QIMC Launches 78-Kilometre 2D Seismic Campaign Across Quebec and Nova Scotia Natural Hydrogen Districts
QIMC Launches 78-Kilometre 2D Seismic
Campaign Across Quebec and Nova Scotia
Natural Hydrogen Districts
36 kilometres in Temiscamingue, Quebec and 42 kilometres
across QIMC's Nova Scotia hydrogen discovery corridor,
advancing both projects toward the next phase of
characterization and the Company's pilot production pathway
Montreal, Quebec--(Newsfile Corp. - September 8, 2026) -
Québec Innovative Materials Corp. (CSE:
QIMC) (OTCQB: QIMCF) (FSE: 7FJ) ("QIMC" or the "Company")
is pleased to announce
the
launch of two district-scale
,
non-invasive 2D seismic programs totalling approximately 78 line-
kilometres
: an approximately
36 line-kilometre 2D Vibroseis survey at the Company's
Témiscamingue clean natural hydrogen project in Québec
, and an approximately
42 line-
kilometre 2D Vibroseis survey across QIMC's Nova Scotia natural hydrogen district.
The Québec 2D seismic program will be monitored by the
Ministère de l'Économie, de l'Innovation
et de l'Énergie ("MEIE")
and will be carried out in close partnership with the
Témiscamingue First
Nation ("TFN")
. QIMC wishes to sincerely thank the MEIE for its monitoring of the program and its
continued support of natural hydrogen exploration in Québec, and to thank its partner, the
Témiscamingue First Nation.
Together, the two programs represent the
largest geophysical campaign undertaken by QIMC to
date
and a key next technical step in the Company's previously announced pilot-scale characterization
and production pathway. The road-based Vibroseis programs require no shot-hole drilling and no
explosives and involve no hydraulic fracturing or reservoir stimulation.
In Nova Scotia, the 2D non-invasive seismic survey will integrate QIMC's five-hole 2026 drilling
campaign, approximately
6,000 soil-gas samples
, ground magnetics and geological mapping to map
the subsurface architecture underlying an approximately 43-kilometre exploration corridor. QIMC has
reported percent-level hydrogen concentrations at two drilling centres approximately 15 kilometres apart,
including a Company-record preliminary mud-gas reading of
30.0% H
₂
in DDH-26-05 at Bennett Hill
.
The 2D seismic program is designed to map how these drilling results and QIMC's extensive surface
anomalies relate to the broader geological system and to further identify priority areas for the Company's
pilot production pathway. QIMC has secured
private land authorization
for the non-invasive 2D
seismic program in Nova Scotia. We would also like to thank the Nova Scotia government and the
community for their continued support.
In Québec, the approximately 36 line-kilometre program will map the structures associated with the
hydrogen anomalies identified through the Company's previously announced soil-gas surveys and drilling
at St-Bruno-de-Guigues, further refining the district-scale geological model developed with INRS under
QIMC's proprietary R2G2™ exploration framework. The seismic program sets the stage for the
Company's pilot project pathway in Québec, providing the structural definition required to identify priority
locations for subsequent drilling, pressure testing, flow testing and accumulation characterization.
INVESTOR HIGHLIGHTS
Approximately 78 line-kilometres of 2D seismic across two provinces:
an approximately 36
line-kilometre program at Ville-Marie / St-Bruno-de-Guigues, Québec, and an approximately 42
line-kilometre program comprising nine planned Vibroseis survey segments across QIMC's Nova
Scotia natural hydrogen district.
Building on record drilling results:
QIMC has reported percent-level hydrogen concentrations
at two drilling centres approximately 15 kilometres apart in Nova Scotia, including its Company-
record preliminary mud-gas reading of
30.0% H
₂
in DDH-26-05 at Bennett Hill
.
Setting the stage for the pilot pathway in Québec and Nova Scotia:
in Québec, the 36-
kilometre program will provide a district-scale structural image of the Témiscamingue hydrogen
system - where QIMC's R2G2™ exploration framework was first validated through exploration -
while in Nova Scotia the 42-kilometre survey will evaluate the
structural relationship and
potential geological continuity between
the Company's two hydrogen discovery centres.
