Announcement • Apr 27
Quebec Innovative Materials Corp. announced that it has received CAD 15.0003 million in funding On April 27, 2026, Quebec Innovative Materials Corp closed the transaction. The company announced that it has issued 16,667,000 units of the Company (each, a "Unit") at a price of 0.90 per unit for the gross proceeds of CAD 15,000,300. In consideration for their services, the Company paid the Underwriter a cash commission of CAD 1,201,224.15, and issued to the Underwriter an aggregate of 1,334,694 non-transferable broker warrants. Each Broker Warrant entitles the holder to purchase one Unit at an exercise price of CAD 0.90 per Unit at any time until April 27, 2029. Announcement • Apr 14
Quebec Innovative Materials Corp. announced that it expects to receive CAD 15.0003 million in funding from Research Capital Corporation Quebec Innovative Materials Corp. has entered into an agreement with Research Capital Corporation to issue 16,667,000 units at the price of CAD 0.90 per unit for the gross proceeds of CAD 15,000,300 on April 13, 2026. Each Unit will consist of one common share and one common share purchase warrant. Each warrant shall entitle the holder to purchase one common share of the company at an exercise price of CAD 1.30 at any time on or before that date which is 36 months from the issuance. The Underwriter has also been granted an option exercisable in full or in part up to 48 hours prior to the closing date, to sell up to an additional 2,500,050 Units at the issue price for additional gross proceeds of up to CAD 2,250,045. The offering will be completed pursuant to the terms of an underwriting agreement to be entered into among the company and the underwriter. The securities issued under the Offering are expected to be immediately freely tradeable under applicable Canadian Securities legislation if sold to purchasers resident in Canada. The company will paid cash commission of 7% of gross proceeds CAD 1,050,021 and received net proceeds of CAD 1,39,50,279. Each broker warrant entitles the holder to purchase one unit at an exercise price equal to CAD 0.90 for a period of 36 months following the closing date. The Offering is scheduled to close on or about the week of April 27, 2026 other date as the Company and the Underwriter may agree. Completion of the Offering is subject to certain closing conditions, including the receipt of all necessary approvals, including the approval of the Canadian Securities Exchange. Announcement • Feb 13
Quebec Innovative Materials Corp., Annual General Meeting, Mar 30, 2026 Quebec Innovative Materials Corp., Annual General Meeting, Mar 30, 2026. Announcement • Feb 07
Québec Innovative Materials Corp. Receives Notice of Approval from Nova Scotia Regulators Q Precious & Battery Metals Corp. announced that Québec Innovative Materials Corp. ("QIMC") has received a Notice of Approval from Nova Scotia regulators authorizing drilling activities in the West Advocate area of Cumberland County, Nova Scotia. QMET congratulates QIMC and its technical and operational teams on achieving this important regulatory milestone. The approval represents a significant step forward in advancing natural hydrogen exploration activities in Nova Scotia and reflects continued regulatory engagement and technical progress within the Cumberland Basin. QMET notes that it maintains a working relationship with QIMC, under which QIMC is leading and advancing QMET's exploration program in Nova Scotia, including within the broader Cumberland geological setting. As such, regulatory progress achieved by QIMC is viewed by QMET as constructive and informative for the continued advancement of its own exploration initiatives. QMET continues to advance its Cumberland Basin Project through a disciplined and methodical approach focused on geological interpretation, data integration, and stakeholder engagement. The Company believes that the advancement of exploration activities across the basin--by experienced operators--supports a broader understanding of regional geological potential and contributes to the de-risking of future exploration programs. QMET remains committed to advancing its exploration strategy in Nova Scotia in a responsible and technically rigorous manner, working collaboratively with regulators, local communities, and stakeholders. The Company recognizes the increasing importance of energy security and the growing constraints on traditional power grids, particularly as demand accelerates for power-intensive infrastructure such as AI data centers and high-performance computing facilities. As interest continues to grow in reliable, off-grid and low-carbon energy solutions capable of operating independently of existing grid limitations, QMET believes that disciplined exploration within the Cumberland Basin is timely and strategically aligned with evolving energy and infrastructure needs, while remaining subject to regulatory approvals, technical validation, and further evaluation. Announcement • Jan 23
