Minnesota Helium Project Eyes Strategic Role with Rare Isotope Discovery

NEW YORK, NY – November 18, 2025

Pulsar Helium Inc. is making significant strides in establishing a domestic supply of helium, with recent drilling results at its Topaz project in Minnesota showcasing not only a viable reservoir but also the presence of helium-3 – a rare isotope with strategic applications. The company's consistent success rate and growing investment signal a potential shift in the North American helium landscape, currently reliant on complex global supply chains.

Securing a Domestic Helium Supply

The global helium market, currently valued at around $4.4 billion and projected to reach $8.6 billion by 2034, is facing increasing pressure. Traditionally sourced as a byproduct of natural gas extraction, helium supply has become vulnerable to geopolitical factors and fluctuating energy markets. Pulsar Helium is focused on unlocking “primary helium” – resources where helium is the primary commodity – offering a more stable and secure supply source. The company’s Topaz project, located in a historically resource-rich region of Minnesota, is at the forefront of this effort.

“The reliance on byproduct helium has created an inherent instability in the market,” said one industry analyst. “Projects like Topaz, which focus on primary sources, are crucial for building resilience and securing domestic supply chains.”

Pulsar's recent announcement of successful gas encounters at the Jetstream #4 well – with a pressure of 674 psi at a depth of 1,457 feet – continues a 100% success rate across all wells drilled at the Topaz project. This consistency validates the company’s geological model and demonstrates the potential of the reservoir.

The Helium-3 Advantage

Beyond simply increasing helium supply, Pulsar Helium's project is gaining attention due to the discovery of helium-3. This rare isotope, exceptionally scarce on Earth, is garnering interest for its potential applications in fusion energy, medical imaging, and quantum computing. While still in the research and development phase, helium-3 fusion reactors promise a cleaner and safer form of nuclear energy.

“The presence of helium-3 elevates the strategic importance of the Topaz project,” stated one expert in rare gas markets. “While the economic viability of helium-3 fusion is still being evaluated, securing access to this resource is crucial for long-term energy innovation.”

Pulsar Helium has already detected notable levels of helium-3 in initial tests at its Jetstream #1 well, positioning the project as a potential source of this valuable resource. The company has engaged a Helium-3 Scientific Advisor to further assess the potential and optimize extraction techniques.

Minnesota’s Emerging Resource Potential

Pulsar Helium's investment in Minnesota is also attracting attention to the state’s broader mineral potential. Located in a region with a long history of mining and resource extraction, Minnesota offers a favorable infrastructure and a skilled workforce. The state is currently updating its regulatory framework to enable helium and hydrogen production, signaling a commitment to supporting the development of these critical resources.

However, this regulatory update is also a crucial aspect of the timeline for production. Pulsar is not only establishing a viable helium resource but also working with state officials to ensure responsible and efficient permitting processes.

The company has secured significant funding to advance the Topaz project, including a recent $12.5 million project financing expression of interest and a $4 million facility extension, demonstrating investor confidence and highlighting the project's potential economic impact. This funding will support the construction of a helium processing plant and facilitate further exploration and development.

Pulsar Helium’s proactive approach, coupled with Minnesota’s resource-rich environment, is creating a synergistic opportunity for both economic growth and energy innovation. The project is expected to generate jobs, stimulate local economies, and contribute to the development of a more resilient and sustainable energy supply chain.