Nouveau Monde Graphite Inc. (TSX: NOU, NYSE: NMG) said Wednesday it has finalized the complete financing structure for its Phase 2 Matawinie graphite mine in Quebec, with a formal final investment decision expected this week. As one of North America’s few fully integrated large-scale graphite projects, its launch will provide a critical addition to the global critical minerals supply chain and help reduce Western nations’ dependence on Chinese graphite supplies.
The previously announced ~$645 million gross financing package secured shareholder approval Wednesday. Proceeds will fund the development of the graphite mine in Saint-Michel-des-Saints, approximately 100 miles north of Montreal, and the construction of an adjacent concentrator. A construction team is already on site, and more than 50% of the project’s capital expenditures—estimated at ~$474 million—have been locked in through contracts. Commissioning is scheduled for the end of 2028.
Beyond mining and concentration, NMG plans to build a 13,000-metric-ton-per-year active anode material refinery in Becancour, Quebec. Active anode material accounts for roughly half the weight of an electric vehicle battery and is an irreplaceable core component of lithium-ion batteries. Becancour has emerged as Canada’s premier new energy industrial hub, where General Motors Co. and Rio Tinto Group-backed Nemaska Lithium Inc. are already constructing EV battery component plants.
The Canadian government has provided strong backing for the project. Last fall, Ottawa committed to purchasing 30,000 metric tons of graphite concentrate annually—slightly less than one-third of the mine concentrator’s output—at a fixed price, giving investors critical certainty. The project has also been designated as one of Canada’s top-priority major developments. The financing structure includes $335 million in debt from Export Development Canada and the Canada Infrastructure Bank; $213 million in private placement from the Canada Growth Fund, the Quebec government, and Italian energy giant Eni SpA; and $96.5 million from a bought-deal public offering. Japan’s Mitsui & Co. is among NMG’s largest shareholders, and Eni has also signed a letter of intent for potential offtake of graphite concentrate or active anode material.
Despite recent headwinds in the global EV industry—including GM’s withdrawal from the project and Panasonic Holdings Corp.’s scaled-back offtake agreement—NMG has remained steadfast in advancing construction. The company has reduced the Becancour refinery’s full production capacity by 70%, with the adjusted output now entirely dedicated to Panasonic.
“I never thought the mining project wouldn’t get off the ground,” CEO Eric Desaulniers told Bloomberg in an interview. “It is too solid and too far along—and too necessary, too.” To mitigate risks from slower EV adoption, NMG has proactively diversified its customer base for graphite concentrate to include energy storage and steelmaking industries. “We have a plan that’s much better in terms of diversification, so we’re not at the mercy of a single market that can sometimes change quickly,” he said.
Graphite is indispensable for lithium-ion batteries due to its exceptional conductivity. China currently dominates global graphite production and processing. BloombergNEF forecasts a technical global graphite deficit by 2032 as demand for lithium-ion batteries surges. While countries worldwide are pushing for critical minerals localization, China’s scale advantage remains unassailable, particularly given the high energy and chemical costs associated with spheroidization and graphitization processes, which create significant barriers to entry for new players.
Against this backdrop, the strategic value of NMG’s Matawinie project has become increasingly pronounced. As one of North America’s few large-scale fully integrated graphite projects, it will not only provide a stable domestic raw material supply for North America’s EV and energy storage industries but also secure an important position in the global critical minerals geopolitical landscape.
