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Greenland Mines Delivers Two Key Milestones at Skaergaard: Bathymetric Survey Completed, Initial Metallurgical Core Drilling Concluded

(Moderate)
(Very Positive)
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Greenland Mines (Nasdaq: GRML) reported two major 2026 field milestones at its Skaergaard Project in southeast Greenland: completion of a high-resolution multibeam bathymetric survey by M/V Byr and completion of all HQ-diameter drill core required for a planned metallurgical bulk sample.

The marine survey covered more area than originally planned, met high-spec technical standards, and is already being used to guide vessel anchorage within 500 meters of the western outcropping mineralized zone. Data is progressing toward supporting new official navigational charts and future large-scale shipping infrastructure planning. In parallel, the drill program has shifted to NQ-size core drilling for resource definition and geotechnical work, supported by a newly built, fully operational core shack on site, as the project advances toward an Initial Assessment and its next development phase.

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Positive

  • Bathymetric survey completed with coverage exceeding initial scope for Skaergaard fjords
  • Survey data confirmed to meet high-resolution technical specifications under the contract
  • Operational anchorage positioned ~500 meters from western mineralized zone using new data
  • HQ core program for metallurgical bulk sample successfully completed in 2026 season
  • Drilling transitioned to NQ-size core for resource definition and geotechnical work
  • New core shack facility completed and fully operational for logging, sampling and storage

Negative

  • None.

Market Context

Insider records show 1,780,000 shares bought versus 175,000 sold across four transactions. That net ...
Analysis

Insider records show 1,780,000 shares bought versus 175,000 sold across four transactions. That net buying provides context for the survey and drilling milestones, while ongoing project execution remained the key risk to monitor.

Key Figures

Anchorage distance: 500 meters Captain's navigation experience: 25 years Skaergaard distance from Iceland: 400 km +3 more
6 metrics
Anchorage distance 500 meters From the western outcropping mineralized zone
Captain's navigation experience 25 years Navigating the fjords of East Greenland
Skaergaard distance from Iceland 400 km Approximately west of Iceland
Project ownership 80% Interest held through Major Precious Greenland A/S
Remaining acquisition option 20% Option to acquire the remaining project interest
Operating divisions 2 Mining and Biotech divisions

Historical Context

5 past events · Latest: Aug 11 (Positive)
Pattern 5 events
Date Event Sentiment 24h Move Catalyst
Aug 11 Field operations update Positive +3.8% Support vessel arrived, drilling commenced, and 2026 field operations entered full operation.
Jul 31 Field program launch Positive -1.2% Expanded field program launched with drilling, bulk sampling, surveys, and infrastructure work.
Jul 28 Patent issuance Positive +4.0% Canadian patent granted for the Klotho gene therapy platform technology.
Jul 23 Rights plan adoption Negative -9.8% Limited-duration stockholder rights plan adopted with a 15% acquisition trigger.
Jul 15 Resource estimate update Positive +0.9% Updated technical report showed higher grades and increased indicated PdEq ounces.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Pattern Detected

GRML historically aligned with positive news four times and diverged once, with reactions ranging from -1.17% to +3.97% for positive announcements.

Key Terms

bathymetry, multibeam bathymetric system, metallurgical bulk sample
3 terms
bathymetry technical
"water depth data (bathymetry) than originally planned"
Bathymetry is the mapping of underwater terrain, showing the shapes, depths and features of the seafloor much like a topographic map does for land. Investors use it to assess risks and opportunities for activities such as offshore drilling, cable laying, shipping routes, seabed mining and coastal development, because knowing underwater contours affects safety, cost estimates and regulatory or environmental constraints.
multibeam bathymetric system technical
"conducted using multibeam bathymetric system aboard M/V Byr"
A multibeam bathymetric system is a sonar-based survey tool that sends out many sound beams across a swath beneath a vessel or underwater vehicle to measure water depth and map the shape of the seafloor in high detail. Think of it as a 3D scanner for the ocean floor. These maps matter to investors because they inform planning, cost estimates, risk assessments and regulatory compliance for offshore projects like ports, cables, pipelines, energy developments and seabed resource surveys.
metallurgical bulk sample technical
"drill core supporting our planned metallurgical bulk sample"
A metallurgical bulk sample is a large, representative chunk of ore taken from a deposit and processed the same way it would be at a mine to measure how the rock behaves in real-world extraction and metal recovery tests. It matters to investors because the results show likely metal recoveries, processing challenges, and scaling risks—like baking a full-size cake instead of a tiny cupcake to see if the recipe works at scale—and they feed into production forecasts and cost estimates.

AI-generated analysis. How Rhea-AI works. Not financial advice.

