QMET Targets Hydrogen-Rich Zones in Nova Scotia Using QIMC’s Proven Exploration Model

Q Precious & Battery Metals Corp. (CSE: QMET) has announced promising initial findings at its Colchester Natural Hydrogen Project in Nova Scotia. Located near QIMC’s established hydrogen district, the project spans 89.44 km² and includes seven licenses covering 559 claims.

Recent geological reconnaissance confirms key features for natural hydrogen and helium accumulation: uranium-thorium enriched intrusions, radiogenic basement rocks, extensive mafic and ultrapotassic dikes, and a dense fracture system linked to the Cobequid Fault Zone. These formations are prime for hydrogen generation via serpentinization, oxidation, and radiolysis.

Upcoming exploration will include soil gas sampling, geophysical surveys, and geochemical analysis to build on these early results. QMET's CEO Richard Penn credits QIMC’s exploration methodology for the swift identification of priority zones. QIMC’s John Karagiannidis highlights this as validation of their exploration model’s accuracy and the value of their strategic partnership.

This collaboration strengthens both companies’ leadership in Canada’s emerging natural hydrogen sector and signals potential for fast-tracked resource development in Nova Scotia.

Full press release is attached below:

FOR IMMEDIATE RELEASE

QMET ANNOUNCES INITIAL RESULTS AND TARGETED EXPLORATION PLAN FOR THE COLCHESTER NATURAL HYDROGEN PROJECT IN NOVA SCOTIA

Montreal, Quebec – May 21, 2025 – Q Precious & Battery Metals Corp. (CSE: QMET, OTC: BTKRF, FSE: 0NB) ("QMET") is pleased to announce compelling initial geological reconnaissance results and a strategic exploration program for the Colchester Natural Hydrogen Project, located in north-central Nova Scotia.

The Colchester Project includes seven licenses totaling 559 claims across 89.44 square kilometers, strategically adjacent to QIMC’s established natural hydrogen district. This area is highly prospective, featuring ideal geological conditions for significant natural hydrogen (H₂) and helium (He) accumulation.

Leveraging QIMC’s proven exploration model—successfully deployed at the St-Bruno-de-Guigues discovery—QIMC’s team has identified several high-priority exploration targets from the reconnaissance that has been ongoing since May 17, 2025. Highlights from the initial findings include:

• Confirmation of radiogenic basement rocks, uranium-thorium enriched intrusions, and a comprehensive fracture network associated with the Cobequid Fault Zone (CFZ), indicating substantial natural hydrogen and helium potential.
• Identification of U/Th-rich granitoids that continuously generate radiogenic helium and radiolytic hydrogen.
• Extensive mafic and ultrapotassic dikes with minerals such as olivine, pyroxene, and biotite, known for hydrogen production via serpentinization and oxidation reactions.
• The CFZ's deep fracture network serving effectively as conduits and reservoirs for these natural gases.
• Regional sedimentary sequences (salt and shale from the Windsor and Mabou groups) acting as reliable seals and traps for gas preservation.

Based on these compelling results, initial high-potential zones have been targeted for upcoming soil gas sampling, geophysical surveys, and geochemical analyses scheduled for late spring and summer.

Richard Penn, CEO of Q Precious & Battery Metals, commented:
 "These initial results from Colchester underscore the exceptional efficiency of QIMC’s exploration approach. The rapid identification of priority targets positions us strongly for the next exploration phase."

John Karagiannidis, CEO and Chairman of QIMC, stated:
 "The early success at Colchester reinforces the accuracy and reliability of our hydrogen exploration model. Our strategic partnership with QMET enhances resource optimization and expedites key operational milestones, creating substantial value for our shareholders."

This joint collaboration at Colchester further solidifies both companies' strategic positions in the fast-growing clean, renewable natural hydrogen sector.

Exploration work conducted on the Colchester Project is overseen by Edward Procyshyn, PhD, a qualified person in accordance with National Instrument 43-101, who has reviewed and approved the technical information contained in this news release.

For further information, please contact:
Q Precious & Battery Metals Corp.
Richard Penn, CEO
Email: richard@qmetalscorp.com