Greenland | SpectryonAI

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Greenland: Hydrocarbons, Geothermal Systems and Gold Targets

350,000 km²

Total Survey Area

Comprehensive sub-ice scanning maps bedrock structures and anomaly correlations beneath the ice sheet mantle.

3

Priority Regions

Where extraction of Hydrocarbons and Gold is economically viable

2,300 m

Avg. Ice Sheet Thickness

Average ice sheet thickness across the survey zone reaches 2,300 m, requiring specialized drilling equipment for subglacial access

spectryonstar

680 km² Screened by Helicopter

Greenland represents one of the largest underexplored resource frontiers in the Northern Hemisphere. More than 80% of the island is covered by an ice sheet with an average thickness of approximately 2,300 meters. As a result, economic exploration activity is concentrated along the ice-free coastal belt

The Spectryon Greenland study focused on approximately 350,000 km² of coastal territory identified as economically accessible for mineral and energy development

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This series of studies focused on Hydrocarbons, Geothermals, and Gold. Results obtained using Star 1 satellite imagery analysis. Laboratory studies utilizing our proprietary Star 1 technology have conclusively located three regions where extraction of Hydrocarbons and Gold is economically viable

validation & correlation

Independent Validation with Published Geological Data

Published Gold Occurrences in Greenland

This map shows officially recorded gold occurrences and mineral prospect data compiled by national geological authorities. These published datasets represent historically documented exploration activity and confirmed mineralization points within the coastal belt of Greenland. They form the independent geological baseline against which new exploration targets can be evaluated

Spectryon Priority Gold Zones

This image presents ranked gold-bearing priority zones identified in the Greenland study. The highlighted clusters demonstrate measurable convergence with known gold occurrences while also identifying additional underexplored areas with high industrial potential. This dual outcome - confirmation plus expansion - strengthens the strategic value of the identified targets

Licensed Petroleum Blocks and Exploration Footprint

This map illustrates officially awarded petroleum licenses and historical exploration areas along Greenland’s coastal belt. These blocks represent zones previously identified as prospective through conventional geological and seismic studies. The distribution of licensed acreage reflects where industry and regulators have recognized structural and basin-scale hydrocarbon potential

Spectryon Priority Hydrocarbon Zones

This image presents three primary hydrocarbon target zones identified in the Greenland study. The highlighted areas represent ranked anomaly clusters with the highest probability of economically viable deposits within the coastal research block. Portions of these zones overlap with existing licensed blocks, demonstrating measurable convergence with prior exploration activity while further refining target localization for future development

Published Geothermal Heat Flow Data

This map presents the officially compiled geothermal heat flow dataset for Greenland, based on measured values and modeled regional synthesis. It reflects independently published scientific data used to evaluate subsurface thermal gradients and geothermal potential across the island. The coastal belt displays localized heat flow variations that provide the geological baseline for assessing hydrothermal system development

Spectryon Priority Gold Zones

This image shows ranked hydrothermal priority areas identified in the Greenland study. The highlighted clusters represent zones with the highest probability of industrially attractive geothermal systems within the accessible coastal territory. The spatial relationship between these zones and independently published heat flow patterns supports the structural plausibility of the identified targets while refining their localization for further evaluation