A Vancouver-based battery materials company is moving closer to building a major manufacturing facility in the United States, highlighting the growing competition for clean-energy investment across North America. Graphite One Inc. is advancing plans for a US$80-million graphite anode materials plant in Conneaut, Ohio, after securing a critical environmental permit. The facility could eventually supply materials for electric vehicles and energy storage systems, with initial commercial sales targeted for late 2028.
The development raises important questions about where North America’s battery supply chain will take shape, particularly as Canada works to attract manufacturing investments of its own. Although the Ohio project still requires financing and further approvals, its progress illustrates how Canadian-headquartered companies are pursuing American industrial opportunities while governments compete to secure the factories, technologies and jobs of the electric-vehicle era.
A US$80-Million Factory Moves Closer to Construction
Graphite One’s November 9, 2026, update provides a clearer picture of how its proposed American manufacturing operation could develop. The Vancouver-headquartered company plans to establish a facility capable of producing approximately 10,000 tonnes of active anode material annually during its initial phase. The estimated US$80-million investment would support processing equipment and manufacturing infrastructure designed to serve the expanding market for lithium-ion battery materials. This is an important distinction from assembling complete batteries or manufacturing electric vehicles. Graphite One would be supplying a specialized component that battery manufacturers need before their products can reach the automotive industry.
The project is advancing, but construction and financing remain significant hurdles. Graphite One expects to reach a final investment decision by April 2027 and is targeting initial commercial sales during the fourth quarter of 2028. Its estimated capital cost could change once detailed engineering is finished. Nevertheless, the progress represents a meaningful development for a company attempting to establish a manufacturing presence in an industry where investment decisions depend on long-term customer demand, production costs and reliable access to materials.
Why Graphite Anodes Matter to Electric Vehicles
Graphite rarely receives the same attention as lithium, yet it plays an essential role in the batteries powering most modern electric vehicles. Lithium-ion batteries contain two electrodes, and graphite is widely used as the active material in the negative electrode, known as the anode. During charging, lithium ions are stored within the graphite’s layered structure. The material’s performance, consistency and durability are important to battery efficiency and operating life. Producing graphite with the characteristics required by battery manufacturers therefore involves considerably more than simply extracting a mineral from the ground.
Graphite One’s proposed Ohio operation would process purchased synthetic graphite and other inputs through blending and coating operations to produce battery-grade active anode material. The resulting products are intended for electric vehicles and stationary energy storage systems. This approach would allow the company to enter the manufacturing market without immediately depending on production from its proposed Alaska graphite mine. It also reflects a broader industrial reality: extracting raw materials represents only one part of the battery supply chain, while the specialized processing required to turn them into commercially usable products creates another important manufacturing opportunity.
A Critical Environmental Permit Removes a Major Obstacle
One of the project’s most significant developments came when Graphite One received an air pollution permit from the Ohio Environmental Protection Agency. The company announced the approval on November 2, confirming that the permit became effective on October 27, 2026, and remains valid until October 27, 2036, subject to renewal. Identified as Permit P0140891, the authorization covers the proposed manufacturing facility’s major air-emission processes. Securing it removes what Graphite One described as the most demanding environmental permitting requirement for the initial factory.
The proposed facility includes several industrial operations, including agglomeration, carbonization, feeding, blending, finishing and packaging. Graphite One says its planned pollution-control systems are designed to achieve 98% control of volatile organic compounds and 99% control of particulate emissions through filtration equipment. However, receiving an air permit does not mean every construction requirement has been satisfied. Additional building and operating approvals remain necessary. The permit also establishes a construction-start deadline of 18 months from October 27, 2026, with a possible 12-month extension. These conditions give the company a defined regulatory framework while keeping pressure on management to complete engineering and financing.
Why a Small Ohio City Became the Preferred Location
Conneaut, a community in northeastern Ohio near Lake Erie, offers several advantages for an industrial project dependent on reliable transportation and electricity. In May 2026, Graphite One announced that it had secured access to a proposed manufacturing site through an agreement with Bessemer and Lake Erie Railroad Company, a subsidiary of Canadian National Railway. The location offers rail connections, access to Great Lakes shipping routes and existing electrical infrastructure. Those features matter because battery material manufacturing requires dependable logistics for incoming raw materials, specialized equipment and finished products.
