Albany Graphite Corp. combines a rare igneous-hosted deposit in Northern Ontario with Zentek's proprietary Fluidized Bed Reactor (FBR) technology — the only halogen-free purification process in the Western world capable of reaching nuclear-grade purity.
The Fluidized Bed Reactor heats natural graphite concentrate to over 2,500°C in an inert atmosphere, thermally driving out impurities without using any acids or chemicals. The result is graphite at 99.9992% purity — a level that conventional acid-leach methods physically cannot achieve.
Conventional purification uses hydrofluoric acid (HF) and hydrochloric acid to dissolve impurities. This caps purity at roughly 99.95%, generates toxic waste, requires expensive environmental permitting, and disqualifies the material from nuclear and most defense applications.
The FBR eliminates all of that. Zero HF, zero toxic waste, zero hazardous byproducts — and a purity level that opens markets where acid-leached graphite simply cannot compete.
SMR fuel and moderator components. ASTM C781 qualified. FBR's 2.60 ppm EBC is below the 3 ppm threshold — the only non-Chinese source in the Western hemisphere that can meet this spec.
Thermal management for hypersonic vehicles, EMI shielding, missile components. 5N purity threshold required. Supply chain security is non-negotiable for defense procurement.
High-purity graphite for silicon carbide wafer production, crucibles, and precision components. Purity directly impacts yield and device performance.
FBR-purified anode material for premium EV and grid storage applications — IRA-eligible, traceable North American supply with zero toxic processing waste.
Bulk battery-grade graphite has seen pricing pressure from Chinese oversupply. Albany's strategy is deliberately focused on the premium segments — nuclear, defense, and semiconductor — where pricing is driven by purity specifications, supply chain security, and qualification barriers, not commodity spot markets. The FBR is the key: it's the technology that moves Albany out of the commodity bucket and into markets where demand is growing and competition is structurally limited.
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A globally rare igneous-hosted, fluid-derived graphite deposit in Northern Ontario. The unique geology — distinct from typical flake graphite sources — produces feedstock with inherent characteristics that support ultra-high purity outcomes through the FBR process.
The deposit is 100% owned by Albany Graphite Corp. and situated near established infrastructure, road, and rail access in a stable, well-regulated Canadian mining jurisdiction.
The Albany Graphite Project has a previously defined NI 43-101 mineral resource estimate. This estimate is considered historical in nature and was prepared using market assumptions and processing concepts that may not reflect current conditions. A Qualified Person has not done sufficient work to classify this historical estimate as a current mineral resource, and the Company is not treating it as a current mineral resource. Readers should refer to the technical report filed on SEDAR+ for complete details, assumptions, and risk factors.
Access the corporate presentation, NI 43-101 reports, SEDAR+ and EDGAR filings, and development milestones for Zentek (TSXV: ZEN / NASDAQ: ZTEK).
Investor Documents →Explore FBR purification specifications, end-market applications, and how Albany's technology compares to conventional acid-leach processing.
Contact Our Team →Learn how Albany aligns with critical minerals strategies across Canada, the U.S., and the EU — and our commitment to Indigenous partnership.
Policy Alignment →Graphite is designated a critical mineral by Canada, the United States, the European Union, Japan, and Australia. The FBR's zero-toxic-waste process eliminates the permitting and environmental risks that have stalled other North American graphite projects — a significant advantage in an era of increasing regulatory scrutiny.
Graphite is Tier 1. Albany is a CMIF grant recipient — federal investment in domestic critical mineral processing.
IRA 30D/45X credits require FTA-sourced critical minerals. Canadian graphite qualifies. Zero-waste FBR process eliminates EPA permitting risk.
$2B appropriation + $5B Industrial Base Fund for strategic materials. Nuclear-grade graphite is a DOD priority with zero domestic supply.
China controls ~65% of natural graphite production and ~90% of anode processing. There is no facility in the Western hemisphere producing nuclear-grade purified graphite.
Albany Graphite Corp. operates within a framework of respect, collaboration, and shared benefit with Constance Lake First Nation.
The FBR's halogen-free process isn't just a technical advantage — it's an ESG advantage. Zero toxic waste, zero HF emissions, and significantly lower energy input than synthetic graphite production. Combined with meaningful Indigenous partnership and a stable regulatory jurisdiction, Albany offers a responsible pathway to critical mineral supply.
Company actively engaged with all levels of government to advance Albany Graphite, aligned with Canada's new Defence Industrial Strategy for NATO defence-critical mineral sourcing.
Read release →Carbon-coated, spheroidized Albany graphite delivers ~367 mAh/g reversible capacity — just 1.3% below the theoretical maximum for graphite anode material.
Read release →99.9992% purity and 2.60 ppm equivalent boron concentration confirmed through independent laboratory testing — opening pathways into high-return commercial markets.
Read release →Latest investor deck
PDFMineral resource estimate
PDFZentek Ltd. Canadian filings
LinkNASDAQ regulatory filings
Link20+ years in capital markets, technology, and public company leadership.
35+ years exploration and project management. P.Eng., P.Geo. NI 43-101 QP.
Full board details in annual filings and management information circular.
Full board details in annual filings and management information circular.
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