GE Vernova and IHI achieve 100 percent ammonia combustion milestone

While many energy providers are still exploring hydrogen-blending or small-scale pilot programs, the strategic alliance between GE Vernova and IHI Corporation has moved significantly ahead of the industry curve by successfully demonstrating 100% ammonia combustion on a full-scale F-class gas turbine. This achievement distinguishes the partnership from competitors by proving that carbon-free ammonia can power large-scale, heavy-duty utility turbines — not just smaller experimental units — positioning their technology as the most viable high-capacity alternative for rapid power sector decarbonization.

A Major Milestone in the Ammonia Value Chain
The recent testing at IHI’s specialized facility confirmed that F-class gas turbines can operate entirely on ammonia while maintaining emission levels that align with established development roadmaps. This technical success validates the joint development agreement signed in 2024 and confirms that the infrastructure required for an ammonia-based energy economy is now functionally attainable. By replicating the exact operating conditions of GE Vernova’s existing turbine fleet, the test proves that current power generation assets can be transitioned to carbon-free fuels without sacrificing the scale or reliability traditionally provided by natural gas.

Accelerating the Path to 2030 Commercialization
The collaboration is now focused on the final stages of the commercialization timeline, with the goal of deploying 100% ammonia-fired gas turbines to the global market by 2030. This breakthrough addresses a critical gap in the global energy transition by utilizing ammonia as a high-density, carbon-free fuel that is easier to transport and store than liquid hydrogen. As the power sector faces increasing pressure to meet stringent net-zero targets, this proven ability to run full-scale turbines on ammonia provides a concrete, industrialized solution for utility companies looking to eliminate carbon emissions from their combustion processes over the next decade.

Edited by an industrial journalist, Evgeny Churilov.

www.gevernova.com