Data for: Integrating classical methods and a new viability index to assess shallow ground heat exchange potential: application to the Gioia Tauro coastal plain (Calabria, Southern Italy)

Name: Data for: Integrating classical methods and a new viability index to assess shallow ground heat exchange potential: application to the Gioia Tauro coastal plain (Calabria, Southern Italy)
Creator: Giovanni Vespasiano
Published: 2026-04-27T08:57:41.761Z
Keywords: Geothermal Energy, Aqueous Geochemistry, Thermal Property

Vespasiano, Giovanni; Taussi, Marco; Russo, Luigi; Cianflone, Giuseppe; Chemeri, Lorenzo; Fuoco, Ilaria; Bloise, Andrea; La Russa, Mauro; Dominici, Rocco; Venturi, Stefania; Cabassi, Jacopo; De Rosa, Rosanna; Guido, Adriano; Renzulli, Alberto; Ciniglia, Federico; Apollaro, Carmine

doi:10.17632/k76ysjzvr5.1

Data for: Integrating classical methods and a new viability index to assess shallow ground heat exchange potential: application to the Gioia Tauro coastal plain (Calabria, Southern Italy)

Published: 27 April 2026| Version 1 | DOI: 10.17632/k76ysjzvr5.1

Contributors:

Giovanni Vespasiano,

,

Description

The database consists of a set of Excel spreadsheets compiling the data and calculations used in this study to (i) characterize the ground thermal properties and climatic indicators, (ii) estimate the shallow geothermal potential associated with Borehole Heat Exchanger (BHE, closed-loop) systems and Groundwater Heat Exchanger (GWHE, open-loop) systems, and (iii) compute the GPVI index.

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Institutions

University of Calabria
Calabria, Rende
University of Urbino
The Marches, Urbino
University of Florence
Tuscany, Florence
Institute of Geosciences and Earth Resources
Tuscany, Pisa
INGV Sezione di Roma 1
Lazio, Rome
INGV Sezione di Palermo
Sicily, Palermo

Data for: Integrating classical methods and a new viability index to assess shallow ground heat exchange potential: application to the Gioia Tauro coastal plain (Calabria, Southern Italy)

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