ONSHORE He+H2 SURVEYS

Detect Helium. Confirm Hydrogen.

Identify the system with Digital Geochemistry.

ONSHORE HELIUM + HYDROGEN SURVEYS

Digital Geochemistry enables simultaneous detection of helium and hydrogen anomalies, providing a powerful indicator of active subsurface systems. Recent scientific studies and drilling campaigns have confirmed a consistent pattern: natural hydrogen systems are commonly associated with elevated helium concentrations.

Modern exploration wells targeting natural hydrogen have repeatedly encountered measurable helium alongside hydrogen accumulations, including recent discoveries in the United States, Australia, and Europe. This relationship is well explained by geology. Helium is a stable, inert gas that migrates efficiently from deep sources, while hydrogen is reactive and often transient. When both gases are detected together, they indicate active generation processes and migration pathways originating at depth.

Multiple studies have shown that helium can be found either dissolved or co-present with hydrogen in subsurface systems and fluids, confirming a shared origin or common migration mechanism.

When a true helium anomaly is detected and hydrogen is identified within the same zone, the probability of a natural hydrogen accumulation increases significantly. This allows early identification of hydrogen-prone systems, accurate detection of migration pathways and active degassing zones, and more confident prioritization of drilling targets.

Digital Geochemistry transforms this combined geochemical signature into actionable exploration intelligence, moving hydrogen exploration from uncertainty to measurable probability.

Survey Parameters