Dr. Yang Xiao, an assistant professor of chemical engineering at Louisiana Tech University, has been awarded a two-year, nearly $200,000 grant from the U.S. National Science Foundation (NSF) for his research project on converting methane into carbon-free hydrogen and ethane. The project utilizes advanced MXenes nanomaterials to accelerate chemical reactions and reduce carbon dioxide emissions. The initiative aims to establish a new experimental setup for research and education and involves one doctoral student and one undergraduate student in conducting experiments. MXenes, known for their ability to enhance chemical reactions at high temperatures, play a crucial role in efficiently converting methane, a component of natural gas, into ethane and hydrogen. This process significantly reduces carbon dioxide emissions compared to traditional methods. The research not only contributes to cleaner energy production but also supports the manufacturing industry by providing ethane as a building block for essential products. The project's impact extends to Northern Louisiana, particularly in the Haynesville Shale region abundant in natural gas. By developing skilled workers and promoting innovation in chemical and petroleum industries, the research aims to drive progress and sustainability in the region. Dr. Xiao's dedication to advancing clean energy technology has been recognized by the NSF, highlighting the importance of his work in addressing global energy challenges. The grant enables Xiao and his team to continue fundamental research on methane conversion while fostering collaborations with local gas and oil companies. Through the development of novel catalysts and cutting-edge methodologies, the research group at Louisiana Tech University is at the forefront of sustainable energy innovation. The project not only benefits the environment and industries but also equips students with valuable research skills and prepares them for engineering challenges. Xiao's pioneering research promises a cleaner energy future by transforming shale gas into a sustainable energy source, ultimately contributing to the economic growth of Louisiana.