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The use of A.I and SAR data to characterize and assess geohazards at multiple scales

28.02.2024

Advanced numerical modelling and remote sensing techniques can play a crucial role in the challenge of managing the risks caused by geohazards. Junaid Khan is a Ph.D. student from Pakistan who has just started his project at the Department of Geosciences of the University of Padua, in the framework of the Excellence Project "Geosciences for Sustainable Development", working on monitoring, mitigating and forecasting geohazards through A.I. techniques by using remote sensing optical and SAR data.

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Media and Events

Investigating the integration of CO2 mineralization with mining

28.02.2024

The Department of Geosciences of the University of Padua is among the academic departments selected and funded by the Italian Ministry of University and Research (MUR) in the framework of Excellence Project (2023-2027). In the 2022 call, the Department of Geosciences competed and succeeded with a

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Media and Events

The reuse of abandoned wells to boost geothermal energy production

23.02.2024

Geothermal energy is a form of renewable energy that uses the heat from the underground. In general, the drilling part of a geothermal project is one of the most expensive. In Italy there are more than 5000 wells that are now abandoned or mineral closed and the data collected during the exploration

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Media and Events

The reuse of abandoned wells to boost geothermal energy production

23.02.2024

Geothermal energy is a form of renewable energy that uses the heat from the underground. In general, the drilling part of a geothermal project is one of the most expensive. In Italy there are more than 5000 wells that are now abandoned or mineral closed and the data collected during the exploration

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Media and Events

Making geothermal energy accessible almost anywhere: the goal of DeepU project

02.02.2024

Easily accessible deep geothermal resources for heating and power are fundamental for accelerating the decarbonisation of energy supplies in Europe. The goal of the DeepU project is increasing the accessibility of deep geothermal resources for low carbon heating and power generation, by offering a substantial reduction of well drilling costs to deliver deep heat exchange systems. The project, coordinated by the University of Padua, is funded by the European Union and the technical feasibility of DeepU technology, based on an absolute innovation on the use of laser techniques for deep drilling, is demonstrated at the laboratory scale.

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