ENERGY TRANSITIONGeothermal heat

Foothills / Sedimentary Basin Heat Flow Anomaly

Deep carbonate and clastic aquifers with elevated heat flow

Geothermal Atlas of Alberta heat-flow and temperature surfaces; co-produced lithium brine makes the same wells dual-purpose.

VALUE UNDER EACH SCENARIO

How the price deck moves this asset

Scenario	Price index	Recoverable	Economic	Clears break-even
Reference	1.00×	$868M	$827M	95%
High Oil Price	1.00×	$868M	$827M	95%
Low Oil Price	1.00×	$868M	$827M	95%
Energy Transition	1.27×	$1B	$1B	100%
High Demand	1.47×	$1B	$1B	100%
Supply Shock	1.00×	$868M	$827M	95%
User Defined	1.00×	$868M	$827M	95%

Driver: power-linked. Use the Scenario Laboratory sliders on the map for arbitrary assumptions.

SURVEY COVERAGE

3D geological framework and depth models of AlbertaAlberta Geological Survey (AGS) · Subsurface geometry · 3D grids, 400–1,600 m cells; formation tops from AER well controlHarmonizedPublication ↗
Alberta geochemical sampling compilationsAlberta Geological Survey / GSC · Geochemistry · Point samples, variable densityPartially harmonizedPublication ↗
Geothermal Atlas of Alberta v1.1 (IAM-016)Alberta Geological Survey (AGS) · Temperature and heat flow · 2,500 m and 5,000 m temperature surfaces plus heat-flow fieldPartially harmonizedPublication ↗

3D geological framework & depth models — Alberta Geological Survey, Province-wide 3D grids, 400–1,600 m cells (Harmonized)

PROVENANCE

T13 · Geothermal Atlas of Alberta v1.1 (IAM-016)Alberta Geological Survey · Target · FreeSource ↗
T14 · Subsurface Temperature Model of Alberta: Input Data (DIG 2021-0029)Alberta Geological Survey · Target · FreeSource ↗
L24 · AGS high-quality regional airborne geophysical surveys (v3, 2024)Alberta Geological Survey · Land · FreeSource ↗