The Conneaut decision also represents a change from Graphite One’s previous plans. The company had initially pursued a location in Warren, Ohio, but decided to terminate that property’s lease after encountering challenges with establishing the necessary power infrastructure within its preferred construction schedule. Conneaut offered a more attractive combination of existing facilities and expansion potential. However, the company’s initial agreement allowed for site due diligence and a possible subsequent lease. The location decision illustrates how infrastructure readiness can influence industrial investment just as strongly as geography or financial incentives.
US$1.4 Billion in Potential Financing Is Not Guaranteed Funding
Beyond the initial US$80-million factory proposal, Graphite One has attracted considerable attention through its relationship with the Export-Import Bank of the United States. In December 2025, the company announced amended, non-binding letters of interest indicating potential financing of US$1.4 billion for its planned Ohio manufacturing operation and US$670 million for its Alaska graphite development. Together, those amounts total US$2.07 billion. The larger Ohio figure reflects a much more ambitious manufacturing vision than the proposed first phase, including potential expansion toward 100,000 tonnes of annual active anode material capacity.
However, the distinction between financial interest and an approved loan is critical. The Export-Import Bank explains that a letter of interest signals a willingness to consider financing, not a binding commitment to provide money. Formal applications, due diligence, credit approvals and other requirements must be satisfied before funding can be finalized. Consequently, Graphite One has not secured US$2.07 billion in guaranteed financing merely by receiving those letters. The proposed US$80-million first phase also still requires its own financing arrangements. For investors and communities anticipating the project, obtaining committed capital will be among the most important developments to watch.
The Alaska Graphite Mine Remains a Separate Long-Term Project
Graphite One’s Ohio manufacturing plans are connected to a much larger ambition involving the Graphite Creek deposit near Nome, Alaska. The United States Geological Survey has identified Graphite Creek as the country’s largest known graphite deposit. The resource sits on Alaska’s Seward Peninsula and could eventually support a domestic supply chain linking raw material extraction with advanced manufacturing. Graphite One completed a feasibility study in April 2025, but commercial mining has not yet begun. The company’s current development schedule targets mine construction in 2028 and production in 2030, subject to regulatory and financial approvals.
That timetable helps explain why Graphite One is prioritizing the Ohio facility. Its initial manufacturing operation would use purchased synthetic graphite rather than wait for natural graphite to become available from Alaska. This creates a potential opportunity to establish customers, develop production expertise and generate revenue years before the mine begins operating. It also introduces an important limitation: the first phase would not, by itself, establish a completely domestic raw-material supply chain. The company’s long-term strategy depends on successfully developing separate facilities that must ultimately operate together as a commercially competitive business.
Automakers Are Already Evaluating the Company’s Materials
Securing customers is one of the biggest challenges facing any new battery material producer. Graphite One has taken preliminary steps toward building commercial relationships, including agreements with American electric-vehicle manufacturer Lucid Motors. In July 2024, the companies announced a non-binding agreement involving synthetic graphite anode material, with an initial arrangement covering 5,000 tonnes annually once production begins. A second non-binding agreement announced in June 2025 addressed natural graphite materials. These arrangements provide evidence of potential customer interest, although they do not establish guaranteed future sales or confirm that the proposed Ohio facility will achieve commercial production.
Graphite One has also distributed samples to prospective customers for technical evaluation. In May 2026, the company reported sending commercial-grade materials, including samples weighing up to 20 kilograms, to three major electric-vehicle manufacturers and three battery companies. Such testing is essential because automotive suppliers must demonstrate that their materials meet demanding performance, quality and reliability specifications. A promising laboratory result does not automatically translate into a long-term purchasing contract. For Graphite One, successfully converting these evaluations into binding commercial agreements could be just as important as completing the factory itself.
China’s Dominance Creates an Opening for North American Suppliers
The effort to develop domestic graphite manufacturing reflects a significant concentration of global battery production in China. According to the International Energy Agency’s Global EV Outlook 2026, China accounted for more than 90% of worldwide production of active anode materials used in electric-car batteries in 2025. The country also produced more than 80% of the world’s battery cells. These figures illustrate why governments and automakers are increasingly concerned about dependence on a limited number of production centres for essential battery components.
