GreenX Metals Initiates 2026 Exploration at Eleonore North, Greenland Targeting Gold, Tungsten & Antimony

GreenX Metals’ Strategic Exploration Footprint in East Greenland

GreenX Metals operates the Eleonore North Project, an early-stage frontier exploration asset situated on Ymer Island in East Greenland. The company is publicly traded on the Australian Securities Exchange (ASX), London Stock Exchange (LSE), Polish National Stock Exchange (GPW), and German stock exchanges (FSE). This licence package represents a significant exploration opportunity in a region with limited recent modern exploration activity. The project hosts high-grade tungsten and antimony mineralisation within a politically stable Western jurisdiction, distinguishing it from the China-centric global supply chains.

The company’s exploration approach emphasizes identifying economically viable mineral deposits and advancing the understanding of intrusion-related gold systems unique to East Greenland. This deepening technical insight has enabled GreenX to generate new exploration targets beyond the initially identified prospects. Eleonore North marks GreenX’s entry into Greenland’s frontier mineral exploration arena, where early-stage discoveries have the potential to deliver substantial shareholder value upon confirmation of economic mineralisation.

Focus on Critical Raw Materials: Tungsten and Antimony

Tungsten and antimony are classified as critical raw materials by both the European Union and the United States, reflecting their vital roles in advanced manufacturing, defense, and energy transition technologies. With global supplies heavily concentrated in China, Western economies face supply chain vulnerabilities. This geopolitical landscape enhances the commercial appeal of developing Western sources for these commodities. GreenX’s Eleonore North Project features known surface expressions of high-grade tungsten and antimony mineralisation, positioning it as a potential supplier from a jurisdictionally stable and politically aligned region.

The presence of surface-accessible tungsten and antimony mineralisation at Eleonore North offers a significant exploration advantage, enabling rapid field-based expansion and new target generation without extensive initial drilling. This accessibility lowers early exploration costs and accelerates progression toward scoping study development. The combination of critical commodity focus, Western location, high grades, and favorable geology presents a compelling investment proposition for exploration-stage investors tracking supply chain diversification.

2026 Summer Fieldwork Program Targets Noa Pluton Gold-Antimony Prospect

The 2026 field campaign includes focused activities at the Noa Pluton prospect, where a Reduced Intrusion-Related Gold System (RIRGS) specialist is conducting mapping and sampling. This expert evaluation targets the antimony potential and intrusion-related gold systems to identify prospective drill targets for upcoming seasons. This specialist-led approach underscores GreenX’s commitment to applying expert technical knowledge to understand mineralisation geometry and gold-antimony associations. Mapping and sampling results will guide the design and prioritization of future drilling at Noa Pluton.

Engaging a RIRGS specialist reflects GreenX’s recognition of intrusion-related gold systems as a key exploration model in East Greenland. These systems typically link gold mineralisation with antimony and other pathfinder elements, making their understanding critical for precise target definition and drill site selection. Outcomes from Noa Pluton’s mapping and sampling will inform follow-up exploration planning, potentially extending into future field seasons if warranted.

Bulk Sampling and Metallurgical Sighter Testing at Margeries Deposits

GreenX is collecting bulk samples ranging from 50 to 100 kilograms of tungsten and antimony-mineralised material from the North and South Margeries deposits. These samples will undergo metallurgical sighter test work to provide scoping study-level insights into ore processing and metallurgy. Such test work assesses beneficiation options, recovery rates, and concentrate grades without the full engineering and economic scope of feasibility studies. Results will inform decisions on extensional and infill drilling, particularly if encouraging for further resource definition.

Additionally, rock chip samples collected during fieldwork will be submitted for multi-element analysis to characterize mineralogical assemblages and elemental associations. Recent hyperspectral analysis and prospectivity mapping have identified alteration anomalies along strike and adjacent to both Margeries deposits, representing untested targets that could lead to satellite discoveries or extensions. Positive sighter test outcomes combined with confirmation of tungsten and antimony mineralisation in these anomalies may prompt extensional and infill drilling to expand resources.

