Sustainable and renewable hydrogen production from recycled aluminum

• DOI: 10.5380/reterm.v22i2.91878
• Publication Date: 2023-11-13T17:55:35Z
• Authors: F. C. Silva; L. S. Martins; J. V. C. Vargas
• Keywords: Hydrogen technologies; Hydrogen vehicle

The whole world has been suffering strong consequences related to climate change. intense use of fossil fuels in the chemical and automotive industries have put environment jeopardy. Thus, industry achieved a point no return it is urgent development renewable sustainable technologies. Hydrogen pointed as key component new era since can be produced clean way. Currently hydrogen fuel cells technology sector ahead relation studies regarding production. Chemical produce with technologies reliant on while looking for forms generation. Trains powered by are reality Europe, instance. generation technological advances must match pace electrical vehicles order environmental goals widespread application cell systems achieved. present study addresses from spontaneous reaction between aluminum aqueous solution sodium hydroxide. Aluminum metal that presents high exergetic value recycled several times without losing its thermo-mechanical properties. That makes especially appealing. It will make cleaner more affordable process. Our findings demonstrate possible predict kinetic behavior using data obtained conductometric method. Graphs conductivity vs time show verify reaction. We concepts kinetic, thermodynamic transport phenomena solid hydroxide an solution. knowledge acquired throughout this contribute reactor consequence, industrial system