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Gladiator Resources Ltd (ASX: GLA) (Gladiator or the Company) is pleased to provide an update on its ongoing exploration activity at the Mkuju Uranium Project, located in southern Tanzania.
- Drill-hole LNDD020 drilled at the Likuyu North deposit, part of the Mkuju Project, returns 6 mineralised intervals including 7.1 metres averaging 1,963ppm eU3O81, from 63.1 metres depth. This hole was drilled central to the deposit to provide core for an assessment of In Situ Recovery (ISR) of the uranium.
- ISR is the preferred method for mining uranium deposits. ERM Australia Consultants Pty Ltd (ERM) are undertaking an initial ISR assessment for Likuyu North.
- Drill-hole LNDD015 down-dip of the deposit has a ~5m mineralised interval; samples have been dispatched to the lab. This interval is 100m south of the current Mineral Resource Estimate (MRE).
- The 2022 JORC compliant MRE for Likuyu North (4.6 Mlbs U3O8) was based on a pit- shell assuming conventional open-pit mining methods; adoption of ISR may support expansion of it.
Commenting on the drill results, Gladiator’s Chairman Greg Johnson said:
“Drillhole LNDD020 demonstrates the quality of the Likuyu North deposit, and we are excited by the potential opportunity the area provides. Grade and other characteristics appear to be well-suited to ISR. With that in mind, Gladiator has appointed ERM (formerly CSA Global) to help advance this strategy, and if the ISR study is encouraging the Company will consider larger-scale exploration at Likuyu North, Likuyu South and at the Mtonya deposit area, with an aim of maximizing the resource available for a potential ISR operation”.
Drillhole LNDD020
This hole was drilled to provide fresh drill-core to assist with initial assessment of the potential of ISR as a mining method for the Likuyu North deposit. The deposit has a JORC compliant Mineral Resource Estimate of 4.6Mlbs U3O8 with an average grade of 267ppm U3O8. The hole was positioned in an area relatively central to the deposit known to have thick and high-grade mineralisation, hosted by medium to coarse grained sandstone beds. Figure 1 is a cross-section and shows LNDD020. The hole contains 6 mineralised intervals (Table 2) including:
- 2.5 metres with an average grade of 438 ppm eU3O8 from 17.1m depth.
- 7.1 metres with an average grade of 1,963 ppm eU3O8 from 63.1m depth.
Figure 1: North-south cross-section showing the downhole logged eU3O8, mineralized layers and oxide/transitional zones. LNDD015 and LNDD020 are shown.
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This article includes content from Gladiator Resources Limited, licensed for the purpose of publishing on Investing News Australia. This article does not constitute financial product advice. It is your responsibility to perform proper due diligence before acting upon any information provided here. Please refer to our full disclaimer here.
GLA:AU
IsoEnergy and Purepoint Confirm Uranium Discovery in Initial Drilling at the Dorado Joint Venture Project
IsoEnergy Ltd. (NYSE American: ISOU) (TSX: ISO) ("IsoEnergy") and Purepoint Uranium Group Inc. (TSXV: PTU) (OTCQB: PTUUF) ("Purepoint") are pleased to announce a highly encouraging start to the inaugural drill program at their 50/50 Dorado project ("Dorado" or the "Project"), located in Saskatchewan's world-class Athabasca Basin (Figure 1). Initial drilling at the Q48 target on the Project, completed by Purepoint as the operator of the program, intersected uranium mineralization in two holes, with downhole gamma probe readings up to 79,800 counts per second (CPS). The intercepts occur within strongly altered basement rocks – suggesting an active uranium-bearing hydrothermal system.
Highlights
- Initial drillholes at the Q48 target, located in the southern portion of the Project, have intersected uranium mineralization, confirming the zone as a significant uranium-bearing structure. (Figure 2).
- Drillholes PG25-04 and PG25-05 intersected a steeply dipping, north-south trending mineralized structure at vertical depths of 60 and 20 metres below the unconformity, respectively.
- Radioactivity readings from downhole probe measurements averaged 11,050 cps over 3.7 metres with a maximum of 74,800 in PG25-04, and 27,750 over 2.3 metres with a maximum of 79,800 in PG25-05 (See Table 1 for full details).
- Mineralization is hosted within strongly clay-altered basement rocks—considered key indicators of a uranium-bearing hydrothermal system consistent with known Athabasca-style deposits.
