QIMC Unveils Groundbreaking Gravimetric Discoveries for Ville Marie Hydrogen Project
Key Ideas
  • Gravimetric survey in Quebec reveals vital Archean geological formations as key hydrogen sources, positioning QIMC at the forefront of clean energy extraction.
  • Bouguer Anomaly Map offers detailed gravity insights, crucial for understanding hydrogen potential in the region and identifying geological characteristics.
  • Key discoveries include high-value hydrogen zones, fault zones, volcanic rocks, and impermeable barriers that may contribute to hydrogen formation and retention.
  • Newly identified highly permeable zone at the junction of Archean fault zone and brittle structure holds potential for hosting high hydrogen concentrations, driving the project forward.
Quebec Innovative Materials Corp. (QIMC) has released significant findings from a gravimetric survey conducted as part of the Ville Marie Clean Natural Renewable Hydrogen Project in Lachute, Quebec. The survey revealed the presence of Archean geological formations like peridotites and basalts, key sources for hydrogen generation. The Bouguer Anomaly Map showcased gravity variations across the region, aiding in understanding the hydrogen potential. Additionally, the survey identified multiple domains enriched with rocks relevant to hydrogen storage and migration. Of particular interest was Domain D, a newly discovered fault zone critical for hydrogen concentration. High gravity values at the junction of the Soil-Gas survey and the fault zone suggest a highly permeable zone with potential high hydrogen concentrations. The CEO of QIMC emphasized the importance of these findings in advancing clean energy solutions and the Ville Marie project, indicating a promising future for sustainable hydrogen development in Quebec.
ADVANCEH2

Our vision is to be the world's leading online platform for advancing the use of hydrogen as a critical piece needed to deliver net-zero initiatives and the promise of a clean H2 energy future.

© 2024 AdvanceH2, LLC. All rights reserved.