Quebec Innovative Materials Corp. Secures Positive Environmental Baseline Results At Bennett Hill, Advancing Another Priority Drill-Ready Zone in the Advocate Area, Nova Scotia Quebec Innovative Materials Corp. announced positive preliminary results from a baseline environmental assessment completed at its Bennett Hill Study Area, located within the Company's Advocate Area in Nova Scotia, clearing a key milestone and enabling advancement of another priority drill zone. Bennett Hill represents one of several drill-ready zones being advanced under QIMC's regionally scalable natural hydrogen development strategy. The environmental assessment was completed by Strum Consulting, a well-established Canadian environmental and engineering consultancy specializing in environmental assessments, permitting, and regulatory support for natural resource projects. Preliminary findings include: No Species at Risk (SAR) lichen identified. No black ash (Fraxinus nigra) identified. No pileated woodpecker cavities identified. No material environmental constraints were identified. These results indicate no material environmental or species-related constraints that would impede further exploration or drilling activities at Bennett Hill. Strategic Importance of Bennett Hill and the Advocate Area. Bennett Hill is located within QIMC's broader Advocate Area, a core focus area under the Company's proprietary natural hydrogen (H2) development model. The Advocate Area is considered highly prospective due to the convergence of several critical exploration vectors, including: Elevated surface H2 measurements, consistent with active or recent hydrogen generation and migration. Anomalous radon-thoron readings, interpreted as indicators of deep-seated gas pathways and enhanced subsurface permeability. A well-developed network of faults and structural corridors, which are considered essential conduits for hydrogen migration from depth to surface. Geological conditions favourable for clean natural hydrogen generation, accumulation, and preservation. The correlation of H2 anomalies, radon-thoron responses, and structural complexity is central to QIMC's development model. Bennett Hill, along with other targets in the Advocate Area, demonstrates these characteristics and supports the Company's strategy of advancing multiple drill-ready areas within multiple, scalable geological districts. Together, these attributes support QIMC's strategy of building a portfolio of drill-ready hydrogen zones capable of supporting future scale-up and strategic development partnerships. Announcement • Jan 02
Quebec Innovative Materials Corp. Advances Its Nova Scotia Natural Hydrogen District with Completion of A Baseline Environmental Assessment At Eatonville Quebec Innovative Materials Corp. reported the completion of a baseline (pre-disturbance) environmental assessment at its Eatonville project area, one of the Company's most advanced focus zones within its Nova Scotia natural hydrogen district. This milestone represents a structured step forward in the disciplined and responsible execution of QIMC's subsurface development. The assessment establishes essential environmental baseline conditions required to support planning for subsequent phases of subsurface development. It forms part of QIMC's staged, data-driven approach designed to reduce risk, support technical decision-making, and align early with regulatory requirements. The work was completed by Strum Consulting, a well-established environmental and engineering firm in Atlantic Canada with extensive experience supporting natural resource and energy infrastructure projects. The Eatonville area, together with the adjacent West Advocate zone, currently represents one of QIMC's highest-priority focus areas in Nova Scotia. Exploration activities completed to date have identified surface and near-surface hydrogen anomalies, as well as interpreted geological structures that play a role in hydrogen migration. These results are being integrated with geophysical and geological datasets to target and rank zones with the highest potential. In parallel, the "Institut national de la recherche scientifique" (INRS) is analyzing recently acquired geophysical data, including gravimetric readings, to refine subsurface structural interpretations and support the prioritization of drill targets associated with fault-controlled hydrogen migration pathways. QIMC continues to advance its natural hydrogen strategy across multiple jurisdictions, including Nova Scotia, Ontario, Quebec, and Minnesota. The Company's exploration approach emphasizes structured, data-driven progression, responsible project advancement, and high standards of governance, regulatory compliance, and environmental stewardship. Announcement • May 05
Quebec Innovative Materials Corp., Annual General Meeting, Jun 30, 2025 Quebec Innovative Materials Corp., Annual General Meeting, Jun 30, 2025. Announcement • Apr 12
Quebec Innovative Materials Corp. Announces Significant Progress in its Proprietary Clean Natural Hydrogen Program Quebec Innovative Materials Corp. announced significant progress in its proprietary Clean Natural Hydrogen program, highlighted by new elevated measurements of free hydrogen gas concentrations of up to 21,882 PPM (2.19%) and 21,055 PPM (2.11%) at a shallow depth (75 m) on Line 1, Well #8. These results represent an impressive 90% increase on the highest concentration previously recorded also under sub-zero Celsius temperature conditions. These latest results are a strong validation of QIMC's proprietary clean natural hydrogen model. The Company are observing higher hydrogen concentrations with the increase in ambient temperatures and fluctuations in atmospheric pressure. The Company is currently monitoring eight wells and anticipates further substantial results as weather conditions evolve towards warmer temperatures and higher