GEOVIEW / FIELD 3D
Five connected perspectives to understand the geology, interpret boreholes and explore the thermal response of the ground over time.
Before studying the thermal behaviour of an installation, we need to understand the ground. GeoView brings together stratigraphy, aquifers and borehole geometry in a three-dimensional representation that places each element in its geological context.
Each borehole heat exchanger has its own position, depth and thermal response. GeoView makes it possible to examine the entire field, compare the behaviour of individual boreholes and track their evolution over the simulation period.
The overall view gives way to individual analysis. For each borehole, GeoView brings together the lithological column, aquifers and temperature profile with depth, preserving the identity and characteristics of each borehole heat exchanger.
The analysis extends beyond the borehole walls. A three-dimensional finite-volume numerical model makes it possible to explore how thermal disturbances spread through the ground and evolve over time.
Horizontal and vertical sections reveal another perspective on the thermal field. They make it possible to examine temperature distribution in plan and at depth, identify areas of temperature concentration and compare different stages of the simulation.
