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QIMC Announces Strategic Partnership with Q Precious & Battery Metals Corp for the Matane Hydrogen Project

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St-Bruno-de-Guigues, Quebec--(Newsfile Corp. - January 30, 2025) - Quebec Innovative Materials Corp. (CSE: QIMC) (OTCQB: QIMCF) (FSE: 7FJ) ("QIMC" or the "Company") is excited to announce a strategic partnership with Q Precious & Battery Metals Corp. (CSE:QMET), marking a significant step forward in advancing the renewable natural hydrogen sector in Quebec. QIMC congratulates QMET on securing the acquisition of a key hydrogen property in Matane, Quebec.

This collaboration solidifies QIMC's role as a key player in the growing renewable hydrogen industry and complements our ongoing focus on the development of the Quebec St. Bruno de Guigues Natural Hydrogen Project. Through this partnership, QIMC will receive 4,000,000 shares of QMET, along with a 0.8% royalty on revenues, further enhancing our position as the consolidator and value creator in the natural clean hydrogen space. QMET has also granted QIMC a 0.8% royalty on revenues from the sale of any hydrogen or other minerals on the property (the "Royalty"). 50% of the Royalty may be purchased for $800,000.

"We are thrilled to join forces with QMET on the Matane Hydrogen Project. This region holds tremendous potential, and by combining our expertise, we can accelerate the advancement of Quebec's clean natural hydrogen as a key energy source. This partnership further strengthens our commitment to positioning Quebec as a global leader in natural hydrogen development while enhancing energy independence," added John Karagiannidis, CEO of QIMC.

Matane Hydrogen Project
The Matane Hydrogen Project encompasses a highly prospective exploration area positioned within a transition zone between Cambro-Ordovician and Siluro-Devonian rock formations. The property spans approximately 80 claims covering 26 kilometers along the Schickshock-South fault zone, a well-defined structure with strong geological indicators for natural hydrogen formation.

The Matane region's unique geological setting, characterized by basaltic and peridotitic source rocks, tectonized zones, and deep fault systems, presents an exceptional environment for hydrogen generation through oxidative hydrolysis and radiolytic reactions. The presence of porous and permeable sedimentary formations further enhances the potential for hydrogen accumulation.

Figure 1 -Simplified geological map of the Schickshok-Sud fault zone to the south of the Matane region. Source: Modified map from the SIGEOM site (MRNF).

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