atmospheric pressures. Building on these validations, QIMC announced its strategic expansion into Ontario following the success of its St-Bruno-de-Guigues hydrogen model, having recently secured claims in the Beauchamp, Henwood, and Kerns areas, northwest of St-Bruno- de-Guigues. During the spring and summer, the Company will conduct soil sampling and geophysical surveys focused on hydrogen along the main fault structures of the Temiscamingue graben, notably along the Riviere Blanche fault. Methodology Used. The more than significant concentrations observed seem to indicate the presence of hydrogen leaking from fractures in the Cobalt Group sandstones. Wells drilled deeper into the fractured rock (beneath the Quaternary sediments), should make it possible to assess the extent and chemical characteristics of the gas upwellings responsible for the formation of the hydrogen anomalies observed in the soils and in the tops of the monitoring wells, drilled in December 2024 and January 2025, at St-Bruno-De-Guigues. Announcement • Jan 22
Quebec Innovative Materials Corp. Announces Major Natural Hydrogen Results Quebec Innovative Materials Corp. announced a major breakthrough at its St-Bruno-de-Guigues Hydrogen project. The company latest tests, in shallow monitoring wells, have exceeded expectations, with one hydrogen concentration measurement reaching a high of 7119 parts per million (ppm) and plateauing at 2886 ppm and five other measurements above 550 ppm including one of over 2400 ppm, one of over 1000 ppm and one of over 900 ppm. These outstanding results, recorded at shallow depths of up to 50 meters, are located in new fault zones inferred from electrical tomography imagery performed by INRS during fall 2024. The observation of high concentrations of hydrogen in the fissured rocks and/or under the soil horizons confirms previous observations that hydrogen originates from deep geological sources and not from biogenic fermentation processes involving soil organic matter. Furthermore, the near absence of carbon dioxide (CO2) and methane (CH4) (concentrations in trace amounts) in the samples highlights the purity of this deep-seated hydrogen, reinforcing the environmental benefits of this resource. Recently, QIMC conducted a campaign to install shallow monitoring wells in anomalous areas previously identified during the 2024 hydrogen soil gas surveys or the fall 2024 electrical tomographic surveys. A unit present at the top of the pit (E domain) and below the silty-clay unit (A domain), shows anomalously resistive values that could be interpreted as a zone of gas accumulation in porous and permeable Quaternary materials. Similarly, the anomalous F domain, located between 1025 and 1150 m, could also contain a local accumulation of gas paving the way for advanced soil gas analyses and the strategic installation of additional wells to fully harness the site's potential. Furthermore, in Spring 2025, QIMC will commence a 15-hole geotechnical drilling program designed to provide critical subsurface data. This initiative will enhance understanding of the site conditions and ensure the integrity of future infrastructure development. New Risk • Nov 16
New major risk - Market cap size The company's market capitalization is less than US$10m. Market cap: €7.68m (US$8.08m) This is considered a major risk. Companies with a small market capitalization are most likely businesses that have not yet released a product to market or are simply a very small company without a wide reach. Either way, risk is elevated with these companies because there is a chance the product may not come to fruition or the company's addressable market or demand may not be as large as expected. In addition, if the company's size is the main factor, it is less likely to have many investors and analysts following it and scrutinizing its performance and outlook. Currently, the following risks have been identified for the company: Major Risks No financial data reported. Share price has been highly volatile over the past 3 months (46% average weekly change). Market cap is less than US$10m (€7.68m market cap, or US$8.08m). Announcement • May 24
Quebec Innovative Materials Corp. announced that it has received CAD 0.525 million in funding On May 23, 2024, Quebec Innovative Materials Corp closed the transaction. In connection with the Offering, the company has paid finder’s fees in the amount of CAD 32,287.50 and has issued 1,076,250 finder warrants. Each Finder Warrant entitles the holder to acquire one additional Common Share for a period of 24 months from closing at an exercise price of CAD 0.05. The transaction included participation from new investors John Karagiannidis for 1,625,001 Units representing gross proceeds to the company of CAD 48,750.03, through his holding company. Announcement • Apr 30
