This thesis presents the design process of a hydrogen production system to be used for both stationary applications and onboard use in moving vehicles, aimed at the generation of clean energy through fuel cell technology.

This thesis presents the design process of a hydrogen production system to be used for both stationary applications and onboard use in moving vehicles, aimed at the generation of clean energy through fuel cell technology.

Modelling of a reactor for H2 production from activated aluminum in NaOH solution for vehicle applications.

VERSACI, GIANLUCA
2024/2025

Abstract

This thesis presents the design process of a hydrogen production system to be used for both stationary applications and onboard use in moving vehicles, aimed at the generation of clean energy through fuel cell technology.
2024
Modelling of a reactor for H2 production from activated aluminum in NaOH solution for vehicle applications.
This thesis presents the design process of a hydrogen production system to be used for both stationary applications and onboard use in moving vehicles, aimed at the generation of clean energy through fuel cell technology.
Hydrogen
Fuel Cell
Design
Sustainability
Versatility
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14251/5645