Pulsar & Lunar Helium-3 Mining Sign Evaluation Agr

Pulsar signs early-stage deal to assess helium-3 recovery at Topaz, targeting US$18M/kg market.

What the company is saying

Pulsar Helium Inc. has entered an evaluation agreement with Lunar Helium-3 Mining, LLC to assess the technical feasibility of recovering helium-3 from its Topaz Project in Minnesota. The company frames this as a potential breakthrough for U.S. quantum computing and national security, highlighting helium-3’s rarity and its current market price of over US$18 million per kilogram. The narrative stresses independent laboratory confirmation of helium-3 concentrations at Topaz and positions the project as a possible new commercial source. CEO Thomas Abraham-James emphasizes the strategic value and scientific validation underpinning the project, while Dr. Chris Salvino of LH3M underscores the urgency created by a collapsing global supply chain. The announcement is confident in tone but repeatedly acknowledges the early-stage nature of the work and the absence of any guarantee of commercial success. The release foregrounds the technical program and market context, while making clear that no commercial agreement or pilot is yet in place.

What the data suggests

The agreement is limited to an initial evaluation and does not commit either party to commercial deployment. Helium-3 is confirmed as exceptionally scarce, with U.S. production estimated at only 1-2 kilograms per year and inventory below 5 kilograms, while the market price exceeds US$18 million per kilogram. Laboratory analysis of Topaz gas samples returned helium-3 concentrations of 11.2–11.9 parts per billion, verified by multiple U.S. federal laboratories. The technical program will begin with a desktop study, followed by a laboratory phase targeting at least 95% helium-3 purity, subject to final agreement. No economic recovery, pilot results, or commercial viability have been demonstrated. Pulsar retains all ownership of samples and derived materials. The announcement provides no financial data on Pulsar’s own operations, cash position, or capital commitments. All forward-looking value is contingent on successful technical results and future agreements.

Analysis

The announcement is positive in tone, highlighting a potentially transformative opportunity for Pulsar Helium Inc. through the evaluation of helium-3 recovery technology. However, the majority of key claims are forward-looking: the agreement is only for an evaluation, with any pilot or commercial deployment contingent on future success and further agreements. The technical data disclosed (helium-3 concentrations, market price, and U.S. supply constraints) are credible and specific, but there is no evidence of economic recovery, pilot results, or commercial viability. The staged program, with its initial desktop and laboratory phases, implies a multi-year timeline before any commercial benefit could be realised. The capital intensity is flagged by references to potential commercial deployment and the high value of helium-3, but no immediate earnings or production impact is expected. The narrative is somewhat inflated by emphasizing the strategic and market potential of helium-3, while the actual progress is limited to an early-stage evaluation agreement.

Risk flags

• ●The project is at an early technical evaluation stage, with no assurance of successful helium-3 recovery or economic viability. This means investors face significant uncertainty about whether the process can be scaled or commercialized.
• ●All value is contingent on future laboratory results and subsequent agreements, with no binding commitment to proceed to a pilot or commercial phase. This exposes the project to execution and partnership risks.
• ●The U.S. helium-3 market is extremely small, with annual production of just 1-2 kilograms and inventory under 5 kilograms, so any commercial opportunity depends on both technical success and the emergence of scalable demand.
• ●No financial or capital expenditure figures for Pulsar are disclosed, making it impossible to assess the company’s ability to fund further development or withstand delays.
• ●The announcement highlights the strategic importance of helium-3 for quantum computing and fusion, but these applications are either nascent or long-dated, so near-term revenue is highly speculative.

Bottom line

Pulsar Helium’s agreement with LH3M marks the start of a technical evaluation to see if helium-3 can be economically recovered from the Topaz Project, with laboratory-verified concentrations and a target product purity of at least 95%. The market context is compelling, with helium-3 selling for over US$18 million per kilogram and U.S. supply severely constrained, but the project is at a very early stage with no commercial pathway yet proven. All disclosed figures relate to market pricing and laboratory assays, not to Pulsar’s own financials or capital plans. The narrative is ambitious, but the only realized step is an evaluation agreement and the launch of a desktop study. Investors should treat this as a speculative, long-term opportunity, with the next critical milestone being laboratory results that demonstrate technical and economic feasibility. The most important takeaway is that while the potential upside is large, the path to commercial helium-3 production from Topaz is unproven and high risk.

Announcement summary

(AIM: PLSR) (TSXV: PLSR) (OTCQB: PSRHF) Pulsar Helium Inc. announced it has entered into an evaluation agreement with Lunar Helium-3 Mining, LLC (LH3M) to assess LH3M's proprietary helium-3 separation, concentration, recovery, and processing technology using data and helium samples from Pulsar's flagship Topaz Project in Minnesota, USA. The collaboration aims to evaluate the technical feasibility of recovering and concentrating helium-3 from Topaz gas, including technical compatibility, recovery performance, product purity, operating requirements, scale-up considerations, and preliminary economics. The staged program may lead to discussions of a controlled pilot and, if a separate definitive agreement is reached, potential commercial deployment of LH3M's technology at Topaz. Helium-3 is described as an exceptionally rare and high-value isotope, currently selling for more than US$18 million per kilogram in specialized markets, and is critical for quantum computing and national security applications. U.S. helium-3 supply is currently limited to recovery from radioactive tritium decay at the Department of Energy's Savannah River Site, with annual U.S. production estimated by LH3M at approximately 1-2 kilograms and available U.S. inventory potentially less than 5 kilograms. Independent analysis of raw gas samples from the Jetstream #1 well at Topaz by the U.S. Geological Survey Noble Gas Laboratory and Lawrence Livermore National Laboratory confirmed helium-3 concentrations of approximately 11.2-11.9 parts per billion, closely matching results from the Woods Hole Oceanographic Institution. The initial working target for the evaluation program is at least 95% helium-3 purity, subject to agreement in the final Phase 2 Plan. The program will begin with a desktop evaluation of Topaz gas-composition, isotopic, and analytical data, followed by a proposed laboratory evaluation plan from LH3M. If the laboratory evaluation is successful, the parties will discuss a controlled pilot and may negotiate definitive commercial terms for deployment of LH3M's technology at Topaz. Pulsar will retain ownership of all Topaz samples and all helium-3, helium, and other materials derived from them. The evaluation remains at an early stage, and there is no assurance that it will be successful, that a pilot will proceed, or that the parties will conclude a commercial agreement. Thomas Abraham-James is Chief Executive Officer and Director of Pulsar Helium Inc. Dr. Chris Salvino is Chief Executive Officer and Chief Engineer of Lunar Helium-3 Mining, LLC. Dr. Salvino will present "Helium-3: A Collapsing Global Supply Chain and the Race to the Moon" at the 4th NASA-USGS Offworld Resources Workshop on October 14, 2026. The Topaz Project is located in Minnesota, USA.

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