- Q48 was originally highlighted as a high-priority target based on historic drilling that encountered structurally disrupted, altered basement rocks with weak radioactivity, and further confirmed in 2022 by IsoEnergy's identification of brittle faults, shearing, and alteration along the conductive trend.
- A third follow-up hole is underway to further track the mineralized structure along the Q48 conductive corridor to the northeast. Approximately 5,400 metres in 18 drill holes are planned for the Project in 2025.
"This is exactly the kind of start we were aiming for. These early results suggest we're on the trail of something meaningful," said Chris Frostad, President and CEO at Purepoint. "These initial hits speak to the quality of the target and the systematic approach our team is taking to uncover its potential. We're moving quickly to follow up on these encouraging results as drilling continues."
Philip Williams, CEO and Director of IsoEnergy commented, "Our JV project was created to focus exploration where we see real discovery potential. This exploration success reinforces the strength of our partnership with Purepoint. By combining deep Basin experience with a focused, well-funded program, we believe we've positioned Dorado for continued success through a disciplined exploration effort. It's exciting to see that approach already delivering promising results."
DDHs PG25-04 and PG25-05
Drill hole PG25-04 targeted the Q48 conductor (Figure 1) approximately 800 metres northwest of IsoEnergy's 2022 drilling (Figure 2). The drill hole was collared with a dip of -60 degrees and encountered Athabasca sandstone to a depth of 321 metres. Clay altered granitic gneiss and pegmatites were drilled to 393 metres then garnet-rich pelitic gneiss, with local pyrite and graphite, was drilled to the completion depth of 489 metres. The reddish-brown altered radioactive gouge seams were hosted by a chloritized pegmatite (Figure 3) and returned an average of 64,220 cps over 0.4 metres (Table 1).
Hole PG25-05 was collared using the same azimuth as PG25-04 and intercepted the radioactive structure approximately 40 metres up-dip of that hole. The hole encountered the unconformity at 309 metres, clay altered granitic gneiss and pegmatites to 371 metres, then garnet-rich pelitic gneiss, locally with pyrite and graphite, to the completion depth of 498 metres. The central mineralized structure was hosted in a sheared / brecciated reddish-brown altered granitic gneiss (Figure 4) and returned an average of 75,660 cps over 0.4 metres.
Table 1: Downhole Gamma Results of Drill Holes PG25-04 and PG25-05
| Hole ID | From (m) | To (m) | Length (m) | Avg. cps | Max. cps |
| PG25-04 | 248.7 | 249.4 | 0.7 | 660 | 1,010 |
| 366.0 | 367.0 | 1.0 | 690 | 810 | |
| 374.5 | 275.4 | 0.9 | 810 | 1,050 | |
| 383.7 | 387.4 | 3.7 | 11,050 | 74,800 | |
| Includes | 384.7 | 385.1 | 0.4 | 64,220 | |
| PG25-05 | 296.7 | 297.7 | 1.0 | 790 | 960 |
| 325.0 | 327.3 | 2.3 | 27,750 | 79,800 | |
| Includes | 326.1 | 326.5 | 0.4 | 75,660 | |
| 328.8 | 329.8 | 1.0 | 730 | 1,000 | |
| 395.8 | 396.3 | 0.5 | 1,770 | 2,680 |
Note: Mt. Sopris 2PGA probe used to record downhole gamma readings
Q48 Zone
The Q48 zone lies within the southern portion of the Project and is characterized by a steeply dipping, north-south trending conductive package identified through geophysical surveys. Historic drilling in the area intersected strongly altered and structurally disrupted rocks at the unconformity and in the basement, including garnetiferous pelitic gneiss, graphitic pelitic gneiss, and semipelite, with local weak radioactivity and zones of intense clay alteration. These results, combined with the geophysical response, highlighted Q48 as a highly prospective but underexplored target.
Drilling by IsoEnergy in 2022 confirmed that the conductive trend at Q48 hosts structure, shearing, and alteration, characteristics of uranium-bearing hydrothermal systems in the Athabasca Basin. The current program is designed to systematically follow-up and fully test the Q48 conductive corridor.
Figure 1: Location of the Larocque Trend, host to the high-grade Hurricane deposit and multiple high-grade uranium occurrences within the newly formed Project. The Q48 Target Area, priority focus for the 2025 drill program is highlighted.
