Baker Hughes and Hanwha Power Systems Collaborate on Ammonia Turbine for Maritime Transport
Key Ideas
- Baker Hughes and Hanwha Power Systems have signed a joint development agreement to create a small-scale ammonia turbine, aiming to reduce emissions in hard-to-electrify sectors like maritime transport.
- Hanwha Ocean plans to integrate the new turbine into its vessels to enhance energy efficiency and decrease reliance on traditional fossil fuels, with a targeted completion timeline for final turbine tests by 2027.
- Baker Hughes and Hanwha Power Systems are at the forefront of innovation, exploring the adoption of ammonia and hydrogen-based alternatives, with Baker Hughes already commercializing the world's first 100% hydrogen-powered turbine.
- The collaboration signifies a significant step towards industrializing ammonia-based propulsion technologies, addressing the evolving needs of international maritime transport and offshore energy infrastructure.
During the 2025 Annual Meeting of Baker Hughes in Florence, the energy technology company, in partnership with Hanwha Power Systems, formalized a joint development agreement to design a small-scale ammonia turbine. This initiative is particularly aimed at sectors that are challenging to electrify, such as maritime transport and offshore energy infrastructure. Hanwha Ocean, a subsidiary of Hanwha specializing in shipbuilding, plans to incorporate this innovative turbine into its vessels to enhance energy efficiency and reduce reliance on traditional fossil fuels. The development timeline includes conducting final turbine tests, targeting a power output of approximately 16 MW by 2027, after successful prior testing of a prototype combustion chamber powered by 100% ammonia by Hanwha. Baker Hughes had previously conducted a feasibility study in 2024 to assess the potential use of small-scale gas turbines with ammonia as fuel. Baker Hughes and Hanwha Power Systems are both committed to innovation, with Baker Hughes also recently announcing the commercialization of the first 100% hydrogen-powered turbine. This collaboration signifies a significant step towards industrializing ammonia-based propulsion technologies to meet the evolving demands of international maritime transport. The project reflects a shared vision to provide sustainable solutions in the energy sector and reduce emissions significantly.
Topics
Projects
Innovation
Collaboration
Shipbuilding
Emissions Reduction
Energy Technology
Maritime Transport
Offshore Energy
Ammonia Turbine
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