Quebec Innovative Materials Corp. announced that it expects to receive CAD 0.525 million in funding Quebec Innovative Materials Corp. announced a non-brokered private placement of 17,500,000 units at a price of CAD 0.03 per unit for the gross proceeds of CAD 525,000 on April 29, 2024. Each unit will consist of one common share in the capital of the company and one common share purchase warrant. Each warrant will entitle the holder thereof to purchase one common share of the company for a period of 24 months following the closing date of the offering at an exercise price of CAD 0.05 per warrant share. In connection with the offering, the company may pay finder's fees and issue finder shares and finder warrant consisting of cash finder's fees of up to 7% of the gross proceeds of the offering, finder shares in an amount equal to up to 7% of the number of units issued pursuant to the offering, finder warrants in an amount equal to up to 7% of the number of units issued pursuant to the offering, exercisable at a price of CAD 0.05 per common share for a period of 24 months. The offering is scheduled to close on or about May 31, 2024 and completion of the offering is subject to certain conditions including the receipt of all necessary approvals, including the approval of the Canadian Securities Exchange. Announcement • Apr 21
Quebec Innovative Materials Corp., Annual General Meeting, Jun 19, 2024 Quebec Innovative Materials Corp., Annual General Meeting, Jun 19, 2024. Announcement • Jan 27
Quebec Innovative Materials Corp. Provides Update on Roncevaux Silica Propery Exploration Québec Innovative Materials Corp. provided an update on the Roncevaux Silica Property. As disclosed in the Company's August 31, 2022 news release, Qi Materials acquired mineral claims from HPQ Silicon Inc. (HPQ), including the Roncevaux Silica Property. The Qi Materials eam performed a recent site visit to the property in late October 2023. The Ronceveux Silica Property consists of a high purity quartz vein located in southern Quebec, approximately 50km from Amqui, Quebec, as shown on Figure 1. The property consists of 27 mineral claims totaling 1570 hectares. Samples were collected by means of existing trenches found on the property. The quartz vein is estimated to potentially be over 300m long with the width being unknown but likely 10's of metres wide (as suggested by historical work and reports). Historical work conducted by HPQ Silicon Inc. indicates that the purity of the quartz vein is as high as 99.8% SiO2. HPQ conducted testing on the quartz material from this property and concluded that it was able to be converted to silicon metal by means of their patented processes. The recent samples collected by the Qi Materials field team indicate that visually, this appears to be accurate. Tens of kilograms of samples have been collected for testing and analysis by the Company. Announcement • Dec 13
Quebec Innovative Materials Corp. Confirms High Grade Silica Purity over 99.5% At the River Valley Silica Project Québec Innovative Materials Corp. announce that high grade silica purity results of over 99.5% have been proven at the Company's wholly owned River Valley Silica Project. In October 2023, the QI Materials field team collected roughly 75 channel samples from surface exposure. 19 of the samples collected are over 99% pure SiO2, with the highest being 99.52% and, the average across the sample set being 98.72% SiO2. It is expected that a degree of contamination from surface contamination (surface water infiltrating cracks and fractures, oxidation, and surface debris) is likely affecting these results. The River Valley Silica Project consists of a high purity quartz vein. The quartz vein is directly on surface is mapped to be over 300m long and over 40m wide. The Project is located approximately 65km northeast from Sudbury, Ontario. The samples were sent to ALS Global in Val d'Or, Québec, where they underwent the below analytic procedures. QI Materials implemented QA/QC measures by means of inserting SiO2 standards, and blanks into the sample stream at industry standard intervals. Announcement • Oct 26
Quebec Innovative Materials Corp. Starts Preliminary Mapping of High-Grade Silica Projects Quebec Innovative Materials Corp. provided an update on the Company's ongoing silica projects. River Valley Silica Project. The QI Materials field team has completed the first pass of field exploration and development work on the Company's wholly owned River Valley Silica project, located in the Sudbury mining division of Ontario, Canada. The Company is now processing the data and commencing preliminary modelling and quarry designs. The QI Materials team performed a variety of work scopes in the advancement of this project which included: Establishment of access. Detailed topographic survey of the silica formation. Quartz outcrop stripping and cleaning. Detailed geological mapping, sampling, and channel sampling. Sample collection for metallurgical and other analysis. Sample collection for testing with the QI Materials' pilot plant. The Company also performed a site visit with the engineering team from OptiSim Mining Solutions, of Sudbury, Ontario for the purpose of preliminary quarry design, engineering, and permitting. Charlevoix Silica Project. TheQI Materials team is currently at the Charlevoix Silica project completing the final field work of the season. The team is following up on the newly discovered high grade zones announced in August 2023. The scope of this program includes: Establishing access to the new high-grade zones. Detailed geological mapping and sampling. Quartzite outcrop stripping and cleaning. Channel sampling. Exploration and prospecting to trace out the surface expression of the quartzite formation. Sample collection for metall surgical and other analysis. Sample collection to testing with the QI Materals' pilot plant. Samples from both the River Valley and Charlevoix Silica Projects are being processed and prepared for shipment to various clients for evaluation, as well as to potential future customers.