Oleblue
3時間前
Highest Helium Grade Recorded in North America: Pulsar Helium's Minnesota Project as the Domestic US Solution | Made In America
June 10, 2026
Matt Myre
Pulsar Helium is developing the Topaz project in northern Minnesota, a primary helium resource averaging 8.1% helium concentration across seven drilled wells making standalone commercial extraction viable without dependence on natural gas volumes or pricing.
Geopolitical disruption has removed approximately 45% of global helium supply from the market, with the closure of the Strait of Hormuz cutting Qatar's export route and Russia introducing export controls, creating a supply deficit with no short-term self-correcting mechanism.
Minnesota finalised its helium-specific operational regulations in June 2026 wherein legislation is built largely on the work Pulsar has conducted at Topaz thus removing a material non-geological risk from the project's development timeline and establishing a clear regulatory pathway to production that did not previously exist.
The company has engaged Chart Industries to analyse the project's gas composition and begin designing a bespoke helium processing facility, while also confirming the presence of Helium-3 at Topaz, a rare isotope on Earth with applications in quantum computing and fusion research.
With production-ready well drilling scheduled to commence in September 2026, an independent resource update underway, and an economic assessment being prepared, Pulsar Helium is targeting 2027 with concrete production guidance
Pulsar Helium (TSXV:PLSR) is developing the Topaz helium project in northern Minnesota at a moment when geopolitical disruptions has removed approximately 45% of global helium supply from the market. With high-grade primary helium, confirmed helium-3, a supportive regulatory environment, and a US engineering partner already engaged, the company is advancing toward a production decision in a commodity that underpins semiconductor manufacturing, medical imaging, and quantum computing.
The Strategic Case for Domestic Helium
The United States is the world's single largest consumer of helium. It is a commodity whose importance is largely invisible to the general public but is an irreplaceable input in semiconductor fabrication, MRI scanning, space launch systems, and an emerging generation of quantum computing infrastructure. Demand for helium is projected to double by 2035, driven primarily by growth in chip manufacturing and high-performance computing.
The supply picture has deteriorated sharply. More than 95% of the world's helium is produced as a byproduct of natural gas processing, which means output cannot be increased on demand. Qatar has historically supplied approximately 35% of global helium, Russia contributes a further 10%. Together with US domestic sources, these three jurisdictions have underpinned global supply for decades.
The architecture is now under severe stress with the conflict in the Middle East has closed the Strait of Hormuz to container shipping, cutting Qatar's export route. The CEO of QatarEnergy has indicated that the production facility could take three to five years to return to full operation. Meanwhile, Russia has introduced export controls. The combined effect is that roughly 45% of global helium supply is currently offline, with no near-term mechanism for replacement given the byproduct nature of conventional production.
Against this backdrop, Pulsar Helium is developing what it believes to be a large-scale primary helium resource in the United States, one whose output would flow directly to US end users without the transit vulnerabilities, long-term take-or-pay contract structures, and single-point-of-failure risks that have historically defined the global helium trade.
Topaz Project: A Primary Resource in a Byproduct World
In a primary resource, helium is the principal economic driver of extraction. In a secondary or byproduct resource which is the majority of global production, helium is separated from natural gas streams whose economics are dictated entirely by gas prices and gas demand. This structural difference means that a primary producer can respond to helium market conditions directly, offering end users a degree of flexibility that the current supply chain cannot.
Topaz is located in northern Minnesota and was identified following an accidental discovery during nickel and copper exploration drilling when a drill hole encountered gas that tested at one of the highest helium concentrations in recorded history between 10-12%. Pulsar Helium was founded on the basis of that discovery and listed via IPO in the third quarter of 2023.
SOURCE: PULSAR HELIUM COMPANY PRESENTATION MAY 2026
The company has since drilled seven wells across the project area, all of which have encountered gas, with current results averaging 8.1% helium concentration. To place that figure in context: Qatar's helium concentration runs at approximately 0.04% at which the operation is economic because it processes an enormous volume of natural gas with helium as a recoverable fraction. At 8.1%, Topaz operates in an entirely different grade regime, one that makes primary extraction commercially viable without needing natural gas volumes to justify it.
