Q Precious & Battery Metals Corp.

Q Precious & Battery Metals Corp. and Quebec Innovative Materials Corp. are pleased to announce the successful completion of an initial geological reconnaissance program, marking a major advancement in their development initiative for natural hydrogen in Nova Scotia. This initial phase, led by QIMC, has successfully identified critical geological fault zones and key structural features vital for targeted natural hydrogen [...]

Q Precious & Battery Metals Corp. are 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 Quebec Innovative Materials Corp's established natural hydrogen [...]

Q Precious & Battery Metals Corp. is pleased to announce that it has closed its previously announced amended and restated acquisition agreement with the beneficial owners of the with the beneficial owners of the Colchester project . The Colchester project comprises 8 licenses totaling 559 claims, strategically positioned adjacent to Quebec Innovative Materials Corp. 's Nova Scotia hydrogen district. Figure 1 QMET Mineral [...]

Q Precious & Battery Metals Corp. is pleased to announce that it has entered into an acquisition agreement with the beneficial owners of the Colchester project. The Colchester project comprises 7 licenses totaling 559 claims, covering an area of 89.44 square kilometers, strategically positioned adjacent to Quebec Innovative Materials Corp. 's Nova Scotia hydrogen district. Figure 1 - QMET Mineral Licences Map To view an [...]

Q Precious & Battery Metals Corp. is pleased to announce that mobilization of a diamond drill is now underway on the La Corne South project located north of Val d'Or, Quebec. The company recently completed new access routes and drill pads for coring and sampling of two priority geophysical targets as determined by the company's exploration team. First Class Diamond Drilling Inc. has been contracted to undertake diamond [...]

Q Precious & Battery Metals Corp. is pleased to announce that construction of access and drill pads has begun on the La Corne South project located north of Val d'Or, Quebec. The Company will construct 1.5 kilometres of excavated access and four drill pads in preparation for diamond drilling. The drill pads will allow for drill testing of two priority geophysical targets as determined by the Company's exploration team [...]

Q Precious & Battery Metals Corp. announces they have closed the first tranche of their private placement and have closed its amended and restated acquisition agreement to acquire Matane Hydrogen Project. Private Placement The Company closed the first tranche of its previously announced private placement offering for gross proceeds of $536,555.03 issuing a combination of flow-through shares at a price of $0.09 per FT [...]

Q Precious & Battery Metals is very pleased to present the results of core samples taken from drill holes 24LCS-02 and 24LCS-03 from their La Corne South project. Three drill holes were completed in the fall of 2024, with the results from holes 24LCS-01 and 24LCS-03 returning robust VMS-style mineralization with elevated copper, zinc, silver, and gold. The below table summarizes the drill hole collar information; HOLE id [...]

Q Precious & Battery Metals Corp. is pleased to provide an update on targeting for diamond drilling at their La Corne South project located north of Val d'Or, Quebec. As previously summarized , drill holes that have been completed to date were designed to test coincident TDEM conductors with magnetic highs. As reported in previous news releases, results from hole 24LCS-01 indicate robust VMS-style mineralization [...]

Q Precious & Battery Metals Corp. is pleased announce recommencement of diamond drilling over the 2024-2025 winter at their La Corne South project located north of Val d'Or, Quebec. The winter drilling will continue testing geophysical anomalies similar to those tested by the three drill holes completed to date. Three drill holes that have been completed to date were designed to test coincident TDEM conductors with [...]