NEU HORIZON URANIUM

Unlocking Sweden & Canada’s uranium potential for clean energy.

NEU HORIZON IS ADVANCING URANIUM DISCOVERY IN SWEDEN & CANADA

Neu Horizon Uranium Limited is advancing a dual-jurisdiction strategy across Sweden and Canada. In Sweden, we are advancing a portfolio of shear hosted and shale hosted uranium projects with opportunities for bulk and high-grade uranium projects. In parallel, we are progressing high-impact targets in Canada’s Athabasca region where Neu Horizon has secured exposure to a portfolio of Athabasca targets along the Grease River Shear Zone via an optioned project package known as “The Woods”.

These strategic projects position Neu Horizon to supply future uranium demand in support of clean, reliable baseload energy.

CANADIAN PROJECTS

ATHABASCA – “THE WOODS” PROJECT PORTFOLIO (OPTION)

Neu Horizon has secured exposure to a portfolio of five uranium project areas in the Athabasca region of Saskatchewan — collectively known as “The Woods” — via an option agreement. The projects are situated along the Grease River Shear Zone, a major structural corridor that hosts multiple uranium occurrences. Recent work includes a ~2,200 line-km VTEM™ Plus airborne geophysical survey (with magnetics and radiometrics) to refine basement-hosted unconformity-style targets, followed by heli-supported groundwork to verify historical uranium occurrences and ground-truth anomalies ahead of drilling. Target model: Athabasca-style unconformity and basement-hosted uranium systems with potential for conductive graphitic shear zones and structural traps analogous to known deposits in the broader basin.

SWEDISH PROJECTS

Vilhelmina shale-hosted uranium project is located in the heart of Sweden’s Alum Shale uranium district. The project has the potential to host multiple Tier 1 deposits of uranium and associated critical and battery metals needed to fuel the green energy revolution.

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The Ravenberget shear-hosted uranium project is located in the heart of the historical Arjeplog-Arvidsjaur-Sorsele shear-hosted uranium district where sampling by the SGU during the 1970’s discovered multiple outcrop and boulder samples with grades up to 1.88% uranium.1

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The Gillberget project is located in close proximity to District Metals Sågtjärn Deposit with a historical Inferred Mineral Estimate of 756kt @ 0.068% U3O8.1

Like Ravenberget, the project is located within a major deformation zone with multiple areas of historical outcropping uranium mineralisation and multiple unresolved S to SE-trending uranium boulder trains discovered in the 1980’s.

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1 Footnote: Historical/non-JORC estimates; not verified by Neu Horizons Uranium and not reported in accordance with the JORC Code.

WHY SWEDEN?

1.4 Mt U

Estimated uranium resources in Sweden 

6

Active Nuclear Reactors

10

New reactors planned in the next 20 years

Sweden is emerging as a prime jurisdiction for uranium exploration due to its significant resources and expanding nuclear power sector. As Europe’s leading mining nation, Sweden boasts 12 operating mines and numerous deposits currently under development. 

2024 Policy Shift

In 2024, Sweden initiated a review of its moratorium on uranium exploration and mining, signalling a potential shift in policy. This review aligns with the global push for nuclear power as a key to achieving Net-Zero emissions.

Key Facts about Sweden’s Uranium Potential:

  • 1.4Mt | Estimated uranium resources in Sweden
  • 6 | Active Nuclear Reactors
  • 10 | Planned Nuclear Reactors over next 20 years

Government Support

Recent policy discussions include reconsidering previous nuclear power shutdowns and increasing the focus on low-emission power generation, which could drive demand for uranium. Sweden is attracting significant interest from major players in the uranium sector, positioning itself as a potential leader in clean energy exploration.

To participate in this opportunity

THE GROWING GLOBAL DEMAND FOR URANIUM

Nuclear energy is a key low-carbon emissions, baseload power option.

  • 10% of the world’s electricity is currently generated from nuclear power.
  • Nuclear power is carbon emission-free, providing reliable baseload power.
  • Potentially threefold increase in demand for uranium due to global decarbonisation goals.