QIMC Expands Temiscamingue Natural Hydrogen Corridor, Strengthening Its Geology-to-AI Off-Grid Energy Strategy

Executive Summary

• Québec Innovative Materials Corp. announced high‑grade soil‑gas hydrogen anomalies from four new westward sampling lines, expanding the Temiscamingue natural hydrogen corridor footprint from 11 km to 15 km.
• The survey recorded a peak hydrogen concentration of 2,843 ppm (Line L24W) and identified two new hotspot zones, with 247 samples on Lines L20W/L21W showing values up to 1,849 ppm (12 samples > 1,000 ppm, 45 samples > 500 ppm).
• The results support QIMC’s fault‑controlled natural hydrogen model and underpin its strategy to develop district‑scale, off‑grid low‑emission hydrogen systems for future energy applications.

Key Details

• Survey Scope: 647 soil‑gas samples collected across four new westward lines (L20W, L21W, L22W, L24W).
• Peak Anomaly: 2,843 ppm H₂ on Line L24W.
• Hotspot Zones: Two newly defined zones on Lines L20W and L21W.
• Sample Distribution (Lines L20W & L21W):
• 247 samples with H₂ up to 1,849 ppm.
• 12 samples > 1,000 ppm.
• 45 samples > 500 ppm.
• System Expansion: Corridor footprint increased from 11 km to 15 km, confirming lateral continuity of the hydrogen system over multiple kilometres.
• Gas Purity: Analyses confirm high‑purity abiotic natural hydrogen with no detectable contaminants.
• Integration Efforts: Data being merged with structural, geochemical, and hydrogeological datasets for winter exploration planning and drill‑target definition.
• Strategic Context: Results align with emerging off‑take frameworks tied to energy‑intensive computing infrastructure, highlighting demand for scalable, naturally sourced hydrogen.
• Indigenous Partnership: Formalized MOU with Témiscamingue First Nation (TFN) establishing cooperative exploration framework and local economic benefits.
• Next Steps – Winter 2026 Program:
• Continue data collection from eight existing monitoring wells (St‑Bruno‑de‑Guigues).
• Conduct high‑resolution geophysical surveys and additional radon‑thoron measurements.
• Perform preliminary drill‑site selection for a planned 2026 drilling program.
• Fully integrate Ontario datasets into the Ontario‑Québec Hydrogen Corridor Model.

Notable Quotes

• “The scale, consistency, and predictability we’re seeing support our long‑term vision of natural hydrogen as a foundational energy source—one that can ultimately enable new forms of off‑grid infrastructure, including data‑driven and AI‑enabled systems.” – John Karagiannidis, CEO

All boilerplate, forward‑looking statements, and company background have been omitted for brevity.