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Figure 2: Location Map of 2025 Drill Program at Q48 Target Area
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Figure 3: PG25-04 Mineralization
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Figure 4: PG25-05 Mineralization
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About the Dorado Project
Dorado is the flagship project of the IsoEnergy-Purepoint 50/50 joint venture, a partnership encompassing more than 98,000 hectares of prime uranium exploration ground. The Project includes the former Turnor Lake, Geiger, Edge, and Full Moon properties, all underlain by graphite-bearing lithologies and fault structures favorable for uranium deposition.
Recent drilling by IsoEnergy east of the Hurricane Deposit has intersected strongly elevated radioactivity in multiple holes. The anomalous radioactivity confirms the continuity of fertile graphitic rock package and further highlights the opportunity for additional high-grade discoveries across the region.
The shallow unconformity depths across the Dorado property-typically between 30 and 300 metres-allow for highly efficient drilling and rapid follow-up on results.
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Gamma Logging and Geochemical Assaying
A Mount Sopris 2PGA-1000 downhole total gamma probe was utilized for radiometric surveying. The total gamma results provided in Table 1 were selected using a cutoff of 500 cps over a 0.5 metre width. All drill intercepts are core width and true thickness is yet to be determined.
Core samples are submitted to the Saskatchewan Research Council (SRC) Geoanalytical Laboratories in Saskatoon. The SRC facility is ISO/IEC 17025:2005 accredited by the Standards Council of Canada (scope of accreditation #537). The samples are analyzed for a multi-element suite using partial and total digestion inductively coupled plasma methods, for boron by Na2O2 fusion, and for uranium by fluorimetry.
Qualified Person Statement
The scientific and technical information contained in this news release relating to IsoEnergy and Purepoint was reviewed and approved by Dr. Dan Brisbin, P.Geo., IsoEnergy's Vice President, Exploration and Scott Frostad BSc, MASc, P.Geo., Purepoint's Vice President, Exploration, who are "Qualified Persons" (as defined in NI 43-101 - Standards of Disclosure for Mineral Projects ("NI 43-101")).
For additional information with respect to the current mineral resource estimate for IsoEnergy's Hurricane Deposit, please refer to the Technical Report prepared in accordance with NI 43-101 entitled "Technical Report on the Larocque East Project, Northern Saskatchewan, Canada" dated August 4, 2022, available under IsoEnergy's profile at www.sedarplus.ca.
This news release refers to properties other than those in which IsoEnergy and Purepoint have an interest. Mineralization on those other properties is not necessarily indicative of mineralization on the Joint Venture properties.
About IsoEnergy Ltd.
IsoEnergy (NYSE American: ISOU) (TSX: ISO) is a leading, globally diversified uranium company with substantial current and historical mineral resources in top uranium mining jurisdictions of Canada, the U.S. and Australia at varying stages of development, providing near-, medium- and long-term leverage to rising uranium prices. IsoEnergy is currently advancing its Larocque East project in Canada's Athabasca basin, which is home to the Hurricane deposit, boasting the world's highest-grade indicated uranium mineral resource. IsoEnergy also holds a portfolio of permitted past-producing, conventional uranium and vanadium mines in Utah with a toll milling arrangement in place with Energy Fuels. These mines are currently on standby, ready for rapid restart as market conditions permit, positioning IsoEnergy as a near-term uranium producer.
About Purepoint
Purepoint Uranium Group Inc. (TSXV: PTU) (OTCQB: PTUUF) is a focused explorer with a dynamic portfolio of advanced projects within the renowned Athabasca Basin in Canada. Highly prospective uranium projects are actively operated on behalf of partnerships with industry leaders including Cameco Corporation, Orano Canada Inc. and IsoEnergy Ltd.
Additionally, the Company holds a promising VMS project currently optioned to and strategically positioned adjacent to and on trend with Foran Mining Corporation's McIlvenna Bay project. Through a robust and proactive exploration strategy, Purepoint is solidifying its position as a leading explorer in one of the globe's most significant uranium districts.
For more information, please contact:
IsoEnergy Ltd.
Philip Williams, CEO and Director
(833) 572-2333
info@isoenergy.ca
www.isoenergy.ca
Purepoint Uranium Group Inc.
Chris Frostad, President & CEO
Phone: (416) 603-8368
Email: cfrostad@purepoint.ca
Neither the Exchange nor its Regulation Services Provider (as that term is defined in the policies of the Exchange) accepts responsibility for the adequacy or accuracy of this Press release.