Together, the programs will image the faults, basement contacts and structural intersections that
control the hydrogen anomalies identified by the Company's soil-gas surveys and drilling, defining
the priority targets for the next phase of drilling, characterization and pilot-scale evaluation in both
provinces.
QIMC Québec program monitored by the MEIE: QIMC thanks the Ministère de l'Économie,
de l'Innovation et de l'Énergie for its continued support.
Partnership with the Témiscamingue First Nation:
the Québec program will be conducted in
partnership with TFN, reflecting QIMC's commitment to responsible, collaborative exploration.
Private land authorization secured in Nova Scotia:
QIMC has obtained private land
authorization for the non-invasive 2D seismic program across QIMC's Nova Scotia natural
hydrogen district.
Non-invasive:
the road-based Vibroseis programs require no shot-hole drilling and no explosives
and involve no hydraulic fracturing or reservoir stimulation.
QUÉBEC: 36-KILOMETRE PROGRAM AT VILLE-MARIE / ST-BRUNO-DE-GUIGUES
The approximately 36 line-kilometre 2D seismic program at the Company's Ville-Marie / St-Bruno-de-
Guigues project is designed to image the faults, basement contacts and structural intersections
associated with the hydrogen system identified by QIMC's surface geochemistry and drilling in the
Témiscamingue region. The program will provide the structural framework required to guide the next
phase of drilling and characterization in Québec.
"We are grateful to the Ministère de l'Économie, de l'Innovation et de l'Énergie for monitoring
this program and for its continued support of clean natural hydrogen exploration in Québec, and
we thank our partner, the Témiscamingue First Nation, whose collaboration is central to how
we conduct this work,"
said John Karagiannidis, President and Chief Executive Officer of QIMC.
"Témiscamingue is where our R2G2™ exploration framework was first validated through
exploration, and this 36-kilometre seismic program is the natural next step in defining the
structures that control the hydrogen system we have identified there."
FROM DISCOVERY TOWARD THE PILOT PRODUCTION PATHWAY
QIMC's 2026 drilling program in Nova Scotia has established significant hydrogen observations at two
separate drilling centres, including previously reported free-gas observations, while its surface
exploration program has identified hydrogen anomalies across a much broader regional corridor.
The 2D seismic surveys are designed to further define the geometry and continuity of major faults and
shear zones, basement contacts, sedimentary packages and structural intersections that provide
pathways for hydrogen migration or geological settings favourable for hydrogen accumulation. The
seismic profiles will be integrated with QIMC's drilling, surface geochemistry, geology, ground magnetics
and the Company's R2G2™ exploration framework to refine district-scale geological models in both
provinces.
"This combined 78-kilometre 2D seismic campaign represents an important transition for QIMC
from discovery toward the next phase of our pilot production pathway,"
said President and CEO
John Karagiannidis.
"We have demonstrated high hydrogen concentrations at depth at two
drilling centres approximately 15 kilometres apart in Nova Scotia and identified surface
anomalies across an approximately 43-kilometre corridor, and in Québec we have established
the hydrogen system that validated our exploration model."
"The structural information generated by these 2D seismic programs will further define where
we should concentrate the next phase of drilling, pressure testing, flow testing and
accumulation characterization as we continue advancing our pilot production pathway."
42-KILOMETRE DISTRICT-SCALE 2D SEISMIC PROGRAM IN NOVA SCOTIA
The approximately 42 line-kilometre Nova Scotia program, for which the Company has secured private
land authorization, consists of nine planned survey segments. The nine survey lines have been
positioned to test structural relationships between QIMC's hydrogen-bearing drill holes, surface hydrogen
and helium anomalies, interpreted faults and shear zones, basement contacts and regional Cobequid
structures.
The primary objectives of the program include imaging:
the orientation and depth extent of major faults and shear zones;
basement contacts and sedimentary architecture;
structural intersections and zones of enhanced permeability;
geological pathways for hydrogen migration;
geological settings favourable for hydrogen accumulation; and
structural relationships between QIMC's drilling results and district-scale surface anomalies.
