U.S. EXIM’s Make More in America program has extended a US$5.5 million feasibility facility to Titan Mining’s Kilbourne Graphite project in New York, the first such MMIA feasibility support for a domestic critical minerals project by EXIM. The financing is small, but strategic. It lowers cost of capital, embeds federal technical oversight, and clears a path toward potential project debt. The upside will depend on geology, metallurgical results, and New York permitting. The wider junior sector is seeing capital return, but only projects that nail the fundamentals will convert today’s policy tailwinds into bankable assets.
The amended EXIM facility provides up to US$5.5 million through September 2026 on a fixed CIRR-based rate of about 4.77% plus a 6.30% upfront fee, which the company pegs at an effective 6.26%. The structure is interest-only for 24 months with final maturity in 2032. That tenor gives Titan room to finish drilling, metallurgical test work, and engineering for a 2026 feasibility study. EXIM will receive technical data in real time, a prerequisite to evaluating the company’s indicated US$120 million project financing target. It is non-dilutive and guaranteed by Titan and subsidiaries, including its operating Empire State Mine. What this is not: a commitment for construction debt. EXIM’s next step depends on demonstrated reserves, flowsheet performance, and a credible route to sales of battery-grade material.
For a junior, debt priced off CIRR materially reduces funding friction versus equity or private credit. Equity remains expensive at the feasibility stage given limited visibility on orebody quality, recoveries, and final product premiums. Private debt for pre-revenue projects often clears above 12% with warrants, plus restrictive covenants. A fixed-rate public lender removes rate volatility through 2026 and beyond, useful in a capital-intensive segment with long lead times. The interest-only grace aligns with the technical schedule: resource definition drilling, locked-cycle metallurgy, and front-end engineering design drive value the most right now. The upfront fee is notable, but acceptable if it anchors a larger project debt process. Investors should view the facility as a bridge that must be earned forward with technical results, not a green light for capex.
Feasibility hinges on moving from exploration targets to bankable reserves. That requires enough core to model grade continuity, flake size distribution, and strip ratio with confidence. In natural flake graphite, value is a function of concentration and size: coarse and large flake fractions typically fetch higher prices, while fine flake can depress revenue unless recoveries and purification costs are exceptional. Metallurgy is decisive. A conventional flowsheet will need to deliver a 94% to 97% Cg concentrate at high mass recovery without excessive regrind, then demonstrate an efficient route to 99.95%+ spherical graphite for anodes. Yield from concentrate to coated spherical graphite is a key profit lever and commonly ranges around the mid-30s percent. Acid-based purification introduces ESG and chemical cost risks; thermal purification demands significant energy and capital. Pilot-scale test work will determine not only recoveries and impurities but also opex and capex for the downstream circuit. Without strong metallurgical data, EXIM and any offtake counterparty will stay on the sidelines.
New York is a mining-capable jurisdiction, but the regulatory bar is high. Water management, air emissions, and tailings design will face rigorous review under state environmental law. If the anode route involves hydrofluoric acid, expect added scrutiny; choosing lower-emission thermal or alternative chemistries can mitigate risk but may raise power demand and unit costs. Proximity to existing operations at Empire State Mine is an operational advantage: an in-state track record, workforce, and existing community relationships shorten the learning curve. That said, a graphite processing plant carries a different environmental profile than a zinc concentrator. Power pricing, winter logistics, and potential community concerns need early engagement. A clear permitting roadmap and baseline studies are as critical to bankability as a strong resource model.
Graphite remains a strategic bottleneck. EV batteries use roughly 50 to 70 kilograms of graphite per vehicle, and anodes are still predominantly graphite-based. The U.S. lacks domestic natural flake production and is dependent on imports, with China dominating anode material supply. Policy is pushing supply chain diversification: the U.S. has tightened rules around foreign entity of concern content for tax credits, and previously announced tariff actions and export control dynamics have added uncertainty to Chinese graphite flows. Prices have swung since the 2022 peak, with 2023–2025 natural flake prices easing as supply normalized and EV growth moderated. Any feasibility should use conservative price decks and test downside scenarios. Offtake alignment with North American anode makers can help, but it will require consistent quality and competitive costs. A mine-only model is unlikely to clear returns; integrated concentrate-to-spherical capacity is what battery customers require.
This EXIM action adds to a broader trend. Junior and intermediate miners have raised about $12.8 billion year-to-date through October 2025, above the full-year 2024 total of $10.3 billion, with gold financings up 136% year-over-year to $6.7 billion. Policy and strategic investors are feeding the critical minerals stack. In lithium, a major energy company has committed capital to Alberta brine development, signaling cross-industry interest in upstream security. Copper consolidation continues, with large producers adding district-scale projects in Peru and Nevada to extend pipeline depth. On the exploration end, silver names are putting fresh funds to work on drill campaigns in the Yukon after reporting high-grade hits in prior seasons. The signal for investors: capital is selective but available for credible geology, executable plans, and tier-one jurisdictions. Public lenders like EXIM can crowd in private capital if technical work stands up.
To credibly advance toward the stated US$120 million project financing indication, Titan needs to tick a specific set of boxes. First, a compliant resource update that demonstrates tonnage and grade continuity with adequate conversion to reserves. Second, a locked-cycle flowsheet that proves robust concentrate grades, recoveries, and impurity management at pilot scale, plus a downstream purification and spheroidization route with defensible yields and emissions. Third, a realistic capex and opex estimate with contingencies that reflect current labor, reagent, and equipment markets, not 2022 assumptions. Fourth, line-of-sight to offtake, ideally with a North American anode or battery plant that requires FEOC-compliant material. Fifth, a permitting schedule with identified critical paths and stakeholder engagement. Each of these reduces risk for EXIM and potential syndicate lenders, and each will be visible in the cadence of news flow through 2026.
Comparable North American graphite efforts show how the path can diverge. Projects with strong bulk sample data and pilot-scale spherical production have advanced to government support and commercial discussions; others have stalled on metallurgy or community impacts. Cost inflation, especially for power-intensive purification, has derailed timelines. In New York, expect detailed scrutiny of waste streams and air permits. If Titan proposes a downstream plant, clarity on technology choice and emissions controls will matter. Watch for any shift in timeline for the feasibility study; slippage would push back financing windows. Also monitor graphite price trends and policy updates that could affect IRA credit eligibility, as those flow through to offtake appetite. Finally, financing structure matters: even if EXIM leads, construction debt likely needs equity, possibly a royalty or stream, and room in the capital stack for working capital and ramp delays.
On balance, the EXIM facility is a constructive development. It lowers near-term financing risk, imposes discipline through third-party oversight, and preserves equity for value-adding results. But the project remains what it is today: a feasibility-stage graphite concept that must prove its orebody and product can compete on quality and cost under New York’s environmental rules. For investors, the setup is straightforward. Positive drilling updates, improving metallurgical metrics, and early offtake signals could rerate the risk profile. Any evidence of weak flake size distribution, poor recoveries, or permitting friction will cut the other way. The broader sector backdrop is supportive, with capital returning and strategic buyers active. Execution, not policy, will decide whether Kilbourne becomes a bankable domestic graphite source.