For American battery manufacturers, obtaining graphite anode materials from a North American facility could reduce exposure to some international supply disruptions, shipping uncertainties and trade restrictions. However, establishing new production capacity outside China is not automatically economical. Chinese manufacturers benefit from mature supply chains, extensive technical experience and substantial production scale. The IEA has warned that higher costs, manufacturing efficiency challenges and weak margins complicate efforts to diversify battery production. Graphite One must therefore demonstrate more than the geographical advantage of an Ohio address. Its proposed facility will also need to produce reliable materials at prices customers can justify, while competing with established suppliers operating on a much larger scale.
Canada Faces Its Own Competition for Battery Manufacturing Investment
Graphite One’s expansion plans illustrate an important challenge for Canadian industrial policy. A company can maintain its headquarters in Vancouver while directing major manufacturing investment toward the United States. That does not mean Graphite One is relocating an existing Canadian factory; its graphite supply-chain strategy has been specifically focused on American mining and manufacturing. Nevertheless, the distinction matters to governments seeking domestic employment and industrial development. Research, corporate administration and investment activity can remain in Canada even when the production facilities and associated manufacturing jobs are created elsewhere.
Canada continues to pursue battery manufacturing investments rather than surrendering the sector to its southern neighbour. In July 2026, Ottawa announced up to C$70 million to support Volta Energy Solutions Canada’s approximately C$761-million copper foil manufacturing project in Granby, Quebec, with 260 new jobs anticipated. The federal government’s November 2026 budget also outlined C$2.3 billion in additional critical minerals funding intended to strengthen domestic production and processing. These initiatives show that investment decisions are occurring on both sides of the border. The challenge for Canada is ensuring that its mineral resources, skilled workforce and industrial incentives translate into competitive manufacturing operations rather than primarily supporting production opportunities abroad.
Ohio Could Gain Manufacturing Jobs as the Project Expands
For Conneaut and the surrounding Ashtabula County region, the proposed factory represents an opportunity to create specialized manufacturing employment. In June 2026, Graphite One estimated that its initial operation could support approximately 30 to 40 permanent manufacturing, technical and operational positions. An additional development phase, contemplated under the company’s earlier expansion plans, could create another 100 to 120 jobs. These figures remain preliminary and could change as the project evolves. Nevertheless, the potential employment benefits are significant for a community hoping to attract new industrial activity and make productive use of existing transportation and electrical infrastructure.
The economic benefits could extend beyond employees working directly inside the facility. Industrial construction can generate opportunities for contractors, equipment installers and local service providers, while ongoing manufacturing requires transportation, maintenance and specialized technical support. However, those additional benefits cannot be quantified until construction contracts and operating plans are confirmed. For Canadian policymakers, the geographical distribution of those opportunities is particularly relevant. Graphite One’s headquarters may remain in Vancouver, but the manufacturing workforce associated with the proposed plant would be based in Ohio. The project illustrates why attracting corporate headquarters and securing industrial production are different economic objectives.
The Road to 2028 Will Test Whether the Investment Becomes Reality
Graphite One’s investment plans are progressing against a battery market that continues to expand globally but faces uneven demand across regions. The International Energy Agency reported that worldwide EV battery deployment reached approximately 1.2 terawatt-hours in 2025, increasing nearly 30% from the previous year. However, deployment stagnated in the United States during that period. Stationary energy storage has become another important market, accounting for roughly one-third of American battery deployment in 2025. This diversification could benefit anode suppliers serving both automotive manufacturers and energy storage companies, although commercial demand remains subject to changing market conditions.
For Graphite One, the immediate priorities are completing detailed engineering, securing remaining approvals, obtaining financing and convincing prospective customers to commit to future purchases. The company aims to reach its final investment decision by April 2027 and begin commercial sales in late 2028. Whether those targets are achieved will determine if the project becomes a functioning industrial operation or remains an ambitious proposal. For Canada, the broader issue extends beyond one Vancouver-headquartered company. As North American battery supply chains develop, the location of manufacturing facilities will influence where industrial expertise, investment and employment opportunities accumulate. Graphite One’s Ohio expansion demonstrates the growing importance of those decisions, even before the first production line begins operating.
