News and updates for Québec Innovative Materials Corp. (QIMCF) focus on the company’s natural hydrogen and high-grade silica exploration activities, corporate strategy, and governance developments. QIMC’s releases describe work across Ontario, Québec, Nova Scotia, and Minnesota, with particular emphasis on white (natural) hydrogen corridors and district-scale hydrogen systems.
Recent news has highlighted QIMC’s progress in Nova Scotia’s Advocate–Cumberland Basin corridor, including baseline environmental assessments, soil-gas hydrogen surveys, radon–thoron profiling, and the preparation and expansion of winter drilling programs targeting structurally controlled natural hydrogen systems. The company also reports on its Temiscamingue natural hydrogen corridor in Ontario–Québec, where it has identified high-grade soil-gas hydrogen anomalies and describes a district-scale hydrogen system.
QIMC’s news flow also covers its broader strategy of linking geology with AI infrastructure. The company has unveiled a vertical integration concept for off-grid AI data centers powered by natural hydrogen and has established an AI Data Center Strategic Advisory Board and an AI and Energy Integration Steering Committee to support this direction. Additional releases discuss partnerships and regulatory milestones, such as RGRAs awarded in Minnesota to its U.S. special purpose vehicle Orvian Resources I LLC, and a definitive agreement to sell the River Valley Silica Project to Sila Mining Corp. while retaining equity and royalty exposure.
Corporate governance and shareholder protection are recurring topics, including the adoption of a Shareholder Rights Plan aimed at ensuring fair treatment of shareholders in the event of takeover bids. Investors and observers can use this news page to follow QIMC’s exploration results, strategic initiatives around natural hydrogen and AI, community and Indigenous collaboration, and key corporate transactions as disclosed in its public announcements.
Québec Innovative Materials (QIMCF) has engaged Earth Signal Processing to process seismic data for its Nova Scotia multi-gas pilot production planning.
The work covers approximately 50 line-kilometres of 2D seismic data from the Apple River-Bennett Hill hydrogen and helium multi-gas system. The seismic phase is underway. Available well, drill-core and geological data will support preparation of subsurface images for interpretation. QIMC plans to combine the processed seismic data with existing soil-gas, geophysical and subsurface results to further define its pilot production pathway. This is a planning step, not the start of pilot production.
Québec Innovative Materials (QIMCF) linked its New Salem-Apple River helium zones in Nova Scotia to a buried basement structure.
An interpretation combining a 526-sample helium survey with gravity and aeromagnetic data found anomalies clustered within 1.5 km of faults F-I, F-II and F-III. Anomalous stations were about five times more frequent within that distance than beyond 2 km. Magnetic data show an approximately 10 km × 2 km body beneath Zones B and C, interpreted as a likely deep source of surface degassing. Estimated depths to the top of the magnetic basement are 600–750 m beneath Zone C and 900–1,000 m beneath Zone B. The company expanded its planned 2D seismic program by approximately 8.5 km to approximately 50 km.
Quebec Innovative Materials (QIMCF) reported 2026 helium soil-gas survey results at New Salem-Apple River in Nova Scotia.
The 526-sample program on 28 lines expands the district database to 554 samples, establishes a regional background of 5.40 ppmv and an anomaly threshold of 5.48 ppmv, and identifies 63 anomalous and 18 strongly anomalous stations. Three main fault-controlled zones are defined: Zone C with a peak of 5.864 ppmv and an unbroken 800-metre run of anomalous stations on line 5002; Zone B with a 1.5-kilometre anomalous segment on line 5000 peaking at 5.690 ppmv; and Zone A from November 2025 with helium up to 5.722 ppmv and thermogenic hydrocarbons. A 5.831 ppmv peak on line 6002 (Zone D) adds another target. The 2D seismic program has been expanded by about 8.5 line-kilometres, from 42 to approximately 50 line-kilometres, to image faults and structural traps beneath all helium zones.
Québec Innovative Materials (QIMCF) has launched an expanded 2026 natural hydrogen exploration program in the Ontario extension of the Témiscamingue Graben, focused on defining ranked, drill-ready targets and guiding planned 2D seismic surveys.
The program adds 823 new soil-gas stations on 100-metre spacing over about 80 line-kilometres, bringing the Ontario database to roughly 1,733 stations and over 125 line-kilometres. It also includes more than 1,100 gravity stations, district-wide mobile gamma-ray spectrometry, radon-thoron measurements and an audiomagnetotelluric survey, all designed under INRS direction within QIMC’s R2G2™ framework and integrated with Québec and Nova Scotia datasets. Field work, largely planned for fall 2026, will be conducted with Timiskaming First Nation using non-invasive techniques.
Québec Innovative Materials (QIMCF) has engaged Echo Seismic and Strum Consulting for an approximately 42 line‑kilometre 2D seismic program across its Bennett Hill‑Apple River hydrogen exploration corridor in Nova Scotia.
Echo Seismic, a Calgary-based geophysical contractor, will acquire high‑density 2D Vibroseis data on nine survey lines using an INOVA Quantum nodal recording system with about 1,400 channels, 5‑Hz geophones and 25‑metre receiver spacing, operating from existing roads. Strum Consulting, based in Halifax, will provide Nova Scotia‑based health, safety and environmental oversight and field coordination. Acquisition is anticipated in Fall 2026. The Nova Scotia program forms the larger part of a combined roughly 78 line‑kilometre 2D seismic campaign in Québec and Nova Scotia, described as the largest geophysical program undertaken by the company to date.
