The European and National strategies for the climate and the energy have as major targets the decarbonisation process before 2050 and the drastic reduction of the PM10 concentration in the Po Plain. In order to achieve these goals, the request, the exploitation, the use and the diffusion of renewable energies should greatly increase in the next future. Due to the recent evolution of technological plants, like district heating, the low-to-medium enthalpy geothermal plants perfectly fulfil the above needs with important environmental, economic, societal, and health benefits. The present research is motivated to contribute to the above needs and particularly to the characterization of the geothermal reservoirs existing in the broader Ferrara-Modena territory, Northern Italy, which hosts in the subsoil some major tectonic structures with a high geothermal potential, like the Ferrara anticline
Geothermal anomalies in a sector of the eastern Po Plain
Riccardo Caputo;rapti D
2018
Abstract
The European and National strategies for the climate and the energy have as major targets the decarbonisation process before 2050 and the drastic reduction of the PM10 concentration in the Po Plain. In order to achieve these goals, the request, the exploitation, the use and the diffusion of renewable energies should greatly increase in the next future. Due to the recent evolution of technological plants, like district heating, the low-to-medium enthalpy geothermal plants perfectly fulfil the above needs with important environmental, economic, societal, and health benefits. The present research is motivated to contribute to the above needs and particularly to the characterization of the geothermal reservoirs existing in the broader Ferrara-Modena territory, Northern Italy, which hosts in the subsoil some major tectonic structures with a high geothermal potential, like the Ferrara anticlineI documenti in SFERA sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
