Naughty Ventures Secures Strategic Land Position for Natural Hydrogen and Helium Exploration in Northwestern Ontario

Rhea-AI Summary

Naughty Ventures (OTC Pink: BADVF) staked the Little Gull H2 Project on February 5, 2026, securing 286 mining cells (4,576 hectares) about 100 km ENE of Thunder Bay, Ontario, to explore natural hydrogen and helium potential in the Seagull Complex.

The claim targets ultramafic rocks, fault/fracture zones and magnetic features consistent with serpentinization-driven H2 generation and helium traps; nearby industry gas intersections and historic high-pressure gas hits support regional prospectivity.

Positive

• Large strategic land position of 4,576 hectares (286 mining cells)
• Dual-target exploration for natural hydrogen (H2) and helium (He)
• Project located near recent industry gas intersection and historic high-pressure gas hits

Negative

• Exploration-stage project with no reported reserves, production, or commercial tests
• Nearby discoveries are not necessarily indicative of results on this property

Vancouver, British Columbia--(Newsfile Corp. - February 5, 2026) - Naughty Ventures Corp. (CSE: BAD) (FSE: 5DE0) (OTC Pink: BADVF) ("Naughty Ventures" or the "Company") is pleased to announce the staking of the Little Gull H2 Project, a significant land position targeting natural hydrogen and helium potential in and around the highly prospective Seagull Complex.

The project encompasses 286 mining cells totaling 4,576 hectares, located approximately 100 km east-northeast of Thunder Bay, Ontario. The acquisition positions Naughty Ventures at the forefront of an emerging energy frontier in the Mid-Continent Rift.

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Strategic Geological Positioning

The Little Gull H2 Project was specifically staked to cover the ultramafic rocks of the Seagull Pluton, including critical fault and fracture zones that interact with the regional plutonic architecture. Leveraging advanced geophysical data, the Company has also targeted magnetic features that suggest the presence of "blind" ultramafic rocks beneath the surface cover.

The geological setting is ideal for the generation and entrapment of high-value gases:

• Natural Hydrogen (H2): Formed through the serpentinization (chemical alteration) of ultramafic rocks.
• Helium (He): Produced as a byproduct of the radioactive decay of uranium, which is ubiquitous within the underlying Archean Quetico sub province.

Emerging District Activity and Historic Precedent

The Little Gull project area is gaining significant industry attention following recent operational milestones in the immediate vicinity:

• Recent Gas Encounter: On January 27, 2026, Anteros Metals Corp. reported an intersection of gas at a depth of 877 metres during drilling operations. Specialized sampling is currently underway to determine the composition and volume of the discovery.
• Historic Confirmation: In 2001, historic drill hole WM01-08—located within the Seagull Complex near the current Anteros site—intersected an unidentified high-pressure, flammable gas in a fracture zone at 850 metres.
• Spectral Evidence: Satellite spectral imagery conducted in October 2024 identified prospective signatures for both Hydrogen and Helium across the 64 sq km Seagull Pluton, suggesting active gas seepage and a robust "gas trap" environment.

Results obtained from separate properties are not necessarily indicative of results on adjacent or nearby properties.

The Science of Natural Hydrogen: The Serpentinization Process

The primary target at the Little Gull H2 Project is natural hydrogen generated through serpentinization. This geological process occurs when water reacts with magnesium- and iron-rich ultramafic rocks, such as those found in the Seagull Pluton.

During this reaction:

1. Hydration: Ground water infiltrates the ultramafic rock through faults and fracture zones.
2. Oxidation: The iron in the minerals (primarily olivine and pyroxene) is oxidized, transforming the rock into serpentine and magnetite.
3. H2 Release: This chemical reaction releases hydrogen gas as a byproduct.

Qualified Person

The technical content of this news release has been reviewed and approved by Alex Bugden, P.Geo., a Qualified Person under National Instrument 43-101. He is an independent consulting geologist for Naughty Ventures Corp.

Blair Naughty, CEO of Naughty Ventures, commented:

"We are pleased to acquire this new Natural Hydrogen exploration property through low-cost staking. We believe this will be an exciting new addition to our existing natural hydrogen portfolio of investments. This acquisition increases Naughty Ventures exposure to the Natural hydrogen space while we continue to focus on advancing our other projects and pursuing additional strategic transactions.

"The convergence of historic flammable gas hits, recent drilling success by our neighbors, and the historical spectral analysis makes the Little Gull H2 Project a high conviction play. As the world looks toward decarbonization, finding primary sources of natural hydrogen and helium is more critical than ever."

About Naughty Ventures

Naughty Ventures Corp. is a Canadian venture investment and mineral exploration company focused on early-stage mineral projects with significant discovery potential. Naughty Ventures is focused on acquiring, developing and strategically positioning mineral assets with strong value potential as well as investing in private and public companies with significant potential, exceptional management and/or high growth potential that may be strategically positioned in the global market. The Company is committed to identifying and advancing the world's next great mineral assets.

Naughty Ventures Corp. - BAD Come to Find the World's Next Mine.

On Behalf of the Board of Directors,

"Blair Naughty"

CEO and President

For further details, please contact:

Email: info@naughtyventures.com

Phone: 604-346-7613 or 604-341-6870 Office

Website: https://naughtyventures.com/

Neither the Canadian Securities Exchange nor its Market Regulator (as that term is defined in the policies of the Canadian Securities Exchange) accepts responsibility for the adequacy or accuracy of this release.

Forward-Looking Statements

The Company does not undertake to update any forward-looking statement, forward-looking information or financial out-look that are incorporated by reference herein, except in accordance with applicable securities laws.

To view the source version of this press release, please visit https://www.newsfilecorp.com/release/282786

FAQ

What did Naughty Ventures (BADVF) announce on February 5, 2026 about the Little Gull H2 Project?

They staked the Little Gull H2 Project, securing 4,576 hectares for hydrogen and helium exploration. According to the company, the claim covers 286 mining cells near the Seagull Complex about 100 km ENE of Thunder Bay, Ontario, and targets ultramafic serpentinization zones for natural H2 generation.

How large is the land position Naughty Ventures (BADVF) acquired for the Little Gull H2 Project?

The acquisition comprises 286 mining cells totaling 4,576 hectares. According to the company, this staked area is positioned to cover ultramafic rocks, key faults and magnetic features within the Seagull Complex for H2 and He prospectivity.

What geological targets is Naughty Ventures (BADVF) pursuing at Little Gull H2 Project?

The company targets ultramafic-hosted serpentinization zones and fault/fracture traps for natural hydrogen and helium. According to the company, magnetic features and structural corridors guided staking to maximize coverage of potential H2 generation and helium entrapment.

How does nearby industry activity affect Naughty Ventures' (BADVF) Little Gull prospectivity?

Nearby drilling and historic gas intersections increase regional prospectivity but are not conclusive for this claim. According to the company, recent neighbor gas at 877 metres and a 2001 high-pressure gas hit support a high-conviction geological setting.

What are the immediate next steps for Naughty Ventures (BADVF) after staking the Little Gull H2 Project?

Immediate steps likely include geophysical interpretation and targeted exploration planning to test gas potential. According to the company, staking leveraged advanced geophysics and will guide future sampling, permitting and potential drilling programs to assess H2 and He occurrences.