Northwire Canada EditionFriday, July 24, 2026
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AVX 0.005 −nan% AII 19.91 −1.0% GWM 0.480 +0.0% GEN 0.065 +0.0% NIO 0.135 −3.6% III 7.22 −2.8% NCAU 0.295 −3.3% NEV 0.040 +0.0% ITR 3.00 −1.6% ALDE 2.79 −0.7% TECK 84.18 +4.4% FVI 11.83 −2.2% SUM 1.31 −1.5% RSMX 0.115 +4.5% STW 0.105 +5.0% PAT 0.250 +0.0% AVX 0.005 −nan% AII 19.91 −1.0% GWM 0.480 +0.0% GEN 0.065 +0.0% NIO 0.135 −3.6% III 7.22 −2.8% NCAU 0.295 −3.3% NEV 0.040 +0.0% ITR 3.00 −1.6% ALDE 2.79 −0.7% TECK 84.18 +4.4% FVI 11.83 −2.2% SUM 1.31 −1.5% RSMX 0.115 +4.5% STW 0.105 +5.0% PAT 0.250 +0.0%
Drill Results

QIMC and DMED Confirm Major Expansion of Hydrogen Zone by over 11 Kilometers in Ontario's Temiscamingue Graben

QIMC · Price

Executive Summary

  • Québec Innovative Materials Corp. (QIMC) announced soil‑gas survey results confirming a northward extension of the natural hydrogen system in the Ontario portion of the Témiscamingue Graben by >11 km.
  • 454 samples were taken; 251 exceeded 500 ppm H₂, 116 exceeded 1,000 ppm, 19 exceeded 2,000 ppm, with a peak of 2,817 ppm, indicating a robust fault‑controlled hydrogen corridor.
  • The company also disclosed a new marketing/ investor‑relations agreement with National Inflation Association (NIA) for $50,000 of services over six months.

Key Details

  • Survey Scope: Lines 5‑8 across the Ontario segment; 45.3 km of line work covering ~260 km²; 454 soil‑gas stations sampled.
  • Hydrogen Concentrations:
  • ≥500 ppm in 251 samples (≈55%).
  • ≥1,000 ppm in 116 samples.
  • ≥2,000 ppm in 19 samples.
  • Highest measured value: 2,817 ppm H₂.
  • Spatial Trend: Concentrations increase toward the north; Lines 6‑8 show higher values than southern Lines 1‑4.
  • Comparative Analysis: Median H₂ in Témiscamingue Graben ≈375 ppm vs. 50‑125 ppm in Abitibi reference sites; markedly higher anomalous values (>1,000 ppm) not seen elsewhere.
  • Geochemical Context: Low methane (<3% of samples) and modest CO₂ (avg 0.6%) suggest hydrogen is not from organic fermentation but likely generated by iron‑rich lithologies and tectonic structures.
  • Scientific Interpretation: Fault‑controlled degassing system; presence of iron formations, peridotites, basalts, Nippissing dykes, ample water supply, and reactivated Proterozoic structures facilitate hydrogen generation/migration.
  • Collaboration: Survey conducted with Institut National de la Recherche Scientifique (INRS), supervised by Prof. Marc Richer‑Laflèche; funded in part by FRQNT as PhD research.
  • Future Development Plans: Ongoing discussions with the Témiscamingue First Nation to create an AI data‑infrastructure project powered by off‑grid natural hydrogen, positioning the corridor as a clean‑energy and digital hub.
  • Investor Relations Agreement (NIA):
  • Contract date: Oct 24 2025; term six months starting ~Oct 27 2025.
  • Services: Social media management, content creation, distribution, digital marketing, etc.
  • Compensation: US$50,000 cash payment; no securities issued.

Notable Quotes

  • “These results mark another major milestone for QIMC in the Ontario‑Quebec hydrogen corridor… confirming a continuous, fault‑controlled hydrogen system on a regional scale.” – John Karagiannidis, President & CEO
  • “The distribution of data, with a large number (47) hydrogen concentrations exceeding 1,500 ppm, is a clear indication of the hydrogen‑rich nature of the soils in the Témiscamingue valley.” – Prof. Marc Richer‑Laflèche

Materiality Assessment: Material – Positive – The extensive high‑hydrogen findings materially enhance QIMC’s resource potential and support future development plans, representing a significant positive update for investors.

Read the original news release →

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