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Survey vessel M/V Byr returns safely to Iceland having covered more area with water depth data (bathymetry) than originally planned

High-resolution seabed data already used to safely anchor support vessel Argus within 500 meters of the western outcropping mineralized zone at Skaergaard

Data advancing toward official navigational charting and future shipping infrastructure planning for the Project's next development phase

Initial HQ drill core supporting the metallurgical bulk sample successfully completed, with the program shifting to NQ-size core drilling from a newly established, fully operational core shack

SKAERGAARD, Greenland, Aug. 17, 2026 (GLOBE NEWSWIRE) -- via IBN – Greenland Mines Ltd ("Greenland Mines" or the "Company") (Nasdaq: GRML) is pleased to announce the successful completion of its 2026 bathymetric survey campaign at the Skaergaard Project in southeast Greenland, carried out by Icelandic Lagenes ehf using the expedition, research and survey vessel M/V Byr.

The vessel has returned safely to Iceland having covered more survey area than originally planned, with the acquired data verified and confirmed to meet the high-resolution technical specifications required under the survey contract.

M/V Byr, from Icelandic Lagenes ehf, was operated under the command of Sigurdur Jonsson, who has navigated the fjords of East Greenland for the past 25 years, and covered navigation route surveys and full multibeam coverage across Mikis Fjord, J.C. Jacobsen Fjord, Skaergaard Bugt and Uttendal Sund. Onboard the survey acquisition was overlooked by Survey Chief and Survey Engineer Lauri Aakko.

The value of this new dataset has already been demonstrated in practice: High-resolution bathymetric data was used to safely guide the Company's support and operations vessel Argus to a new anchorage in Uttendal Sund, just 500 meters from the main initial operational area for the 2026 field season, located in the western part of the outcropping gold, palladium and platinum mineralized zone at Skaergaard.

"This is precisely the kind of foundational work that turns a promising deposit into a developable project," said Dr. Bo Moller Stensgaard, president of Greenland Mines Ltd. "For the first time, we now have high-quality seabed data across the fjords surrounding Skaergaard, acquired to international survey standards and already put to direct operational use this season.

“This survey will help enable the Danish Geodata Agency to produce new, official navigational charts for the Skaergaard fjord system. In parallel, we will use the data to commission a dedicated navigational safety study for the Company, and it will underpin the infrastructure planning required for future large-scale shipping operations at Skaergaard, covering both the construction and, ultimately, the production phases of the project. This is a major stepping stone toward the next phase of Skaergaard's development.

"At the same time, our drill campaign continues to build momentum. All HQ-diameter drill core supporting our planned metallurgical bulk sample has now been completed successfully by our contractor Nordisk Fundering A/S, and the program has shifted into NQ-size core drilling, supported by a newly constructed and fully operational core shack facility on site."

Marine Survey: Scope, Results and Strategic Value

  • Survey scope exceeded: The campaign, conducted using multibeam bathymetric system aboard M/V Byr, covered more survey area than originally planned under the charter, providing broader data coverage across Skaergaard's approach fjords than initially scoped.
  • Data quality confirmed: Acquired bathymetric data has been reviewed and confirmed to meet the high-resolution technical specifications required under the survey contract, providing the Company with a reliable, high-confidence dataset.
  • Immediate operational value: Data was used to identify and safely execute a new anchorage for support vessel Argus in Uttendal Sund, within 500 meters of the western outcropping mineralized zone that is the focus of the 2026 field season's initial drilling and bulk sampling activity.
  • Supporting official navigational charts: Survey results are now undergoing further review and validation and are expected to support and inform the official production of new navigational charts for the Skaergaard fjord system by the Danish Geodata Agency (“Geodatastryrelsen” – GST). The Company will also commission a dedicated navigational safety study based on the survey findings.
  • Foundation for future shipping infrastructure: This is the first time comprehensive seabed mapping data has been acquired across the fjords surrounding Skaergaard, providing a foundation to support planning for the large-scale marine shipping operations that will be required for both future construction and, ultimately, production activities at the Project.

Drill Program Update: Metallurgical Core Complete, Program Shifts to NQ

In parallel with the marine survey campaign, the Company's 2026 drill program has reached an important milestone, with all HQ-diameter drill core required to support the planned multiton metallurgical bulk sample now successfully recovered by the contractor Nordisk Fundering A/S. Having completed this phase, the drill program has transitioned to NQ-size core drilling, the standard core diameter used for the resource definition and geotechnical drilling that will continue through the remainder of the season. A newly raised core shack facility, providing dedicated space for core logging, sampling and storage, has been completed and is now fully operational on site.

A Season Delivering on Multiple Fronts

Together, the successful completion of the marine survey campaign and the advancement of the drill program illustrate the breadth of the Company's 2026 field season at Skaergaard, which spans resource definition drilling, metallurgical bulk sampling, environmental baseline studies, and the marine and infrastructure data required to support the Project's advancement toward an Initial Assessment and its next phase of development.

About the Skaergaard Project

Skaergaard is one of the world's largest undeveloped palladium, gold and platinum deposits, hosted in the Triple Group of the Skaergaard layered mafic igneous intrusion in southeast Greenland, approximately 400 km west of Iceland. The deposit benefits from deep fjord access and proximity to the existing Sødalen airstrip. Greenland Mines, through its subsidiary Major Precious Greenland A/S, holds an 80% interest in and option to acquire the remaining 20% of the three Mineral Exploration Licenses covering the Project and adjacent areas.

