GEOTHERMAL CITY | 2020
WHAT IS THE INFLUENCE OF A LARGE-SCALE DEPLOYMENT OF GEOTHERMAL BOREHOLES ON THE GEOTHERMAL POTENTIAL OF CITIES?
The GEOTHERMAL CITY project investigates the role of a large-scale deployment of vertical geothermal boreholes on their behavior and performance.
To date, a substantial amount of research has been concentrated on the analysis of the variables that govern the behavior and performance of geothermal systems at the scale of individual buildings.
This project addresses the poorly explored behavior and performance of multiple vertical geothermal borehole fields applied at a district-scale.
The results of this project will advance our basic knowledge of geothermal systems and inspire novel urban planning strategies to deploy in the most efficient manners vertical geothermal boreholes in urban environments.
The results of this project will advance our basic knowledge of geothermal systems and inspire novel urban planning strategies to deploy in the most efficient manners vertical geothermal boreholes in urban environments.
Project team
 Alessandro F. Rotta Loria Associate Professor |
 Lisa Cassina M.S. Student |
Project team
Alessandro F. Rotta Loria Associate Professor |
Lisa Cassina M.S. Student |
In collaboration with
Journal publications
→ Bourhis, P., Cousin, B., Rotta Loria, A. F. and Laloui, L. (2021) Machine learning enhancement of thermal response tests for geothermal potential evaluations at site and regional scales. Geothermics. 95: 102132.
→ Cassina, L., Laloui, L. and Rotta Loria, A. F. (2022) Thermal interactions among vertical geothermal borehole fields. Renewable Energy. 194: 1204-1220.