Cautionary Statement Regarding Forward-Looking Information
This press release contains "forward-looking information" within the meaning of applicable Canadian securities legislation. Generally, forward-looking information can be identified by the use of forward-looking terminology such as "plans", "expects" or "does not expect", "is expected", "budget", "scheduled", "estimates", "forecasts", "intends", "anticipates" or "does not anticipate", or "believes", or variations of such words and phrases or state that certain actions, events or results "may", "could", "would", "might" or "will be taken", "occur" or "be achieved". This forward-looking information may relate to additional planned exploration activities for 2025, including the timing thereof and the anticipated results thereof; and any other activities, events or developments that the companies expect or anticipate will or may occur in the future.
Forward-looking statements are necessarily based upon a number of assumptions that, while considered reasonable by management at the time, are inherently subject to business, market and economic risks, uncertainties and contingencies that may cause actual results, performance or achievements to be materially different from those expressed or implied by forward-looking statements. Such assumptions include, but are not limited to, that planned exploration activities are completed as anticipated; the anticipated costs of planned exploration activities, the price of uranium; that general business and economic conditions will not change in a materially adverse manner; that financing will be available if and when needed and on reasonable terms; and that third party contractors, equipment and supplies and governmental and other approvals required to conduct the Joint Venture's planned activities will be available on reasonable terms and in a timely manner. Although each of IsoEnergy and Purepoint have attempted to identify important factors that could cause actual results to differ materially from those contained in forward-looking information, there may be other factors that cause results not to be as anticipated, estimated or intended. There can be no assurance that such information will prove to be accurate, as actual results and future events could differ materially from those anticipated in such statements. Accordingly, readers should not place undue reliance on forward-looking information.
Such statements represent the current views of IsoEnergy and Purepoint with respect to future events and are necessarily based upon a number of assumptions and estimates that, while considered reasonable by IsoEnergy and Purepoint, are inherently subject to significant business, economic, competitive, political and social risks, contingencies and uncertainties. Risks and uncertainties include but are not limited to the following: the inability of the Joint Venture to complete the exploration activities as currently contemplated; uncertainty of additional financing; no known mineral resources or reserves; aboriginal title and consultation issues; reliance on key management and other personnel; actual results of technical work programs and technical and economic assessments being different than anticipated; regulatory determinations and delays; stock market conditions generally; demand, supply and pricing for uranium; and general economic and political conditions. Other factors which could materially affect such forward-looking information are described in the risk factors in each of IsoEnergy's and Purepoint's most recent annual management's discussion and analyses or annual information forms and IsoEnergy's and Purepoint's other filings with the Canadian securities regulators which are available, respectively, on each company's profile on SEDAR+ at www.sedarplus.ca. IsoEnergy and Purepoint do not undertake to update any forward-looking information, except in accordance with applicable securities laws.
Terra Clean Energy: Advancing an Expansive Uranium Landholding in the Prolific Athabasca Basin
Terra Clean Energy (CSE:TCEC,OTCQB:TCEFF,FSE:C9O0) is advancing its 100 percent-owned South Falcon East Project, strategically located in the southeastern Athabasca Basin, Saskatchewan — one of the world’s premier uranium districts. The project stands out among uranium juniors for its shallow mineralization, strong discovery potential, and proximity to established infrastructure.
Anchored by a historical resource of nearly 7 million pounds (Mlbs) U₃O₈ at the Fraser Lakes Zone B, the project also hosts multiple zones of confirmed mineralization and structural alteration. Terra is advancing toward a NI 43-101-compliant resource update in 2025, with the goal of materially expanding its resource base. Situated along the highly prospective Way Lake Conductor — a folded, uranium-enriched corridor — the project offers significant upside for new discoveries beyond the existing resource.
South Falcon East, Terra Clean Energy’s flagship project, spans 12,234 hectares on the southeastern margin of the Athabasca Basin, Saskatchewan, just 55 km east of the historic Key Lake uranium mill. The project hosts the Fraser Lakes Zone B deposit, with a historical inferred resource of 6.96 Mlbs U₃O₈ at 0.03% and 5.34 Mlbs ThO₂ at 0.023 percent, contained within 10.35 Mt using a 0.01 percent U₃O₈ cutoff. While not yet classified under NI 43-101, Terra considers the resource data reliable and a strong foundation for future exploration and growth.
