Drilling operations have kicked off at Standard Uranium Ltd.'s (STND:TSX.V; STTDF:OTC; 9SU:FRA) flagship Davidson River uranium project, situated in the southwestern Athabasca uranium district of Saskatchewan, according to a June 2 release.
The field teams have reached the site and initiated drilling activities as planned. The drilling began on May 29 and is part of a helicopter-supported program set to extend over approximately 12 weeks, aiming to complete over 8,000 meters of diamond drilling across three significant conductor trends, the company said.
"We are extremely excited to return to drilling our flagship project for the first time since 2022," said Standard's President and Vice President of Exploration, Sean Hillacre. "Our technical team has done an exceptional job advancing the project over the last several years, and armed with our new multiphysics data sets, we are applying a discovery-driven approach to what we believe are the strongest drill targets we have ever had at Davidson River. The combination of new data, refined geological interpretation, and a much higher-confidence targeting approach gives us tremendous enthusiasm heading into this next phase of exploration."
The drill holes are strategically designed to target high-grade basement-hosted uranium mineralization within the Bronco, Thunderbird, and Warrior conductive corridors, the release noted. This approach builds on insights from previous drilling programs and incorporates data from recent exosphere multiphysics surveys.
The company said it has refined its exploration strategy by enhancing its understanding of the structural architecture of basement conductors and identifying lithological variations and potential alteration signatures at depth. This comprehensive strategy utilizes a combination of real-time 3-D ambient noise tomography (ANT), horizontal-to-vertical spectral ratio (HVSR), and ground gravity surveys, integrated with existing drilling and geophysical data.
The 2026 drill program at Davidson River is set to be the most extensive in the company's history, with two drill rigs employed to explore new targets along the structural corridors. The project spans 30,737 hectares across 10 contiguous mineral claims and is positioned along the western extension of structural corridors known for hosting significant uranium discoveries in the southwestern Athabasca region.
In collaboration with Fleet Space Technologies, Standard Uranium conducted the region's first-ever exosphere multiphysics surveys, integrating 3-D ANT, HVSR, and ground gravity data to create detailed 3-D models that correct for cover and delineate basement velocity, density, and structural architecture across the surveyed corridors.
This integration of multiphysics data with previous drill results and advanced targeting techniques has led to the identification of high-confidence drill targets. Notably, distinct density-low anomalies, which are potential indicators of hydrothermal alteration associated with uranium mineralization, have been detected across all three surveyed corridors, aligning with mapped EM conductors and basement fault extrapolations.
New Drilling Campaign at Davidson River
The company said it is gearing up for its first drilling operation at the Davidson River site since 2022. With all necessary preparations in place, including confirmed targets, acquired permits, and contracts with key contractors finalized, the project is on the brink of commencement.
The 2026 drilling efforts will focus on uncovering basement-hosted, high-grade uranium mineralization, Standard said. This exploration is conducted along the same regional structural trends that are known for significant uranium findings, such as NexGen Energy Ltd.'s (NXE:TSX; NXE:NYSE.MKT) Arrow deposit and Paladin Energy Ltd.'s (PDN:TSX; PDN:ASX) Triple R deposit.
On May 27, the company announced it was expanding the drilling program to significantly increase its scope during the 2026 summer drill campaign. The funds will be raised through the net proceeds of a forthcoming offering.
Standard Uranium Ltd. has announced its plans to conduct a non-brokered private placement aimed at generating up to CA$4 million in gross proceeds. The offering will involve selling units of the company, priced at CA$0.10. Each unit will comprise one common share of the company and one-half of one common share purchase warrant.
The funds generated from the offering will be allocated towards the exploration activities at the company's principal Davidson River Project and to bolster its working capital.
Co. Strategically Positioned in Top Uranium Region
Standard Uranium, a dynamic uranium exploration entity and budding project generator, said it is strategically positioned for discovery in one of the globe's top uranium regions. The company has secured interests spanning over 88,758 hectares within the renowned Athabasca Basin in Saskatchewan, Canada. Since its inception, Standard Uranium has dedicated its efforts to pinpointing, acquiring, and exploring potential Athabasca-style uranium sites, aiming for significant discoveries and subsequent development.
The company's premier project, Davidson River, is situated in the southwestern sector of the Athabasca Basin and encompasses ten mineral claims covering 30,737 hectares. This project is deemed highly promising for basement-hosted uranium deposits, thanks to its alignment with the trend of recent high-grade uranium findings. Despite its vast area and numerous targets, Davidson River has not been extensively drilled, leaving much of its potential untapped. However, recent drill results revealing broad, structurally complex, and significantly altered shear zones have bolstered confidence in the project's exploration model and hint at promising outcomes ahead.
