Sep 12, 2024, 6:00 AM
Sep 12, 2024, 6:00 AM

KBR partners with Samsung for floating blue ammonia study in Houston

Highlights
  • KBR has been awarded a contract for a conceptual study on floating blue ammonia production by Samsung Heavy Industries.
  • The collaboration aims to utilize KBR's blue ammonia technology and SHI's expertise in mega floating vessel design.
  • This project represents a strategic move towards sustainable energy solutions and supports global energy transition efforts.
Story

On September 12, 2024, KBR announced the awarding of a conceptual study contract for the production of floating blue ammonia in collaboration with Samsung Heavy Industries (SHI). This partnership marks a significant step in SHI's strategy to diversify its operations within the ocean energy sector, emphasizing advancements in maritime technology. KBR will apply its innovative blue ammonia technology, which is designed for offshore production, while leveraging SHI's expertise in constructing large floating vessels. KBR has a long-standing reputation in the ammonia industry, having licensed, engineered, or constructed over 260 grassroots ammonia plants globally since 1943. The collaboration aims to create a pioneering floating ammonia production facility, which is expected to provide a sustainable platform for clients worldwide. This initiative aligns with the growing demand for low-carbon energy solutions and supports global energy transition goals. Jay Ibrahim, KBR's President of Sustainable Technology Solutions, expressed pride in partnering with SHI for this strategic project. He emphasized the importance of delivering a flexible and sustainable technology solution that meets the evolving needs of clients in the energy sector. The project is anticipated to enhance KBR's position as a leader in ammonia technology while contributing to the broader objectives of reducing carbon emissions. As the world increasingly focuses on sustainable energy practices, this collaboration between KBR and SHI represents a forward-thinking approach to addressing energy challenges. The study will explore the feasibility and potential impact of floating blue ammonia production, paving the way for future advancements in the maritime energy landscape.

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