Falcon advances Morocco battery ambitions with new pilot facility

Friday 10 July 2026 - 13:30

By: Sahili Aya

Falcon advances Morocco battery ambitions with new pilot facility

Morocco has taken another step toward positioning itself as a global hub for battery materials with the launch of Falcon Energy Materials' pilot facility for coated, purified and spheroidized graphite (CSPG) in Jorf Lasfar. The Canadian company has officially moved from project planning to industrial execution, reinforcing the country's growing role in the international electric vehicle battery supply chain.

Located within the ParkX industrial park, developed by InnovX, a subsidiary of Mohammed VI Polytechnic University (UM6P), the pilot plant is the first facility of its kind in Morocco. The installation represents a critical milestone for Falcon as it advances plans to build a full-scale commercial anode material plant designed to supply battery manufacturers and automotive companies worldwide.

Pilot facility designed to accelerate commercialization

Rather than generating immediate revenue, the new facility has been established as a technology validation and industrial qualification center. Its primary mission is to manufacture CSPG samples for battery and automotive customers, collect operational data for engineering the future commercial plant and train personnel who will eventually operate the larger production site.

The commissioning follows a complex international logistics operation. The production line was initially assembled and pre-tested in China before being dismantled, shipped to Morocco and reconstructed at Jorf Lasfar. Maritime transport delays postponed the original schedule, but commissioning activities are now underway, with the first qualification samples expected during the summer of 2026.

Commercial production remains the long-term objective

The pilot operation serves as the foundation for Falcon's proposed Anode Plant, which is expected to produce approximately 25,000 tonnes of CSPG annually once fully operational.

According to the company's previously completed technical and economic assessment, the commercial project is expected to require an investment of approximately USD 86 million. Financial projections indicate strong profitability potential, supported by robust operating margins and significant earnings before interest, taxes, depreciation and amortization (EBITDA). Commercial production is now anticipated between late 2027 and early 2028, following a revised project timeline.

Industrial integration offers a competitive advantage

Jorf Lasfar was selected for strategic reasons extending beyond logistics. The future commercial operation will benefit from close integration with FluorAlpha, an InnovX subsidiary developing hydrofluoric acid production essential for graphite purification.

The hydrofluoric acid will be derived from fluorine recovered within OCP's phosphoric acid production ecosystem, creating an integrated industrial model that links Morocco's established phosphate industry with the rapidly expanding battery materials sector. This approach is expected to improve supply security while strengthening domestic value creation.

International partnerships support technology and market access

Falcon's manufacturing process is based on technology developed by China's Hensen Graphite & Carbon Corporation, allowing the Moroccan facility to replicate established industrial expertise.

On the commercial front, the company has also signed a preliminary agreement with Shanshan, one of the world's leading producers of synthetic graphite anode materials. The partnership is expected to facilitate customer qualification procedures required by global battery manufacturers before long-term supply contracts can be secured.

Securing graphite supply remains a priority

Despite the progress, sourcing natural graphite continues to represent one of the project's principal challenges.

Following the cancellation of its Lola mining project in Guinea, Falcon has shifted its procurement strategy toward identifying high-quality graphite resources across Africa. The company is currently evaluating multiple suppliers as it works to establish a diversified and reliable long-term raw material supply network.

Financing and customer qualification remain key milestones

Falcon strengthened its financial position earlier this year through a private placement that raised CAD 25 million and attracted new investors from Europe and the Middle East. While the financing supports ongoing development, additional capital will still be required before construction of the commercial facility can begin.

Several major milestones must now be completed, including customer qualification of CSPG samples, execution of offtake agreements, completion of project financing and final allocation of industrial land within ParkX.

Morocco targets a strategic role in global battery materials

The launch of Falcon's pilot plant reflects Morocco's broader ambition to become an important supplier of critical battery materials at a time when manufacturers are seeking alternatives to China's dominant graphite processing industry.

With its strategic location near European markets, extensive free trade agreements with both the European Union and the United States, expanding industrial infrastructure and integrated phosphate ecosystem, Morocco is increasingly positioning itself as a competitive destination for advanced battery manufacturing and critical mineral processing.

As global demand for electric vehicle batteries continues to accelerate, projects such as Falcon's could help establish the country as a central link in the next generation of resilient and geographically diversified battery supply chains.