Senior assistant professor (fixed-term)
Department of Civil, Chemical, Environmental, and Materials Engineering
Academic discipline: ING-IND/28 Excavation Engineering and Safety
Home > Useful contents > Shallow geothermal solutions for energy transition: the legacy of GEOTeCH Project
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GEOTeCH project aimed to stimulate and promote greater utilization of renewable heating and cooling using shallow geothermal solutions through advancement of innovative drilling, ground heat exchangers and hybrid heat pumps.
Currently, most of the advancements proposed by the Project are factively on the market, and the shallow geothermal energy systems are moving towards "plug and play" solutions, for a widespread application all throughout Europe.
Related publications:
Sequential coupled numerical simulations of an air/ground-source heat pump: Validation of the model and results of yearly simulations - Energy and Buildings
A novel TRNSYS type of a coaxial borehole heat exchanger for both short and mid term simulations: B2G model - Applied Thermal Engineering
Ground temperature monitoring for a coaxial geothermal heat exchangers field: Practical aspects and main issues from the first year of measurements - Mining Geology Petroleum Bullettin
Suitability evaluation of specific shallow geothermal technologies using a GIS-Based multi criteria decision analysis implementing the analytic hierarchic process - Energies
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