King Fahd University of Petroleum and Minerals (KFUPM) in Riyadh, Saudi Arabia, has launched a research project led by Prof. Mohammed Gondal to enhance the feasibility of green hydrogen production. The project focuses on reducing production costs and making the process more economically viable. By utilizing a portable solar panel for water splitting, the method aims to separate hydrogen atoms from oxygen in water, offering advantages such as lower energy input, valuable byproducts, and harnessing abundant solar energy in Saudi Arabia. The project also innovatively converts methanol into valuable chemicals without CO2 emissions, significantly improving process efficiency. Overcoming challenges related to electrochemical water splitting, the project enhances byproduct quality and scalability by interlinking multiple cells. This initiative aligns with Saudi Arabia's commitment to green hydrogen, evident in the development of one of the world's largest green hydrogen plants at NEOM megacity, powered by renewable sources. The country's investment in green hydrogen aims to address sustainability goals and explore its potential in various industries for decarbonization.