The Texas Blue Clean Ammonia project in Beaumont, Texas, is paving the way for revolutionizing low-carbon ammonia production on a large scale. Historically, the production of low-carbon ammonia has been impeded by cost barriers, mainly due to the high costs associated with producing hydrogen with lower carbon intensity compared to fossil fuels. However, the collaboration between OCI Global, Linde, and ExxonMobil has led to the development of a groundbreaking project that aims to produce low-emission ammonia through carbon capture and storage technology. The project, set to commence operations in 2025, will utilize autothermal reformation to produce hydrogen and capture greenhouse gases, with the goal of sequestering 95% of hydrogen's Scope 1 GHG emissions. This innovative approach is expected to reduce total GHG emissions in the final product by approximately 80% compared to conventional methods of ammonia production. By leveraging regulatory incentives and existing infrastructure in the U.S. Gulf Coast region, the project benefits from lower building costs and economies of scale. The facility plans to sequester an estimated 2.2 million metric tons of CO2 annually while producing 1.1 million metric tons of low-carbon ammonia per year in its initial phase, with the capacity to double production in the future. The Texas Blue Clean Ammonia project is not only environmentally beneficial but also economically promising. By attracting regulatory support and demand for low-carbon ammonia, the project aims to meet global sustainability goals and reduce carbon emissions in various sectors, including fertilizer production, industrial manufacturing, power generation, and low-carbon shipping. Through collaboration and innovative production processes, the project sets a precedent for the adoption of low-carbon hydrogen-based products, driving industry-wide transformation towards sustainability. Regulatory incentives, investments, and partnerships are key to scaling up low-carbon ammonia production and achieving a net-zero emissions future.