King Fahd University of Petroleum and Minerals in Riyadh, Saudi Arabia, has initiated a research project to enhance the feasibility of green hydrogen production. Led by Prof. Mohammed Gondal, the project focuses on lowering production costs to make green hydrogen economically viable. It utilizes a portable solar panel to power the water splitting process, separating hydrogen atoms from oxygen in water. This method operates with lower energy input compared to traditional approaches and produces valuable byproducts while utilizing the abundant solar energy available in Saudi Arabia. The project also addresses the conversion of methanol into valuable chemicals without CO2 emissions, significantly increasing process efficiency. Overcoming challenges in hydrogen production, the project aims to scale up production by connecting multiple cells, demonstrating the potential for industrial-scale green hydrogen generation using locally synthesized materials. Green hydrogen holds promise as a clean fuel source for industries like shipping and aviation, offering a sustainable alternative to traditional fuels. The innovative approach not only improves hydrogen production but also contributes to environmental preservation and economic sustainability.