Engineers at the Massachusetts Institute of Technology have conducted a life cycle assessment on their innovative method of producing hydrogen from recycled aluminum cans and seawater. This method was found to generate a fraction of the carbon emissions compared to conventional methods involving dirty fuels. The process involves treating aluminum with gallium-indium, reacting it with seawater to produce hydrogen, and utilizing the by-products for various applications. The 'cradle-to-grave' assessment revealed that for every 2.2 pounds of hydrogen produced, only 3.2 pounds of carbon dioxide pollution were generated over the entire life cycle, a significant reduction from traditional processes. The study emphasizes the environmental benefits of producing hydrogen without direct emissions of pollutants or greenhouse gases, positioning aluminum as a potential clean energy source. By using recycled aluminum, the process becomes more eco-friendly and sustainable, mitigating the environmental impact of mining operations. Additionally, the by-product boehmite, a valuable mineral, can be sold to further reduce production costs and enhance the supply chain resilience. Lead author Aly Kombargi highlighted the scalability and sustainability of this approach, showcasing its potential for deployment in transportation and remote energy systems. The research aims to contribute to the advancement of green hydrogen production and promote environmentally friendly practices in the energy sector.