- Primary Hydrogen (OTCQB:HNATF) begins Phase 2 hydrogen field sampling in Atlantic Canada, covering 8,550 hectares.
- The program employs advanced methodologies to detect natural hydrogen accumulations.
- The company renews a $400,000 strategic marketing agreement with Euro Digital Media.
Primary Hydrogen Corp. (OTCQB:HNATF) has initiated Phase 2 of its hydrogen field sampling program at the Mary's Harbour and Point Rosie projects in Labrador and Newfoundland, collectively referred to as the "Atlantic Canada H2 Projects." Covering approximately 8,550 hectares, the program is being conducted by Eastern Geo Services under the supervision of Peter Lauder, Vice President of Exploration. The field activities are expected to conclude over the next four weeks.
This exploration phase utilizes a combination of portable gas detectors for immediate in-field measurements and conventional geological techniques such as soil sampling, prospecting, and geological mapping. The methodology, developed in collaboration with INRS, aims to reduce artificially generated hydrogen and locate potential natural hydrogen accumulations. The approach is designed to refine exploration targets and guide future phases of exploration toward delineating potential natural hydrogen resources.
In addition to these exploration efforts, Primary Hydrogen has extended its strategic marketing agreement with Euro Digital Media for a fee of USD $400,000. The agreement includes creating campaigns, managing remarketing efforts, and optimizing keyword options, among other services. The renewal is subject to approval by the TSX Venture Exchange and is set to commence on or about July 8, 2025, continuing until the marketing budget is exhausted.
Primary Hydrogen is committed to advancing its exploration and development of natural hydrogen resources, with a diverse portfolio across the U.S. and Canada. The data collected from this field sampling program will inform and enhance future exploration and evaluation activities, increasing confidence in identifying and assessing natural hydrogen targets.