Québec Innovative Materials (QIMCF) has launched two non-invasive 2D Vibroseis seismic programs totalling about 78 line-kilometres across its natural hydrogen districts in Québec and Nova Scotia.
The Québec program covers approximately 36 kilometres at the Ville-Marie / St‑Bruno‑de‑Guigues Témiscamingue project, is monitored by the MEIE, and is conducted in partnership with the Témiscamingue First Nation. In Nova Scotia, an approximately 42‑kilometre survey of nine lines spans a 43‑kilometre exploration corridor where percent‑level hydrogen has been observed at two drilling centres about 15 kilometres apart, including a preliminary mud‑gas reading of 30.0% H₂ in hole DDH‑26‑05 at Bennett Hill.
Both surveys are road‑based and require no explosives, shot‑hole drilling, hydraulic fracturing or reservoir stimulation, and are intended to refine district‑scale geological models and prioritize drilling, testing and pilot‑scale evaluation targets. The company also granted 4,200,000 stock options at an exercise price of $0.65 per share, exercisable for three years.
Quebec Innovative Materials (QIMCF) reported a new company record mud-gas hydrogen concentration of 30.0% H₂ at 413 metres from diamond drill hole DDH-26-05 at the Bennett Hill Natural Hydrogen Project in Nova Scotia.
The 380–413 m interval delivered the company’s strongest high-concentration hydrogen sequence to date, with 11 of 12 sampled depths returning at least one double-digit hydrogen value and nine depths above 20% H₂, including 25.7% at 380 m, 28.4% at 389 m and 29.5% at 395 m. Gas composition remained “clean”, with methane (CH₄) at 0.0% and carbon dioxide (CO₂) at or below 0.1% across reported samples. Immediately below this interval, between approximately 413 and 416 m, pressurized free gas and pressurized water reached surface and triggered on-site hydrogen alarms.
QIMC plans to continue DDH-26-05 using adapted drilling equipment and procedures and is evaluating pressure and flow measurement tools for the next technical phase. The mud-gas results and operational observations are preliminary, have not yet been assigned formation hydrogen concentration, flow rate or pressure, and remain subject to further laboratory analysis and interpretation.
Quebec Innovative Materials (CSE: QIMC, OTCQB: QIMCF) reported new preliminary mud-gas results from diamond drill hole DDH-26-05 at its Bennett Hill Natural Hydrogen Project in Nova Scotia. Sampling between 380 and 413 metres delivered the company’s strongest high-concentration hydrogen interval to date, including a new record of 30.0% H₂ at 413 metres, surpassing the previous 27.8% record at 374 metres. Eleven of 12 sampled depths showed at least one double-digit hydrogen reading and nine exceeded 20% H₂. Methane (CH₄) measured 0.0% and CO₂ was at or below 0.1%, supporting a clean natural hydrogen profile. Immediately below the analytical interval, between approximately 413 and 416 metres, drilling crews observed pressurized free gas and pressurized water reaching surface, triggering on-site hydrogen alarms. QIMC plans to continue DDH-26-05 with adapted equipment and procedures and is evaluating tools to measure pressure and gas flow as it refines the Bennett Hill geological model and assesses a pathway toward pilot-scale testing.
Quebec Innovative Materials (CSE: QIMC, OTCQB: QIMCF) reported new preliminary mud-gas results from diamond drill hole DDH-26-05 at the Bennett Hill natural hydrogen project in Nova Scotia, including a new company record of 27.8% H₂ at 374 metres, encountered about 333 metres shallower than the prior 24.3% record in DDH-26-04.
Below 300 metres, DDH-26-05 shows two high-concentration hydrogen zones, with up to 23.7% H₂ at 348-354 m and 19.1%–25.1%–27.8% H₂ from 368-374 m, plus 10.4% and 12.1% H₂ at 377 m. Of 38 readings between 308-377 m, 34 were ≥1% H₂, 14 ≥5%, nine ≥10% and three ≥20%. Gas composition remained “clean”, with CH₄ at 0.0% and CO₂ at or below 0.1%. Extensive fault-breccia, shearing and drilling-water loss indicate enhanced structural permeability, supporting the company’s interpretation of a vertically persistent, structurally controlled natural hydrogen system and informing evaluation of a pilot-scale clean energy pathway in the Advocate Area.
Quebec Innovative Materials (OTCQB: QIMCF) reported new preliminary mud-gas results from diamond drill hole DDH-26-05 at the Bennett Hill natural hydrogen project in Nova Scotia, including a new company record of 27.8% H₂ at 374 metres, surpassing the prior 24.3% record at 707 metres in DDH-26-04 and occurring about 333 metres shallower.
Below 300 metres, DDH-26-05 shows two distinct high-concentration zones, with readings up to 23.7% H₂ at 348–354 metres and 19.1%–25.1%–27.8% H₂ from 368–374 metres, and double-digit hydrogen (10.4%–12.1%) persisting at 377 metres. Across reported samples, methane was 0.0% and CO₂ at or below 0.1%, indicating a hydrogen-rich gas. Documented drilling-water loss within a major fault-breccia and shear system beginning near 326 metres provides operational evidence consistent with enhanced structural permeability, supporting QIMC’s model of a vertically persistent, structurally controlled natural hydrogen system and informing future well design and pilot-scale evaluation.