You can’t afford to drill in the wrong place.
Reduce drilling uncertainty before the rig moves. In-house TEM and MT surveys provide the subsurface resistivity insight needed to target lithium brine wells with confidence.
20+
Field crew
70+
Exploration licenses
5
Provinces
15+
Discoveries
Planning to drill-ready target
Own equipment, own crew, own processing. No subcontracted links in the chain — and no waiting months for someone else’s inversion.
- I
Planning
Optimal 2D/3D observation grid designed against your geological targets — relief morphology, depth horizons of interest and expected geoelectric contrast.
- II
Field work
Acquisition with real-time processing and primary quality control (EMQC), so distortion sources are found and eliminated while the crew is still on the salar.
- III
Processing
AI-assisted inversion and anomaly detection — the same workflow used in major oil & gas projects, applied to critical minerals.
- IV
Interpretation
Integrated geoelectric models validated against borehole, logging and seismic data, delivered as drill-ready targets.
- TEM
- Transient electromagnetics — mapping subsurface conductivity and brine-saturated horizons at depth.
- MT
- Magnetotellurics for deep basin architecture, basement geometry and structural control.
- UAV
- Drone photogrammetry and 3D terrain models for precise grid planning on rough Puna ground.
- Integration
- Geoelectric models tied to geochemistry and hydrogeological modeling of salars.
Stage 1 TEM completed across Pocitos & Arizaro, Salta.
Non-invasive characterisation of subsurface conductivity to identify brine-saturated horizons before any drilling program. Executed with local community members on the field crew and continuous dialogue with community representatives — standard operating practice for us in the Puna.