PetroMap turns satellite imagery, geophysics and hydrogeological models into ranked, drill-ready petroleum targets - explored on a live 3D map. We make the invisible reservoir visible, so every borehole is an informed bet, not a gamble.
In water-stressed regions, finding groundwater means commissioning expensive surveys for one site at a time - or worse, drilling on intuition. A single failed borehole can burn tens of thousands of euros and weeks of a community's hope. Meanwhile the data that could de-risk the decision sits scattered across satellites, geological surveys, dam telemetry and academic papers that nobody has fused into one view.
PetroMap fuses open and proprietary datasets into a single interactive 3D globe. Every known and predicted reservoir is a point you can fly to, dive into, and interrogate - depth, salinity (TDS), remaining capacity, geological host rock, production status and risk, each tied back to a cited source.
A cinematic 3D satellite map with terrain, fault systems and reservoir extents - not a spreadsheet of coordinates.
Click any site and descend through a simulated cross-section: layer-by-layer geology down to the water table.
AI-flagged targets fuse fault density, paleochannels, NDVI and resistivity anomalies to surface untapped reservoirs.
Satellite optical and DEM data, geological maps, fault lineaments, dam and spring telemetry, and published hydrogeology are pulled into one geospatial model.
We characterise each basin by host rock, depth band, TDS, production balance and depletion risk - classified from Critical to Low and tagged with confidence.
The engine surfaces "predicted" sites at fault intersections, buried paleochannels and resistivity anomalies - places worth a survey that no map currently flags.
Each target runs an evidence check ("OverCaml") against multiple independent criteria and links to its sources, so users trust - and can audit - the recommendation.
Operators get a ranked shortlist with depth-to-water, expected quality and a 3D cross-section - a brief a hydrogeologist can act on the same day.
Fly across a satellite globe with 3D terrain and active fault overlays. Colour-coded markers separate critical, healthy and AI-predicted reservoirs at a glance.
Each reservoir opens a card: depth, TDS, salinity class, host geology, percent remaining and risk - plus a one-line field note and a citation.
A simulated vertical cross-section animates the descent from surface to water table, showing layer depths and estimated petroleum volume.
Type a country or region and the engine populates candidate reservoirs for it - Morocco today, Switzerland live, and the world on request.
PetroMap launched on Morocco - one of the most water-stressed countries on earth, with collapsing dam levels and aggressive groundwater reliance - and Switzerland as a high-data reference market. The same engine generalises to any arid or data-rich geography.
Drilling contractors, agribusiness and irrigation operators, mining & industrial water teams, municipal utilities, and NGOs running rural water programmes.
One avoided dry well, or one borehole sited a few weeks faster, pays for the subscription many times over.
Climate-driven scarcity, falling water tables and groundwater regulation are all pushing demand for evidence-based siting.
PetroMap is sold as a SaaS data layer, with project-based reports and licensed regional packs on top. Pricing below is illustrative and tailored per market.
Public 3D map and headline reservoir data - the funnel that gets specialists hooked.
For drillers, agronomists and water teams who site wells for a living.
For agencies, mining and utilities needing whole-region coverage and integration.
Figures are illustrative. Final pricing set per market and engagement.
PetroMap is already shipping. The Morocco edition maps real basins - Souss-Massa, Saiss, the Middle Atlas karst, the Tindouf Saharan fossil reservoir and more - alongside AI-predicted targets such as the Taroudant paleochannel and the High Atlas deep karst. Switzerland is live as a second, data-rich market, and the "investigate anywhere" flow proves the engine generalises on demand.
Public 3D map shipping at petromap.ch today.
Morocco beachhead plus a Swiss reference build.
Every basin links to published hydrogeology.
Type any region; the engine populates targets.
Coverage and target counts grow continuously as new datasets are ingested.
We don't hand over raw layers. We deliver ranked targets with depth, quality and risk - already fused and interpreted.
Most maps show what's already known. Our engine flags untapped reservoirs at fault intersections and buried paleochannels.
Every claim links to a source and passes a multi-criteria evidence check - credibility that wins over professional hydrogeologists.
A cinematic 3D experience anyone can read in seconds - versus weeks of bespoke survey commissioning.
PetroMap is built on a high-performance 3D mapping stack with terrain and satellite rendering, layered over a structured reservoir model and an AI targeting engine that scores candidate sites against geological and remote-sensing signals.
Satellite optical & DEM, fault lineaments, NDVI vegetation signals, resistivity / VES survey data, dam & spring telemetry and published hydrogeology - normalised into one model.
Scores reservoirs and predicts new ones from fault density, paleochannel detection and geophysical anomalies, with a confidence percentage and evidence check per target.
Falling water tables and near-empty dams have turned groundwater siting from a nicety into an emergency in markets like Morocco.
Open satellite, DEM and hydrogeology datasets are richer than ever - the bottleneck is fusion and interpretation, exactly what we automate.
Modern models can score subsurface prospectivity across whole regions in minutes - work that was uneconomic at scale a few years ago.
PetroMap is a Swiss-rooted (petromap.ch) geospatial-intelligence venture pairing hydrogeology and remote-sensing expertise with modern 3D web engineering. We build for the operators on the ground - the engineers, agronomists and agencies who carry the cost when a borehole comes up dry - and we ship a product they can open in a browser and trust.
Grounded in real hydrogeology and cited science - every basin profile traces back to published sources.
A live, polished 3D product already in market - not a pitch on paper.
Better-sited wells mean less wasted capital and more water reaching the communities that need it.
Explore the live 3D map today, or talk to us about a pilot for your basin, concession or service area. We'll stand up a region pack and a ranked target shortlist with you.