Archive Core Sampling and Upcoming Assay Results

Before field activities began, GreenX sampled archive core from the North and South Margeries deposits. These samples are currently undergoing laboratory assays, with results expected in the coming months. Archive core sampling efficiently supplements data from historical drilling, potentially revealing mineralised intervals previously overlooked or providing additional confidence in grade and mineralisation continuity. These assay results will enhance understanding of deposit geometry and resource potential ahead of further drilling decisions.

The timing of archive core assay results coincides with the expected release of metallurgical sighter test work outcomes from bulk samples collected during the current program. Investors should monitor the convergence of these data streams, as combined findings could prompt a reassessment of project economics and drilling strategies. While all results are anticipated within months, specific dates were not disclosed.

Hyperspectral Analysis Reveals Satellite Discovery Potential at Margeries

Recent hyperspectral imaging at the North and South Margeries deposits has uncovered alteration anomalies along strike and adjacent to known mineralisation zones. Hyperspectral techniques detect subtle mineralogical and alteration changes indicative of hidden or expanded mineralisation beyond established boundaries. These anomalies represent new, untested exploration targets that may develop into satellite deposits or extensions, increasing the project’s overall mineral endowment. The field team will investigate these anomalies through reconnaissance prospecting approved by the Greenland Mineral Resource Authority.

The identification of these hyperspectral anomalies broadens Eleonore North’s exploration inventory beyond the primary targets of Noa Pluton, North Margeries, and South Margeries. This expanded pipeline reflects GreenX’s advancing geological understanding and mineralisation models. Should field reconnaissance confirm these anomalies as tungsten or antimony mineralisation, further sampling or drilling may be prioritized to enhance resource potential and project viability.

New Reduced Intrusion-Related Gold System Targets in East Greenland

Beyond the main prospects, the field team will conduct reconnaissance prospecting at newly identified Reduced Intrusion-Related Gold System (RIRGS) targets within the broader East Greenland region surrounding the core licence area. These targets stem from GreenX’s evolving geological model and represent an extension of their exploration framework beyond historically known sites. Reconnaissance activities allow testing of these targets before committing to detailed sampling or drilling.

Approval from the Greenland Mineral Resource Authority confirms GreenX’s compliance with regulatory frameworks governing mineral exploration in Greenland. As technical expertise and field experience grow, the company’s target generation becomes more sophisticated, typical of frontier exploration programs where discovery risks and opportunities coexist.

Strategic Positioning in Critical Minerals Supply Chains

The critical raw material status of tungsten and antimony, alongside geopolitical imperatives to diversify supply chains away from China, creates a favorable market environment for projects like Eleonore North. Western governments and allied nations have demonstrated policy support for domestic and allied production of critical minerals through funding, regulatory streamlining, and procurement incentives. Projects capable of supplying critical minerals from stable Western jurisdictions may benefit from accelerated development and supportive policies.

GreenX’s presence in East Greenland, a politically stable region with established mining regulations, differentiates it from explorers in higher-risk jurisdictions. The combination of critical commodity focus, surface-accessible mineralisation, high grades, and favorable jurisdiction offers multiple potential value drivers. Nonetheless, exploration risks remain significant, and economic mineralisation must be defined before these advantages can be realized commercially.

Exploration Challenges and Development Timeline Considerations

Eleonore North remains at an early exploration stage, requiring substantial work before advancing mineralisation toward production. GreenX has not disclosed completion of scoping, pre-feasibility, or feasibility studies for any prospects. Current activities focus on target evaluation, bulk sampling for metallurgical testing, and reconnaissance prospecting—preliminary steps preceding formal resource estimation. The path from current fieldwork to resource definition, feasibility studies, permitting, and production could span several years and require significant capital investment.

Frontier exploration in East Greenland entails inherent challenges such as remoteness, logistical complexities, weather-dependent field seasons, and evolving regulatory conditions. Metallurgical testing may reveal processing difficulties impacting project economics. Hyperspectral anomalies require field validation and may represent alteration without mineralisation. Commodity price volatility for tungsten and antimony also affects economic viability. Investors should understand that exploration outcomes are uncertain and that commercial development is not guaranteed even if mineralisation is confirmed.