GeoView is not software that gives you answers.It is a system that keeps you from making decisions you do not understand.
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Physics was never fragmented.Software was.
GeoView goes back to geothermal first principles, connecting climate, buildings, thermal loads, ground and operation into a single engineering model.
Thermal conductivity is dictated not by the rock name, but by its composition, texture, and hydration.Without that knowledge, thermal design is blind.
Geothermal design does not start at the boundary.It starts at the centre of the field—where thermal stress concentrates and where the system’s service life is truly decided.
We work in hours, not years—and from that change in scale you see the real peaks, ground stress, interference, and the honest behaviour of the subsurface.
GeoView does not only calculate how many metres you need. It chooses which metres are really worth drilling.Because not every drilled metre exchanges energy equally.
GeoViewStructures
Energy Geostructures
For decades, the geothermal potential of piles, retaining walls and slabs has remained largely untapped.
GeoViewStructures helps engineers design and validate energy geostructures by evaluating both their thermal performance and structural response from the earliest stages of a project.
Structural safety
Geothermal design does not end when a geostructure produces energy.It ends when we know it will remain structurally safe.
We evaluate the thermo-structural response of each element to ensure that thermal operation remains fully compatible with its structural function.
Ground
The ground does more than determine how much energy can be exchanged.It also governs how the structure responds.
We interpret the thermo-hydro-mechanical behaviour of the ground to adapt the design to the actual site conditions and anticipate the structural response throughout the infrastructure's lifetime.
Energy performance
We do not only calculate how much energy a structure can exchange.We translate it into how much of the building it can heat and cool.
We quantify sustainable exchange capacity, thermal interference and actual building coverage to support the earliest design decisions.
GeoViewREBALANCE
Recovery of geothermal assets
For years, thousands of geothermal installations have gradually lost performance without any tool capable of explaining why.
GeoViewREBALANCE diagnoses the thermal condition of the asset, identifies the physical causes of its degradation, and defines a recovery strategy based on the physics of the system.
Asset diagnosis
We do not simply look for symptoms.We reconstruct what has actually happened to the asset.
We interpret the thermal history of the system, the ground conditions and its operation to identify the physical origin of the performance loss and assess the true condition of the asset.
Operational stabilization
Recovering a geothermal field begins by stopping its degradation.Thermal equilibrium must be rebuilt before it can be restored.
We define an operational strategy that redistributes the system load, reduces thermal stress and creates the conditions required to begin a sustainable recovery process.
Asset recovery
We do not propose generic interventions.We build a recovery strategy tailored to each installation.
We design a roadmap based on the thermal state of the asset, the actual capabilities of the installation, and the observed response of the borefield to progressively restore energy performance and extend the service life of the asset.
CONTACT
The platform keeps growing.
GeoView was born in the field, listening to engineers, installers, drillers and designers.
If something interests you, doesn't fit, or you think we can do it better, write to us.
We read everything personally.
No automated forms.