Company Highlights
- Unique, Shallow Uranium System: Only micro-cap in the Athabasca Basin advancing a near-surface uranium deposit, with significantly reduced exploration and potential development costs.
- Pounds-in-the-ground Upside: Historical resource of 6.96 Mlbs U₃O₈ and 5.34 Mlbs ThO₂, with considerable expansion potential from historical and recent drilling.
- Prime Location: Situated 55 km east of the Key Lake Mill within the prolific Athabasca Basin – home to the world’s highest-grade uranium deposits.
- Strong Technical Leadership: Led by a team with extensive uranium exploration and capital markets experience, including veterans from Skyharbour Resources and Azincourt Energy.
- Resource Update Underway: 2024–25 infill and step-out drilling will support an NI 43-101 compliant mineral resource estimate, incorporating higher-grade intercepts from Terra’s 2024 campaign.
- Re-rating Potential: Market cap under $5 million despite having a historical uranium resource, confirmed mineralized zones, and near-term catalysts.
This Terra Clean Energy profile is part of a paid investor education campaign.*
Click here to connect with Terra Clean Energy (CSE:TCEC) to receive an Investor Presentation
Terra Clean Energy
Investor Insight
With a clear, discovery-focused strategy, Terra Clean Energy is advancing one of the most unique near-surface uranium opportunities in the Athabasca Basin, targeting rapid resource growth and re-rating potential through continuous exploration, aggressive drilling, and disciplined capital deployment.
Overview
Terra Clean Energy (CSE:TCEC,OTCQB:TCEFF,FSE:C9O0) is unlocking value from its wholly owned South Falcon East project, located in the southeastern Athabasca Basin in Saskatchewan, Canada. The project uniquely positions Terra among uranium juniors due to its shallow mineralization and proximity to world-class infrastructure.
With a historical uranium resource of nearly 7 million lbs (Mlbs) U₃O₈ at Fraser Lakes Zone B, and multiple zones of confirmed mineralization and structural alteration, Terra is targeting an updated NI 43-101 resource in 2025, aiming to significantly grow its asset base. The project’s location along the Way Lake Conductor – a folded, fertile corridor – offers blue-sky potential for additional discoveries.
As global demand for uranium surges due to energy security concerns and the electrification boom (AI, EVs, nuclear baseload), Terra offers investors a rare combination of historical resource foundation, shallow mineralization, and transformational growth potential at a micro-cap valuation.
Company Highlights
- Unique, Shallow Uranium System: Only micro-cap in the Athabasca Basin advancing a near-surface uranium deposit, with significantly reduced exploration and potential development costs.
- Pounds-in-the-ground Upside: Historical resource of 6.96 Mlbs U₃O₈ and 5.34 Mlbs ThO₂, with considerable expansion potential from historical and recent drilling.
- Prime Location: Situated 55 km east of the Key Lake Mill within the prolific Athabasca Basin – home to the world’s highest-grade uranium deposits.
- Strong Technical Leadership: Led by a team with extensive uranium exploration and capital markets experience, including veterans from Skyharbour Resources and Azincourt Energy.
- Resource Update Underway: 2024–25 infill and step-out drilling will support an NI 43-101 compliant mineral resource estimate, incorporating higher-grade intercepts from Terra’s 2024 campaign.
- Re-rating Potential: Market cap under $5 million despite having a historical uranium resource, confirmed mineralized zones, and near-term catalysts.
Key Project
South Falcon East – Fraser Lakes B Deposit
Located in the southeastern margin of the Athabasca Basin, Saskatchewan, South Falcon East is Terra Clean Energy’s flagship project, covering approximately 12,234 hectares of prospective uranium ground. The property lies 55 km east of the historic Key Lake uranium mill and hosts the Fraser Lakes B deposit, which hosts an inferred historical resource of 6.96 Mlb U₃O₈ at 0.03 percent and 5.34 Mlb thorium dioxide (ThO₂) at 0.023 percent, within 10.35 Mt of material using a 0.01 percent U₃O₈ cutoff grade. While this resource is not currently classified under NI 43-101, Terra believes the data is reliable and serves as a robust foundation for continued exploration.