In addition to Davidson River, Standard Uranium holds over 38,417 hectares in the eastern Athabasca Basin, an area also recognized for its high potential for both unconformity-related and basement-hosted uranium deposits. This assertion is supported by historical uranium findings, newly detected geophysical anomalies, and the proximity to other high-grade uranium discoveries.
Furthermore, the company's Sun Dog project in the northwestern part of the Athabasca Basin comprises nine mineral claims over 19,603 hectares, the company said. Like Davidson River, Sun Dog is highly prospective for both basement- and unconformity-hosted uranium deposits. Despite its promising location near known uranium discoveries, the project remains largely unexplored due to insufficient drilling, presenting a significant opportunity for future exploration endeavors.
Initial Drilling Campaign at Corvo Project
Standard Uranium recently disclosed findings from its first-ever drilling campaign at the Corvo uranium project near Wollaston Lake in northeastern Saskatchewan, according to an updated research note by Red Cloud Analyst David A. Talbot on April 27.
This initial 10-hole drill program, covering 2,457 meters, marks the first drilling at Corvo in over four decades, targeting the Manhattan, Brooklyn, and Tribeca sites. The program successfully intersected anomalous radioactivity (>300 cps) in seven out of ten holes, with a total of 23 meters of composite radioactivity recorded across all intervals, Talbot noted. While the scintillometer readings are modest and assays are still pending, these preliminary results are considered a promising start for reconnaissance drilling at this nascent project.
"We view these results as a first pass success for reconnaissance drilling on the grassroots project," the analyst wrote. "The geological settings discussed, including hydrothermally altered fault zones and quartz-carbonate veining in paragneiss and pegmatite, align with the characteristics observed at nearby deposits such as the former Rabbit Lake mine and the recently discovered GMZ/Ackio zones. There are still 25 kilometers of structural corridors untested along strike, and phase 2 is being planned, providing room to build on the early results. Corvo is one of the several projects in STND'S portfolio. Its flagship Davidson River project remains the primary value driver, located in the SW of the Athabasca Basin and on trend with NexGen Energy Ltd.'s Arrow deposit and Paladin Energy Ltd.'s Triple R."
Notably, drill hole CRV-26-009 at the Tribeca target emerged as a highlight of the campaign, revealing 16 separate radioactive intervals down to a depth of 182 meters, including a peak radioactivity of 1700 cps (counts per second, a measure of radioactivity). The detected radioactivity was primarily hosted in pegmatite, paragneiss, and granitoid orthogneiss units within fault zones characterized by breccias, cataclasites, and quartz-carbonate veining, Talbot said.
Further bolstering the project's prospects, surface exploration conducted in the summer of 2025 at the Manhattan showing confirmed off-scale radioactivity (>65,535 cps) and produced grab samples with uranium concentrations up to 8.10% U3O8. Additionally, a comprehensive 5,185-station ground gravity survey and a 1,380 line-kilometer airborne TDEM survey completed in late 2025 played a crucial role in defining the drill targets for this initial program.
From a financial perspective, the risk for Standard Uranium is mitigated through a strategic partnership with Aventis Energy Inc. (AVE:CSE; VBAMF:OTC; C0O0:FRA), which is under a three-year earn-in option agreement, according to the research note. Aventis is committed to funding CA$6 million in exploration expenses to acquire a 75% interest, while Standard Uranium retains a 25% free-carried interest through the earn-in period and maintains operational control.
"We maintain our BUY rating for the stock," said the analyst, who did not give a traditional target price. "With further drilling and exploration success, STND's share price could help re-rate the stock. The Corvo results are an encouraging start for a grassroots program. Davidson River remains the primary value driver in STND's portfolio. Upcoming catalysts: 1) Corvo assay results (pending), 2) Phase 2 drill planning at Corvo, 3) Davidson River exploration (ongoing)."
The Catalyst: Triple-Digit Uranium Prices?
Utilities are actively preparing for the possibility of uranium prices reaching triple digits, as reflected in their long-term fuel contracts, which are increasingly based on the expectation of higher future costs for uranium, according to a report by John Potter for Benzinga on June 6. This trend was highlighted by Cameco Corp. (CCO:TSX; CCJ:NYSE) President Grant Isaac during his appearance on the "Triangle Investor" podcast on April 6. Isaac noted that many utilities engaged in negotiating long-term uranium contracts are incorporating pricing models that anticipate uranium prices to be around US$120 per pound. These contracts typically include both price floors and ceilings to manage financial risk associated with fluctuating uranium prices.