Helium-3: An Unexpected Addition
A more recent development has added a further dimension to the Topaz project. Laboratory testing including analysis by two US federal government laboratories has confirmed the presence of Helium-3 (3He), an isotope of helium with applications that extend well beyond those of the more common Helium-4.
Helium-3's primary applications are in quantum computing, where its ability to reach temperatures lower than conventional Helium-4 allows for greater processing stability, and in advanced fusion energy research where it functions as a potential fuel. The current price point for Helium-3 is approximately $18.7 million per kilogram, a figure that reflects not a true market price but rather the cost of inter-agency government transfers since no commercial market for helium-3 currently exists.
CEO Thomas Abraham-James was measured in how he framed this development, noting that Helium-4 production remains the company's operational priority:
"The priority for us is to get the Helium-4 up and running and to get that into operation. The helium-3, I would look at that as very much the cherry on top of the cake and certainly something that we want to realise, but at the moment it is not the absolute priority of the company."
The commercial pathway for helium-3 requires additional technical work. Six separation processes are known at laboratory scale, none of which have been demonstrated commercially. The US Department of Energy has already begun funding companies to develop lunar Hhelium-3 extraction technology, a data point that frames the domestic alternative Topaz may represent.
CONTINUED:
https://www.cruxinvestor.com/posts/highest-helium-grade-recorded-in-north-america-pulsar-heliums-minnesota-project-as-the-domestic-us-solution?utm_source=Klaviyo&utm_medium=campaign&utm_campaign=June%20Campaign%20-%20Subs%20only&utm_id=01KTY7RJAPM6QHAVJE7Y2ZJF30&utm_term=Pulsar%20Helium&_kx=g2X_RkPP3XpfmkpSlARkQJs_Y-1aGcIQ6cx3fnw5xVc.Ymd8SY#the-strategic-case-for-domestic-helium
Oleblue
2週前
Pulsar Acquires Strategic Surface Land At Topaz Helium Project, Minnesota.
Pulsar Helium Inc. (AIM: PLSR, TSXV: PLSR, OTCQB: PSRHF) (“Pulsar” or the “Company”), a primary helium company, is pleased to announce that it has acquired approximately 1,360 acres of surface land in Lake County, Minnesota, located within its flagship Topaz Project (the “Acquisition”).
Strategic Rationale for the Acquisition
Securing direct surface ownership across a key area of the Topaz Project, including the JS#7 well site, further strengthens long-term operational control as Pulsar advances toward production readiness.
Control of the surface land provides greater certainty for future infrastructure siting, development planning and operational flexibility ahead of the next phase of development.
Concentration of acreage footprint provides optimal scalability of the initial and overall resource development.
Thomas Abraham-James, CEO of Pulsar, commented:
“This Acquisition, driven by our intention to develop Topaz into a significant primary helium producer, builds on growing momentum at the project as we move decisively toward production readiness. It also follows recent legislative progress updating Minnesota’s permitting framework for helium extraction. With a clearer pathway now emerging toward future production, securing ownership of the surface land overlying our leased mineral rights, including the site of our Jetstream #7 well, provides Pulsar with increased operational control and long-term development certainty as we continue advancing Topaz toward production.”
Discover more
We invite you to view our latest Corporate Presentation (Published May 2026)
nowwhat2
3週前
Sadly.....Possibly, zero eventually. Retail getting duped by this company just like they did with DME, RHC, TOH, HELI, and others.
Only difference is this company seems to have perfected their carrot on a stick sales and marketing tactics.
https://investorshub.advfn.com/boards/read_msg.aspx?message_id=172659855
Currently ; https://ceo.ca/rhc
Oleblue
1月前
Helium-3 Infographic Series Published Amid Growing Global Demand Expectations
05/08/2026
Critical Materials & Resource Dependency
Helium-3 Infographic Series Published Amid Growing Global Demand Expectations
Helium & National Security
As global competition intensifies across quantum computing, cryogenics and next-generation energy technologies, helium-3, widely considered one of the world's rarest and most valuable commodities, is increasingly making headlines.
