The video discusses the growing global demand for energy to improve living standards, agriculture, and industrial applications while minimizing environmental impact. Geothermal energy is highlighted as a sustainable solution, with new research focusing on extracting heat from deep underground using closed-loop systems. The DPU European project introduces an innovative laser drilling prototype capable of efficiently penetrating even the hardest rocks, enhancing geothermal potential. The process involves guiding a laser with cryogenic fluid to optimize rock removal, reducing costs, and improving efficiency compared to traditional methods. The video also addresses environmental, health, safety, and regulatory considerations, as well as economic assessments, providing a roadmap for bringing this technology to market.
DeepU laser drilling and cryogenic gas
manzella adele
Supervision
;celi lucianoMembro del Collaboration Group
;cannone elisaData Curation
;giordano montegrossiMethodology
2025
Abstract
The video discusses the growing global demand for energy to improve living standards, agriculture, and industrial applications while minimizing environmental impact. Geothermal energy is highlighted as a sustainable solution, with new research focusing on extracting heat from deep underground using closed-loop systems. The DPU European project introduces an innovative laser drilling prototype capable of efficiently penetrating even the hardest rocks, enhancing geothermal potential. The process involves guiding a laser with cryogenic fluid to optimize rock removal, reducing costs, and improving efficiency compared to traditional methods. The video also addresses environmental, health, safety, and regulatory considerations, as well as economic assessments, providing a roadmap for bringing this technology to market.| File | Dimensione | Formato | |
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Screenshot 2025-10-14 alle 13.55.02.png
accesso aperto
Descrizione: schermata credits a fine video
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Licenza:
Creative commons
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1.76 MB
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1.76 MB | image/png | Visualizza/Apri |
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