A project in Utah is focused on transforming ammonia production with the help of nuclear energy, particularly through the use of nuclear-powered electrolysis to create 'green hydrogen.' This innovative approach has the potential to significantly reduce global carbon pollution generated from ammonia-making processes. The collaboration involving experts from Utah State University, Argonne National Laboratory, and NuScale Power is supported by a $56 million fund from the Department of Energy, aiming to advance nuclear energy solutions. By utilizing small modular fission reactors to power electrolysis, the project ensures a cleaner and more cost-effective method of producing ammonia. The use of green hydrogen instead of traditional methods involving natural gas can lead to a substantial reduction in greenhouse gas emissions in the ammonia market. Approximately 43% of global hydrogen production is used for ammonia production, which contributes to around 1.2% of global air pollution. This project comes at a critical time as the demand for ammonia, primarily used in fertilizer production, is expected to rise with the world's growing population. By decarbonizing the ammonia market, the project aims to play a significant role in reducing global emissions. The initiative represents a promising step towards a more sustainable energy future by combining nuclear science, hydrogen, and ammonia technologies. Researchers anticipate that the success of this project can lead to scalable solutions that can be implemented on a widespread basis, potentially impacting global efforts to combat climate change and air pollution.