Northwire Canada EditionTuesday, November 3, 2026
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Gold 3,969.60 +1.8% Silver 50.89 +3.3% Copper 6.54 +0.9% Oil 96.46 −7.4% Palladium 962.50 −2.5% QRO 0.030 +0.0% PGC 0.030 +0.0% SASK 0.840 −2.3% GIGA 0.050 +0.0% WDO 26.12 +2.2% ERO 40.76 +0.2% BIRD 0.160 −13.5% ODV 3.20 −1.8% FVI 12.72 +3.1% SRI 0.015 + BTR 0.125 +4.2% NVO 0.065 +8.3% BTT 0.110 +4.8% MUX 19.55 +0.8% SCD 0.150 +0.0% PPX 0.220 +0.0% Gold 3,969.60 +1.8% Silver 50.89 +3.3% Copper 6.54 +0.9% Oil 96.46 −7.4% Palladium 962.50 −2.5% QRO 0.030 +0.0% PGC 0.030 +0.0% SASK 0.840 −2.3% GIGA 0.050 +0.0% WDO 26.12 +2.2% ERO 40.76 +0.2% BIRD 0.160 −13.5% ODV 3.20 −1.8% FVI 12.72 +3.1% SRI 0.015 + BTR 0.125 +4.2% NVO 0.065 +8.3% BTT 0.110 +4.8% MUX 19.55 +0.8% SCD 0.150 +0.0% PPX 0.220 +0.0%
M&A / Property Routine +

Anortech Enters Carbon Capture Research Collaboration with the National Research Council of Canada

AnorTech’s carbon capture partnership marks incremental R&D progress while near-term liquidity depends on closing the Greenland mines deal.

Executive Summary
  • AnorTech Inc. announced a one-year collaborative research project with the National Research Council of Canada (NRC) focused on developing next-generation alumina-based catalysts for CO₂ capture.
  • The company will jointly fund the initiative and supply all required alumina samples, which are derived from its 100%-owned Gronne Bjerg anorthosite project in Greenland and processed at SGS Canada’s Lakefield laboratory.
  • Technical objectives include optimizing amine-functionalized alumina adsorbents for superior CO₂ capture, maximizing adsorption capacity and cyclic stability, and testing under real-world flue gas conditions.
  • This initiative builds directly on 2025 testing where AnorTech supplied sustainable alumina grades for catalysts designed to convert CO₂ to methane via hydrogenation.
  • The company also reiterated its broader commercialization roadmap, which includes zero-waste Smelter Grade Alumina (SGA), High Purity Alumina (HPA), CO₂-free refractory cement, and lunar construction materials.
Material Impact
  • The NRC collaboration is a Routine - Positive development. It represents an expected, incremental step in the company's long-term R&D pipeline rather than a market-moving commercial breakthrough or financing event.
  • The project is jointly funded, meaning it does not immediately dilute existing shareholders or inject fresh cash into the balance sheet.
  • While the technical focus on carbon capture catalysts aligns with broader ESG and decarbonization trends, the project remains in early-stage research. No offtake agreements, pilot-scale commercialization milestones, or revenue-generating contracts are attached to this announcement.
  • The news does not alter the company's near-term liquidity profile, which continues to rely heavily on the pending Sarfartoq rare earth project transaction proceeds.
ANOR · Price
Company Overview
  • AnorTech Inc. is a critical minerals and materials development company focused on the Gronne Bjerg anorthosite project in Greenland.
  • The project hosts a high-purity anorthosite footprint measuring approximately 4.2 km × 2.3 km, with continuous outcrops from sea level to 1,200 m elevation.
  • Assay results from 30 outcrop samples show an average Al₂O₃ content of 31.9 wt% with low impurities (Fe₂O₃ 0.94%, Na₂O 1.8%, CaO 16.7%, SiO₂ 47.2%).
  • Strategic applications include feedstock for E-glass, sustainable aluminum production, zero-waste smelter-grade alumina, CO₂-free refractory cement, and lunar construction materials.
  • The company holds a U.S. provisional patent (NR2025-01) for its proprietary sustainable SGA/HPA process and has completed second-year environmental baseline studies.
Read the original news release →

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