Readers can download the Newsletter #4 at the following link.

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Stay tuned to know more on our project.

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This material serves the purpose of disseminating the project objectives, impacts, and technological innovations in the domain of hydrogen-gas turbines.

The video also includes in-person interviews with project representatives (Baker Hughes, ETN, Sintef Energy Research, and Snam), which were recorded during the HyPowerGT consortium meeting in Milan, Italy, in February 2025. The video also includes relevant material kindly shared by Baker Hughes and video shootings at Snam plant in Settala, Italy.

You can watch the full promotional video at this link.

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During the meeting, HyPowerGT was represented by project partners Baker Hughes and SINTEF Energy. The workshop provided a unique opportunity to exchange experiences on the development of hydrogen combustion technologies with other sister projects (including ACHIEVE, FLEX4H2, HELIOS, InsigH₂t, and HyCOFlex) and relevant Japanese stakeholders.

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You can download the newsletter at this link.

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Key Highlights from the Meeting:

1. Project Implementation Updates: Partners engaged in comprehensive discussions regarding the ongoing project activities, focusing on key tasks and critical milestones set for 2025. The session served to ensure that all members are aligned and working efficiently toward the project’s success.
2. Site Visit to Snam’s Storage Facilities: On Tuesday afternoon, 11 February, the consortium members participated in a guided tour of Snam advanced storage facilities in Lombardy, Italy. The visit provided valuable insights into Snam operations and its role in the energy transition, offering a deeper understanding of the technological innovations shaping the future of energy.
3. General Assembly & Executive Board Meeting: Strategic sessions were held during the meeting to ensure that all consortium members remain aligned with the project’s long-term objectives. These sessions are key to ensuring optimal collaboration and delivery as the project progresses.

Looking ahead, the HyPowerGT project continues to gain momentum, and further updates will be shared as we approach key milestones in the coming months.

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The Report, which targets the entire value chain of turbomachinery stakeholders, includes detailed insights on the latest technological development of hydrogen gas turbines technologies, as well as the proposed solutions developed by the Original Equipment Manufacturers (OEM).

An entire section of Chapter 5 (OEM achievements and ongoing developments) is dedicated to the HyPowerGT goals and expected results. The text also highlights the recent achievements of Baker Hughes in the test campaigns of the first NovaLT16 hydrogen unit, demonstrating the capability of the engine to burn any blend of natural gas and hydrogen up to pure hydrogen.

To find out more about our project, you can access the Report via this link!

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You can download the newsletter at this link.

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The HyPowerGT project aims at moving technological frontiers to enable gas turbines to operate on hydrogen guaranteeing low NOx emissions without catalytics and diluents. The core technology is a novel dry-low emission combustion technology (DLE H₂) capable of starting up and operating with mixtures of natural gas and hydrogen with concentrations up to 100%. Besides ensuring low emissions and high efficiency, the DLE H₂ combustion technology offers fuel flexibility and response capability on a par with modern gas-turbine engines fired with natural gas.

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Full press release can be downloaded here.

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