Leading the Way: Innovative Design for Electric Ammonia Plant in US Gulf Coast
Key Ideas
  • The electric ammonia plant on the US Gulf Coast, designed by Worley, will have a production capacity of 300 metric tonnes per day, utilizing solid oxide electrolyzer technology for hydrogen production.
  • The technology used in the plant is 30% more energy efficient compared to conventional electrolyzers, setting new standards in energy efficiency.
  • The plant's design allows for integration with fluctuating renewable energy sources, contributing to stabilizing the local grid and enabling scalable and cost-effective ammonia production.
  • Construction of the plant is expected to commence later this year after the Front End Engineering Design (FEED) study, targeted for completion in Q1 2025.
Worley is taking the lead in designing the first commercial scale electric ammonia plant on the US Gulf Coast. The plant, with an exceptional anticipated production capacity of 300 metric tonnes of electric ammonia per day, will mark a significant milestone in hydrogen production as it will be the first to employ solid oxide electrolyzer technology (SOEC). This cutting-edge technology promises a remarkable 30% increase in energy efficiency compared to traditional electrolyzers, showcasing a commitment to sustainable practices. One of the plant's key features is its capability to adapt to the variability of renewable energy sources, which will not only enhance grid stability but also drive forward cost-effective production of ammonia. This adaptability aligns with the plant's role in providing decarbonized energy solutions, a crucial step towards reducing emissions across various sectors. The collaboration between Worley and First Ammonia signifies a strategic partnership aimed at revolutionizing heavy industry, transport fuels, and power generation by introducing clean ammonia. Worley's expertise, particularly in the Gulf Coast region, combined with First Ammonia's innovative approach, is poised to reshape the landscape of ammonia production. Both Marc Van Den Boom and Joel Moser expressed excitement about the project, highlighting its significance in advancing decarbonization efforts. With construction set to begin in the near future following the completion of the FEED study, this initiative represents a beacon of progress in the shift towards sustainable and efficient hydrogen production.
ADVANCEH2

Our vision is to be the world's leading online platform for advancing the use of hydrogen as a critical piece needed to deliver net-zero initiatives and the promise of a clean H2 energy future.

© 2025 AdvanceH2, LLC. All rights reserved.