Geo-Exploration Eye links 2D and 3D seismic, attributes, EM / MT, gravity, wells, GIS thermal prediction, machine learning and multi-physics simulation in one traceable workflow, so oil and gas, geothermal and energy teams decide on evidence rather than fragments.
Divert2Explore is a technology and geoscience solutions provider for oil and gas, geothermal and the wider energy sector. Our mission is to find, develop and operate subsurface energy more intelligently, with software that unites 2D and 3D data, machine learning and physics, backed by consulting-led interpretation.
Hydrocarbons, heat and power share the same subsurface questions: where is the resource, how does it flow, and is it worth developing? GEE answers them with one workflow, whatever the target.
Image the structure in 2D and 3D, read attributes and AVO for direct indicators, quantify net pay from logs, and test waterflood and depletion before committing capital.
Map the clay cap, reservoir and heat source with MT, gravity and seismic, predict temperature across the licence, and test doublet layouts with coupled thermal-hydraulic models.
Carry the subsurface model into operations with a digital twin: wellfield and plant monitoring, predictive maintenance and cascade use of heat across industry and cities.
GEE replaces separate tools and manual hand-offs with a single interpretation workspace for oil and gas, geothermal and energy projects. Every step records inputs, parameters and outputs, so results can be reproduced and audited.
2D and 3D seismic, attributes, EM / MT, wells, deep learning, physics-informed models, multi-physics, GIS thermal prediction and decisions. Pick one to see it move.
Interface and examples shown are conceptual, with synthetic data. No performance metrics are claimed until validated in a pilot.
Structure, geocellular grid, wells and flow in one live model. Drag to rotate, scrub through time, switch the property and see how fluid moves from injectors to producers.
Illustrative demonstration with synthetic data (3 injectors, 4 producers). Values, rates and water cut are not site data, and no performance is claimed until validated in a pilot.
Our team delivers geoscience work with GEE, so every client deliverable is traceable and can move into a licensed deployment later.
Selected work from our Geothermal Development and Feasibility Report (July 2026) and technical demonstrations.
4 production and 4 injection wells at 1.2 km spacing, evaluated at 4,000 to 4,500 m depth.
Acquisition, AVO classification and resistivity targets in one model.
| Field case parameter | Value |
|---|---|
| Development area | 127.57 km² |
| Well network | 4 production + 4 injection |
| Modelled thermal life | 50 years, no thermal breakthrough |
| Pressure drop | Below 60 kPa over 50 years |
| CAPEX (report estimate) | USD 35 million |
| Payback (report estimate) | 1.91 years, to be validated |
Source: Divert2Explore Geothermal Development and Feasibility Report, July 2026. Estimates are subject to validation with field data.
Request a demo of Geo-Exploration Eye or propose a pilot project. Send us a message and we will reply.