| KEYWORD |
Thermal Design of Hydrogen Storage Tanks with Metal Hydrides
keywords CFD, HYDROGEN, STORAGE
Reference persons FRANCESCO DEMETRIO MINUTO, DAVIDE PAPURELLO
Research Groups Energy Center Lab
Thesis type MODELING, MODELING AND SIMULATION
Description Hydrogen stands as one of the most promising energy carriers for achieving the decarbonization goals of the energy system. However, its preservation and storage still pose a significant challenge. One of the most innovative solutions is the use of metal hydrides, which offer several advantages in terms of safety and size for storing hydrogen. The thermal design of such systems is crucial to ensure effective hydrogen absorption and release.
See also tesi magistrale- design termico serbatoi idruri.pdf
Required skills • Bachelor's degree in Energy Engineering, Chemistry, or related fields.
• Basic knowledge of thermodynamic principles and heat transfer processes.
• Ability to use thermal and fluid dynamics simulation software.
Notes Support and Resources:
The selected candidate will have access to the department's laboratories, simulation software, and will be supported by a team of researchers expert in the field of energy and hydrogen conservation.
How to Apply:
Interested students are invited to send their curriculum vitae, a motivation letter, and a list of university grades to the email addresses francesco.minuto@polito.it and davide.papurello@polito.it.
Deadline 31/10/2024
PROPONI LA TUA CANDIDATURA