The resulting seismic profiles will further provide a structural framework that will be integrated with
QIMC's drilling and geochemical datasets to further refine characterization targets.
Both programs are designed as
road-based, non-invasive Vibroseis surveys with no line
construction and no shot-hole drilling
. They require no explosives, no hydraulic fracturing and no
reservoir stimulation.
ADVANCING THE PILOT PRODUCTION PATHWAY
The 2D seismic campaign represents an important next technical step in QIMC's pilot production
pathway by further defining the geometry and geological controls of the natural hydrogen systems.
"Our development pathway is becoming increasingly defined,"
President and CEO John
Karagiannidis concluded.
"Discovery. Structural definition. Targeted characterization. Pressure
and flow testing. Pilot production characterization. Our drilling and surface exploration
established the foundation. These seismic programs launch the next major technical phase."
NEXT STEPS
Following field acquisition, the seismic data will undergo processing, interpretation and integration with
QIMC's existing exploration database, including:
DDH-26-01 through DDH-26-05 drill logs and gas datasets;
surface hydrogen, helium and C
₁
-C
₄
soil-gas results;
ground magnetic and geological datasets;
mapped and interpreted regional structures;
QIMC's proprietary R2G2™ exploration framework.
STOCK OPTION GRANT
The Company also announces that it has granted an aggregate of 4,200,000 stock options to certain
directors, officers, employees and consultants of the Company pursuant to its equity incentive plan. Each
stock option is exercisable to acquire one common share of the Company at an exercise price of $0.65
per share for a period of three years from the date of grant. The stock options are subject to the terms of
the Company's equity incentive plan and applicable Canadian Securities Exchange policies.
ABOUT QUÉBEC INNOVATIVE MATERIALS CORP.
Québec Innovative Materials Corp. is a North American exploration and development company
advancing a portfolio of natural hydrogen and critical-mineral projects, with properties in Québec,
Ontario, Nova Scotia and Minnesota, USA.
The Company applies its proprietary
R2G2™ (Reactivated Rift and Graben Geostructure)
exploration framework
, developed in collaboration with INRS, and is focused on responsible
exploration, technical innovation and the advancement of natural hydrogen opportunities that may
contribute to future clean-energy development.
For further information:
QUÉBEC INNOVATIVE MATERIALS CORP.
John Karagiannidis
President and Chief Executive Officer
Email:
Tel: +1 514-726-7058
Neither the Canadian Securities Exchange nor its Regulation Services Provider accepts responsibility
for the adequacy or accuracy of this release.
FORWARD-LOOKING STATEMENTS
This news release contains "forward-looking information" within the meaning of applicable Canadian
securities legislation, including statements regarding the planned approximately 36 line-kilometre 2D
seismic program in Québec and the planned approximately 42 line-kilometre 2D seismic program in
Nova Scotia; the anticipated timing of field mobilization and seismic acquisition; permitting,
authorizations, land access and completion of the planned surveys; the proposed use of Vibroseis
technology; processing and interpretation of 2D seismic data; integration of seismic results with drilling,
geological, geochemical and geophysical information; identification of geological structures and future
targets; the timing and content of future news releases; and potential future drilling, pressure testing, flow
testing, accumulation characterization and pilot production evaluation.
Forward-looking information is based on assumptions management considers reasonable but is subject
to risks and uncertainties, including permitting and land-access delays, weather, contractor and
equipment availability, field conditions, data quality, geological interpretation, financing and the
possibility that seismic results may not identify the anticipated geological structures or improve future
targeting.
Preliminary mud-gas readings are qualitative screening measurements collected during drilling and do
not represent flow tests, formation-pressure tests or reservoir tests. 2D seismic data cannot directly
establish hydrogen concentration, sustained gas flow, formation pressure, reservoir deliverability,
recoverable volumes or commerciality. There can be no assurance that an economically recoverable
hydrogen accumulation exists or that a pilot production program will be undertaken or successful.
No resource estimate has been prepared for the Company's projects. Readers are cautioned not to
place undue reliance on forward-looking information. The Company undertakes no obligation to update
or revise forward-looking information except as required by applicable law.
To view the source version of this press release, please visit
https://www.newsfilecorp.com/release/313335