Pulsar Helium Inc. ("Pulsar") has published a new infographic series designed to communicate and simplify the growing significance of helium-3, its applications, and the broader implications surrounding future supply scarcity.
The first two infographics in the series explore helium-3's extraordinary energy potential, often described as among the most energy-dense fuels known to humanity, while also illustrating the emerging economics surrounding the isotope amid expectations that global demand could increase more than tenfold between 2025 and 2035, with current demand likely curtailed by limited supply.
This illustrative campaign comes amid growing international discussion surrounding helium-3's role in enabling frontier technologies, particularly quantum computing and fusion energy research.
Due to its extreme scarcity and strategic importance, helium-3 is considered one of the rarest and most valuable substances on the planet, with reported prices reaching approximately US$18.7 million per kilogram - more than ~100,000 times the value of conventional helium (helium-4). Against this backdrop, the significance of Pulsar's terrestrial helium-3 discovery, which made global headlines following its announcement last October, has become increasingly apparent.
At its Topaz Helium Project in Minnesota, Pulsar has reported helium-3 concentrations of up to 14.5 ppb (parts per billion), based on multiple independent laboratory analyses (two US Federal laboratories, and the Woods Hole Oceanographic Institution). These concentrations fall within the upper range of commonly cited lunar regolith estimates (approximately 1.4 to 15 ppb) and contrast sharply with the approximately 7 ppt (parts per trillion) concentration present in Earth's atmosphere.
Historically, helium-3 has been obtainable only in extremely limited quantities, primarily as a by-product of tritium decay associated with nuclear stockpiles. Against this backdrop, Pulsar's unexpected discovery has attracted significant international attention, not only because of its rarity, but because it potentially offers access to helium-3 concentrations comparable to those being targeted through lunar extraction initiatives, without the immense technical and logistical challenges associated with extraterrestrial mining and transport.
Helium-3 Applications
For the quantum computing industry, helium-3 already plays a critical role. Dilution refrigeration systems, essential for cooling quantum processors to temperatures measured in millikelvin, rely on mixtures of helium-3 and helium-4 to create some of the coldest operational environments achievable on Earth.
Beyond quantum computing, helium-3's potential applications extend even further. The isotope is highly effective as a neutron absorber, making it valuable for radiation detection technologies, border security and scientific instrumentation. When hyperpolarized, helium-3 has also demonstrated utility in advanced MRI imaging, particularly in pulmonary diagnostics and lung imaging.
Perhaps the most widely discussed long-term application, however, remains nuclear fusion, with helium-3 fusion energy potential continuing to attract significant scientific, commercial and geopolitical interest.
Helium-3 on the Global Stage
Pulsar's new infographic series is intended to help communicate these dynamics more clearly to investors, stakeholders and the broader public at a time when helium-3 is increasingly intersecting with discussions surrounding national security, artificial intelligence, advanced manufacturing, quantum systems and future energy technologies.
As an exceptionally scarce keystone resource, helium-3 has the potential to influence future international power dynamics and underpin next-generation technologies. Against this backdrop, Pulsar's discovery creates potential scope for strategic partnerships and future commercial applications across sectors ranging from clean energy to national security.
Pulsar Helium's shares trade on TSXV: PLSR | OTCQB: PSRHF | AIM: PLSR
www.pulsarhelium.com
This article contains information based on current market conditions and publicly available data. It does not constitute financial advice, and investors should conduct their own due diligence before making any investment decisions.
Marc Farrington
PR & Partnerships
marc@pulsarhelium.com
https://pulsarhelium.com/Community/PLSR-Insights/Insight-Details/2026/Helium-3-Infographic-Series-Published-Amid-Growing-Global-Demand-Expectations/default.aspx