, North Africa, and the Gulf.
- Integrating upstream and downstream operations to enhance traceability, quality, and supply security.
The result is not independence but a more diversified, distributed set of dependencies. This reduces concentration risk while maintaining access to critical materials—though external reliance, particularly on Chinese-backed processing, persists.
Investment Landscape and Industrial Geography
The emerging corridor offers significant opportunities for investors:
- Morocco: Nearshore battery materials production linked to European demand.
- Gulf: Access to chemicals and processing infrastructure for global refining.
- Sub-Saharan Africa: Resource potential, though dependent on external technical and financial partners.
Capital requirements are high, ranging from $300 million for midstream facilities to over $6 billion for integrated gigafactories, with long timelines and multi-jurisdiction coordination.
A New Global Network for Battery Metals
The industrial geography of battery metals is shifting. North Africa and the Gulf are not standalone replacements for Russia; they are bridges within a reconfigured global network, supporting Europe’s drive for secure, low-carbon, and traceable materials.
Europe’s ability to balance external partnerships with internal capacity building will define the resilience of its battery metals supply chains. While Russia’s direct influence has diminished, its structural legacy shapes current flows—now being replaced incrementally by a corridor stretching from Africa through North Africa and the Gulf into Europe.
