Hydrogen, a clean energy carrier, is often produced through methods that generate carbon dioxide, contradicting the primary goal of clean energy production. Various research initiatives in the United States, including a project led by Virginia Tech chemistry professor Sheima Khatib, are working on converting methane to clean hydrogen without emitting carbon pollutants. The project, funded by a $1.3 million grant from the Appalachian Regional Commission, aims to produce solid carbon as a byproduct that can be utilized in industries such as medicine and energy. The research team is experimenting with catalysts for catalytic methane decomposition, a process that separates hydrogen from methane without pollution. They are developing a small reactor to enhance the efficiency of the process and increase hydrogen production. The initiative also involves partnerships with industries interested in using clean hydrogen, with a focus on making the production economically viable by selling the solid carbon byproducts. The project includes an educational component led by Amy Price Azono from Virginia Tech, aimed at enhancing K-12 students' understanding of energy sources and consumption. The educational outreach will involve collaboration with STEM, chemistry, agriculture, and technical teachers from Southwest Virginia to integrate the project's scientific concepts into the curriculum. Overall, the initiative represents an innovative approach to clean hydrogen production, addressing the challenges of carbon emissions while exploring potential commercial opportunities through the sale of solid carbon byproducts and industry partnerships.