1 · Preliminary preparation of the study elements
The elements of interest are defined with the client and their samples are prepared for the laboratory. The reference spectrum of each target is captured against the natural background, which fixes the atomic reference used in every subsequent stage.
2 · Satellite image acquisition
Multisensor satellite imaging captures the spectral response of the ground across far infrared, ultraviolet, microwave and visible bands. Coverage scales from tens of km² up to 50,000 km² per project — fully remote, with no field crews and no permits.
3 · Spectral transformation
The raw spectral data is transformed to isolate the atomic signature of the target element and reject the surrounding noise. This is where a broad image becomes an element-specific signal.
4 · Laboratory NMR amplification
By means of proprietary materials and a gel filter tuned to the Element of Interest, the signal is amplified under controlled conditions — a controlled lithospheric replica with gamma irradiation. The output is presence, depth and concentration. The same physics works for hydrocarbons, water, CO₂ and minerals.
5 · Business intelligence and deliverables
- Anomaly contour maps and depth/thickness profiles.
- Schematic cross-sections and 3D geometry.
- Fluid and content discrimination; pressure and resource estimates.
- Recommended, prioritized drilling points.
Five stages, fully remote — from orbit to drilling coordinates.
What it identifies — and what it does not replace
The process identifies hydrocarbons, minerals and water at depth, with reservoir geometry and fluid discrimination. It does not replace seismic or confirmation drilling — it prioritizes and reduces them, and acts as the intelligent first step and the best seismic complement.
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