Revealing More Than You Can Imagine
DIGITAL GEOCHEMISTRY
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Next-generation geochemical exploration framework integrating field measurements, digital data, and AI.
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Transforms geochemistry from laboratory-centered workflows to real-time field-based data acquisition.
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High-precision in-situ measurement of subsoil gases using advanced digital instruments.
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Each measurement point generates 1,200–5,000 rows of digital data with continuous quality control.
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Core parameters: heliometric (He) and hydrogenic (H₂) data.
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Helium acts as a deep tracer of subsurface systems and migration pathways.
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Hydrogen anomalies combined with helium indicate deep abiogenic hydrogen generation.
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AI and deep learning integrate geochemical, geological, and geophysical data.
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Deliverables: high-resolution anomaly maps and precise exploration recommendations reducing exploration risk.
APPLICATIONS of DIGITAL GEOCHEMISTRY
Oil & Gas Exploration
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Detection of helium anomalies associated with hydrocarbon migration and reservoir leakage pathways.
Helium Resource Identification
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Mapping near-surface helium anomalies indicating deeper helium-bearing gas accumulations
Natural Hydrogen Exploration
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Identification of hydrogen systems through correlated hydrogen–helium anomalies indicating deep abiogenic sources.
Geothermal Resource Exploration
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Detection of deep fluid circulation zones and permeable fault systems associated with geothermal heat.
Fluid Migration and Degassing Studies
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Mapping gas migration pathways through faults, fractures, and gas chimneys.
Basin Analysis and Petroleum System Studies
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Improved understanding of hydrocarbon generation, migration, leakage, and reservoir dynamics.
Integrated Energy System Exploration
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Simultaneous detection of hydrocarbons, helium, hydrogen, and geothermal resources.
This book marks a transformative approach to geoscience, combining classical geochemistry with Al, real-time sensing, and planetary systems. Designed for students and professionals in geoscience, engineering, and planetary science, it offers a modern, interdisciplinary
framework for tackling today's exploration and environmental challenges.
Blending theory with cutting-edge applications, the book equips learners to think across scales and technologies. Structured to support progressive learning, it is ideal for advanced undergraduate and graduate courses, professional training, and interdisciplinary seminars.
This book is the first in a series exploring the practical applications of Marine High-Precision Helium surveys in oil and gas exploration and field development and abandonment.
Our focus extends beyond Helium surveying for prospecting and exploration; we delve into how this unique approach can influence well abandonment, reactivation, and reuse, offering an innovative tool for evolving industry needs. Included is an account of a blind test of the marine helium survey — one of the few successful operations of its kind — led by our team.
Expanding the Boundaries of Discovery. With Digital Signals of the Earth