Isaac further revealed that a significant portion of the market is adjusting to these higher price expectations. "There are a number of utilities, 70% of the volumes contracted in 2025, are already pricing uranium at three-digit prices," he stated. "The midpoint is nearly US$120 uranium."
This shift indicates a substantial alignment within the industry towards anticipating and planning for increased uranium costs in the near future.
Isaac said about 116 million pounds of uranium were secured under long-term contracts in 2025, in a market that annually consumes about 190 million pounds. Isaac emphasized Cameco's preference for contracts that are tied to future market prices of uranium rather than fixed-price agreements set years before delivery. He stressed the importance of securing future supplies through contracts, stating, "If you want to claim our future supply, you'd better be contracting."
The demand for nuclear energy has been on the rise as both governments and technology companies look for more dependable sources of carbon-free electricity to power data centers and meet industrial power requirements, Potter's piece reported. Additionally, several countries have been extending the operational lifespans of their aging nuclear reactors to meet the escalating global demand for electricity, according to a 2025 report by the International Energy Agency. This trend underscores the increasing reliance on nuclear energy and the strategic importance of uranium in the global energy landscape.
According to a report by Maria Basso, James Mazurek, and Eric Enselme on the World Economic Forum site on December 11, 2025, the rapid expansion of AI workloads is increasingly positioning electricity availability as a crucial factor for innovation and competitiveness.
"Data-center electricity demand is expected to double by 2030, and recent research from Cornell warns that, without smarter siting and efficiency gains, AI data centers could strain U.S. power systems by 2030 (adding emissions equivalent to 5-10 million cars and consuming water equal to 6-10 million households annually)," the authors wrote.
The World Nuclear Association has highlighted uranium as a crucial energy-linked mineral over the last six decades, according to a May 11 report by Amy Rotman for Mining.com.au. Currently, the primary uranium mining operations are located in Canada, Namibia, Kazakhstan, and Australia, with new exploration areas emerging globally.
Since 2020, there has been a noticeable recovery in uranium prices, signaling a shift in global sentiment towards nuclear power. This positive shift is largely due to the recognition of nuclear energy as a vital low-carbon source that can contribute to meeting global emissions targets and enhancing energy security, the article said.
Streetwise Ownership Overview*
Standard Uranium Ltd. (STND:TSX; STTDF:OTC; 9SU:FRA)
| Date | Old Symbol | Old Shares | New Symbol | New Shares |
|---|---|---|---|---|
| 05/08/24 | STND | 5 | STND | 1 |
At COP28 in December 2023, a declaration was made to triple nuclear energy capacity by 2050, underscoring its essential role in achieving net-zero emissions. This initiative garnered support from over 20 countries, including major players like the U.S., Canada, France, Japan, the U.K., and others from Europe, Asia, and the Middle East. The commitment was reinforced at COP30, with participation expanding to 33 countries.
The International Atomic Energy Agency (IAEA) has described the goal to triple nuclear capacity by 2050 as ambitious, projecting a potential doubling of capacity to between 561 gigawatt electric (GWe) and 992 GWe. This expansion would solidify nuclear power as a key component of the global clean energy transition. As of November 19, 2025, the world has 376.3 GWe of nuclear capacity from 416 operational reactors, Rotman reported.
Ownership and Share Structure1
About 2% is owned by insiders and management, and about 7% by institutions. The rest is retail.
Top shareholders include Accilent Capital Management Inc. with 6.67%, Jonathan Bey with 0.77%, Blair Jordan with 0.29%, Neil McCallum with 0.27%, and Zoya Shashkova with 0.25%.
Its market cap is CA$14.99 million with 149.93 million shares outstanding. It trades in a 52-week range of CA$0.07 and CA$0.15.
| Want to be the first to know about interesting Uranium investment ideas? Sign up to receive the FREE Streetwise Reports' newsletter. | Subscribe |
Important Disclosures:
- As of the date of this article, officers, contractors, shareholders, and/or employees of Streetwise Reports LLC (including members of their household) own securities of Cameco Corp.
- Steve Sobek wrote this article for Streetwise Reports LLC and provides services to Streetwise Reports as an employee.
- This article does not constitute investment advice and is not a solicitation for any investment. Streetwise Reports does not render general or specific investment advice and the information on Streetwise Reports should not be considered a recommendation to buy or sell any security. Each reader is encouraged to consult with his or her personal financial adviser and perform their own comprehensive investment research. By opening this page, each reader accepts and agrees to Streetwise Reports' terms of use and full legal disclaimer. Streetwise Reports does not endorse or recommend the business, products, services or securities of any company.
For additional disclosures, please click here.
1. Ownership and Share Structure Information
The information listed above was updated on the date this article was published and was compiled from information from the company and various other data providers.
