QIMC Completes Expanded 63.7 km Seismic Program Targeting Hydrogen, Helium and Natural Gas Hot Zones in Nova Scotia

QIMC completes 63.7 km seismic survey, expanding natural hydrogen targets in Nova Scotia.

What the company is saying

Quebec Innovative Materials Corp. (CSE:QIMC, OTCQB:QIMCF, FSE:7FJ) is announcing the completion of a 63.7 line-kilometre 2D seismic acquisition program across the Apple River - Advocate - Bennett Hill - Port Greville multi-gas district in Cumberland County, Nova Scotia. The company emphasizes that the program was expanded from 50 to 63.7 km after ongoing exploration identified new hot zones for clean natural hydrogen, helium, and natural gas. QIMC asserts it now holds what it believes is the most complete exploration dataset for natural hydrogen in Canada, citing more than 10,000 soil-gas samples, over 3,500 metres of drill core, gravity data, airborne and ground magnetics, radon-thoron surveys, and the new seismic data. The company highlights that free gas observed in drill hole DDH-26-05 ties directly into the Bennett Hill seismic line, supporting the technical rationale for the expanded survey. Processing of the seismic and multi-layer dataset is underway at Earth Signal Processing Ltd. in Calgary, with the company stating that each new data layer continues to expand the identified hot zones and targets. President and CEO John Karagiannidis frames the milestone as significant for both QIMC and Cumberland County, credits local community support, and signals that similar exploration approaches will be applied next in Quebec and Ontario.

What the data suggests

The company has completed 63.7 km of 2D seismic acquisition, exceeding the original 50 km plan due to the identification of additional target zones. The exploration dataset now includes more than 10,000 soil-gas samples and over 3,500 metres of drill core, indicating a substantial investment in early-stage exploration. Free gas was observed in drill hole DDH-26-05, which is directly linked to the new seismic data, providing a tangible technical connection between subsurface gas and mapped structures. The seismic data and multi-layer dataset are currently being processed, with the company expecting further refinement of targets as new data layers are integrated. There are no disclosed resource estimates, economic studies, or financial figures, so the announcement is strictly operational in nature. The company claims to have the most complete natural hydrogen exploration dataset in Canada, but this is not substantiated by comparative industry data. The operational progress is clear, but the commercial implications remain undefined pending further technical and economic results.

Analysis

The announcement is upbeat, emphasizing the completion and expansion of a major seismic program and the assembly of a large, multi-layer exploration dataset. The realized facts—completion of 63.7 km of seismic acquisition, delivery of data for processing, and integration with other datasets—are clearly supported by disclosed figures. However, several claims are forward-looking, including references to advancing toward a pilot production pathway, further exploration in Quebec and Ontario, and ongoing data processing. The statement that QIMC holds 'the most complete exploration dataset for natural hydrogen in Canada' is promotional and unsubstantiated by comparative data. The benefits of the program (resource definition, production, or economic value) are long-term and contingent on future technical and commercial milestones. The capital intensity is high, as significant exploration work has been completed and more is planned, but there is no immediate earnings impact or resource estimate. The tone is moderately hyped, with some language inflating the significance of the dataset and future potential.

Risk flags

• ●There is significant execution risk as the project is still in the exploration phase, with no resource estimate or economic assessment disclosed. The transition from data acquisition to a defined resource or production scenario is uncertain and could face technical or geological setbacks.
• ●The company's claim of holding the most complete natural hydrogen exploration dataset in Canada is unsubstantiated by comparative data, introducing a risk that the technical advantage may be overstated relative to peers.
• ●The absence of financial disclosures, including costs of the expanded seismic program or funding status, makes it difficult to assess capital adequacy and the company's ability to sustain further exploration or move toward pilot production.
• ●Community and stakeholder support is acknowledged as critical, but future project stages may require additional permitting, regulatory approvals, or ongoing social license, any of which could delay or impede progress.

Bottom line

QIMC has completed a substantial seismic and multi-layer exploration program in Nova Scotia, assembling over 10,000 soil-gas samples, 3,500 metres of drill core, and 63.7 km of seismic data to target natural hydrogen, helium, and natural gas. The technical milestone is clear, but there are no resource estimates, economic analyses, or cost disclosures, so the commercial value remains speculative. The company's claim to a leading dataset is promotional and not benchmarked against industry peers. Processing of the data is ongoing, and the next actionable catalyst will be the release of interpreted results or resource figures. Investors should focus on whether future updates provide concrete technical or economic milestones, as the current announcement signals operational progress but does not yet establish a pathway to near-term value.

Announcement summary

(CSE:QIMC) (OTCQB:QIMCF) (FSE:7FJ) Quebec Innovative Materials Corp. has completed its expanded 63.7 line-kilometre 2D seismic acquisition program, conducted by Echo Seismic Ltd., across the Apple River - Advocate - Bennett Hill - Port Greville multi-gas district of Cumberland County, Nova Scotia. The program was originally planned at 50 line-kilometres but was expanded by 13.7 km after ongoing exploration identified new hot zones and targets for clean natural hydrogen, helium, and natural gas. The additional seismic coverage was designed to integrate these new zones into the regional structural model and further define targets along the district trend. Field acquisition is now complete, and the full seismic dataset has been delivered to Earth Signal Processing Ltd. (ESP) in Calgary, where processing is underway. The seismic data are being processed together with the company's entire multi-layer dataset, which includes more than 10,000 soil-gas samples, over 3,500 metres of drill core, gravity data, airborne and ground magnetics, and radon-thoron surveys. Free gas observed in drill hole DDH-26-05 ties directly into the Bennett Hill seismic line, providing a direct link between subsurface gas and the structures imaged by the new data. QIMC states it now holds what it believes is the most complete exploration dataset for natural hydrogen in Canada. The company highlights that every new data layer continues to expand the hot zones and targets across the district. John Karagiannidis, President and CEO of QIMC, commented that the expansion from 50 to 63.7 kilometres was driven by the identification of new hot zones for clean natural hydrogen, helium, and natural gas, and that the company now has the line data to tie them together. He thanked the communities of Apple River, Advocate, Port Greville, the Municipality of Cumberland County, the Province of Nova Scotia, and surface landowner partners for their support. The company is committed to continuing to work with these stakeholders as the project advances towards its pilot production pathway. With the Nova Scotia 2D seismic acquisition complete, Echo Seismic crews will next mobilize to Quebec and then to Ontario to apply the same approach to hydrogen and helium targets. Next steps include Earth Signal Processing completing the processing of the 63.7 km 2D seismic dataset together with the company's full multi-layer dataset, updating hot zones and targets as processing advances, mobilizing seismic crews and equipment to Quebec properties, and continued testing at DDH-26-05.

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