Market - Hydrogen Exploration

Needs

Risk Reduction: Minimize exploration risk by aligning investment with proven subsurface potential for natural hydrogen and helium discovery.
Cost Efficiency: Conduct preliminary studies at lower cost to identify high-potential drilling zones.
Speed: Accelerate decision-making and exploration cycles to gain competitive advantage in hydrogen and helium discovery.
Accuracy: Improve precision of subsurface modeling and enable 24/7 surface monitoring to capture variations, ensuring more reliable hydrogen detection.
Data Flexibility: Adapt to available data/precise field: integrate existing datasets or capture new field data when none exists.
Scalability: Scale exploration efforts across multiple sites and geological formations efficiently.

current situation

Current exploration methods for natural hydrogen and helium rely on legacy tools and workflows derived from the oil & gas industry, resulting in high costs, limited accuracy, and poor adaptability to hydrogen-specific challenges.

Soil-Gas Measurement: The traditional approach involves manual coring, a method extremely demanding (tools and workforce), not scalable and strongly influenced by soil humidity, reducing reliability, and they provide no insight into hydrogen variation over time.
Downhole Detection: Current tools come from petroleum exploration. FID analyzers are easy to use but not adapted to hydrogen and helium selectivity, while mass spectrometers and gas chromatographs, though precise, are fragile, complex, long response time and require expert technicians, making them impractical for field deployment.
Subsurface Modeling: Existing modeling methods are developed for hydrocarbons and exclude very light gases (He, H2, etc.) behavior. The early hydrogen-specific models rely on arbitrary constants and lack the ability to capture the complex, dynamic processes of hydrogen generation, migration, and trapping.

Our solution

HyReveal offers an integrated suite of three distinct technological bricks that can be used independently or together, delivering a user-friendly, precise, and scalable solution for natural hydrogen and helium exploration. Our approach enables rapid conversion of the geological complexity of subsurface hydrogen mechanisms into clear, actionable information for confident and informed decision-making.