Skaergaard's location on Greenland's east coast is central to the Company's long-term vision for a North Atlantic Critical Metals Corridor, anchored by upstream production at Skaergaard and potential downstream processing and logistics infrastructure in Iceland. In support of this vision, Greenland Mines holds a First Right of Refusal on the Helguvik industrial complex on Iceland's Reykjanes Peninsula, a brownfield site with existing industrial infrastructure, deep-water port access and low-cost renewable grid power, located approximately 400 km by sea from Skaergaard.

About Greenland Mines Ltd

Greenland Mines Ltd is a Nasdaq-listed company with two operating divisions: (1) Mining, focused on the exploration and development of the Skaergaard Project in southeast Greenland and, subject to closing of the previously announced transaction, the Sarfartoq neodymium-praseodymium (Nd-Pr) rare earths project in southwest Greenland; and (2) Biotech, including Klotho's KLTO‑202 primary indication for ALS. The Company’s strategy is centered on building a multi-asset platform with exposure to rare earth magnet materials, precious metals, and select midstream processing opportunities, while advancing its broader North Atlantic Critical Metals Corridor vision linking Greenland resources with allied downstream jurisdictions and industrial infrastructure.

Forward-Looking Statements

This press release contains forward‑looking statements within the meaning of the U.S. Private Securities Litigation Reform Act of 1995. Forward‑looking statements are often identified by words such as “believe,” “expect,” “anticipate,” “intend,” “plan,” “potential,” “could,” “may,” “will,” “should,” “estimate” and similar expressions. These forward-looking statements include, but are not limited to, statements regarding the intended use, validation and further processing of the bathymetric survey data; the anticipated production of navigational charts by relevant authorities; the Company's plans to commission a navigational safety study; the potential role of the survey data in supporting future shipping and infrastructure planning for construction and production at Skaergaard; the scope, timing and results of the 2026 drill program, including the transition to NQ-size core drilling; and the Company's plans to advance Skaergaard toward an Initial Assessment and its next phase of development. These statements involve known and unknown risks and uncertainties, including weather, logistical, permitting, regulatory and operational risks inherent to Arctic marine survey and field programs, that could cause actual results to differ materially from those expressed or implied. Mineral Resources are not Mineral Reserves and do not have demonstrated economic viability. Readers should not place undue reliance on forward-looking statements. The Company undertakes no obligation to update any forward-looking statement except as required by applicable law.

For further information:
Investor Relations
Greenland Mines Ltd | Nasdaq: GRML
Email: 
ir@greenlandmines.com
Website: 
www.greenlandmines.com

InvestorWire Service Contact:
IBN.Ai
Austin, Texas
www.IBN.ai
512.354.7000 Office
Editor@IBN.Ai

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FAQ

What key milestones did Greenland Mines (Nasdaq: GRML) announce at Skaergaard on August 17, 2026?

Greenland Mines reported completing its 2026 bathymetric survey and finishing all HQ core for a planned metallurgical bulk sample. According to Greenland Mines, the project has now shifted to NQ-size drilling and is supported by a fully operational core shack, advancing toward an Initial Assessment.

How will the completed bathymetric survey benefit the Skaergaard Project for GRML shareholders?

The completed high-resolution bathymetric survey provides detailed seabed data to support safe navigation and future shipping infrastructure planning. According to Greenland Mines, it will inform new official navigational charts and a planned navigational safety study, underpinning large-scale marine logistics for construction and production phases.

What progress has Greenland Mines made with drill core and metallurgical sampling at Skaergaard (GRML)?

Greenland Mines has recovered all HQ-diameter drill core required for its planned multiton metallurgical bulk sample. The drill campaign has now moved to NQ-size core drilling for resource definition and geotechnical purposes, supported by a newly constructed core shack enabling logging, sampling and storage on site.

How does the 2026 field season advance Skaergaard toward its next development phase for GRML?

The 2026 season combines marine surveying, HQ metallurgical core collection, ongoing NQ drilling and environmental baseline work. According to Greenland Mines, these activities provide technical, logistical and resource-definition data needed to support an Initial Assessment and plan future infrastructure and shipping for the project’s next phase.

Where is the Skaergaard Project located and what interest does Greenland Mines (GRML) hold?

Skaergaard is in southeast Greenland, about 400 km west of Iceland, with deep fjord access. According to Greenland Mines, it holds an 80% interest and an option on the remaining 20% of three Mineral Exploration Licenses covering the project and nearby areas.

How does Skaergaard fit into Greenland Mines’ North Atlantic Critical Metals Corridor strategy (GRML)?

Skaergaard is positioned as an upstream precious metals and critical metals anchor within a North Atlantic Critical Metals Corridor. According to Greenland Mines, the strategy links Greenland resources with potential downstream processing and logistics in Iceland, including a First Right of Refusal on the Helguvik industrial complex.