The mineralization is hosted in fractured and altered pegmatites and graphitic pelitic paragneiss, with the uranium accompanied by thorium and elevated concentrations of copper, nickel, vanadium, zinc, bismuth, molybdenum, lead and cobalt. Alteration assemblages include illite, dickite, kaolinite, chlorite, fluorite and hematite; these are classic markers of basement-hosted unconformity uranium systems. This setting, along with widespread clay alteration and structural disruption, mirrors some of the most prolific uranium systems in the basin, including Eagle Point, Millennium and Roughrider.
Fraser Lakes B sits on the central limb of the Way Lake Conductor, a folded EM corridor extending more than 25 km across the project area. This conductor hosts three major fold limbs (West, Central, and East), but only the central limb, where Fraser Lakes B is located, has been materially drilled. The deposit currently exhibits a strike length of approximately 1,400 meters, dipping northwest, and remains open in all directions. A north-northeast-trending fault, known as the T-Bone Lineament, intersects the deposit’s eastern margin, suggesting additional structural complexity and potential uranium conduits along strike.
Historic drilling from 2008 to 2015 by Skyharbour Resources and JNR Resources identified numerous mineralized intervals. Highlights include:
- 0.165 percent U₃O₈ over 2 m (within a broader 6 m grading 0.103 percent U₃O₈) in FP-15-05.
- 0.183 percent U₃O₈ over 1 m in WYL-50.
- 0.242 percent U₃O₈ over 0.5 m in WYL-61.
- 0.057 percent U₃O₈ over 5.5 m in the same hole.
These results demonstrate multiple stacked mineralized horizons over widths up to 65 m, open to depth and laterally.
In early 2024, Terra’s Phase 1 drill program confirmed the presence of uranium-bearing pegmatites in close proximity to historical intercepts. Hole SF-0059 intersected 13.5 m of mineralization, including 0.07 percent eU₃O₈ over 1.1 m, while SF-0060 returned intervals such as 0.02 percent eU₃O₈ over 1.3 m at 142.15 m. These intercepts confirm the extension of mineralization along strike and at depth from FP-15-05 and support the hypothesis of lateral continuity and stacked mineralized bodies.
Planning for an extensive summer 2025 drill program is underway, which consists of approximately 2,500 meters. The program will test areas identified during the winter 2024 program, where it is interpreted that a north-northwest trending brittle structure, a north dipping structure with strong clay alteration, and mineralized pegmatites with hydrothermal hematite alteration hosted in graphitic pelitic gneiss all intersect.
In addition to Fraser Lakes B, the company is evaluating regional targets such as T-Bone Lake, which has returned values up to 0.055 percent U₃O₈ over 0.9 m and features promising clay alteration and structural complexity similar to known high-grade deposits.
The overarching exploration thesis is that the Way Lake Conductor may host a clustered uranium system, with multiple deposits along its folded structure. Very little drilling has been conducted outside the current Fraser Lakes B footprint, giving Terra significant discovery potential across the entire 25 km strike length.
Management Team
Greg Cameron – President, CEO and Director
A seasoned capital markets professional, Greg Cameron has two decades of experience in business development, strategy and M&A. He is a former senior banker at Canaccord Genuity and Macquarie, and managing director at Colby Capital. He brings transactional and restructuring expertise critical to junior exploration growth.
C. Trevor Perkins – VP, Exploration
A professional geologist, C. Trevor Perkins has a track record in uranium exploration, including major results in the Athabasca Basin. He also serves as VP exploration for Azincourt Energy and has led exploration strategy and drill execution across multiple high-impact programs.
Alex Klenman – Director
Alex Klenman is a veteran junior mining executive with 30+ years’ experience, including uranium-specific roles. He is the CEO and director of Azincourt Energy, and has raised more than $18 million for Athabasca exploration. Klenman brings deep investor relations and financing expertise.
Tony Wonnacott – Director
Tony Wonnacott is a Toronto-based securities lawyer with more than 25 years of experience in capital markets. Instrumental in multiple successful listings and over $1 billion in financings and M&A transactions.
Brian Shin – CFO
Brian Shine is a chartered professional accountant with 15 years’ experience across roles in public companies. He specializes in reporting, risk management and corporate finance.
Jordan Trimble – Technical Advisor
Jordan Trimble is the CEO of Skyharbour Resources and a leading voice in the uranium investment community. He brings global capital markets insight and technical expertise, enhancing Terra’s industry reach and credibility.
