Doosan Advances Hydrogen Turbine Tech Via US Academic Ties

Imagine a future where hydrogen is no longer a distant dream but the core energy source driving cities and industries. Doosan Enerbility is now collaborating with leading U.S. universities to turn this vision into reality.

On October 16, Doosan Enerbility hosted a groundbreaking "Hydrogen Turbine International Joint R&D Symposium" at the Georgia Institute of Technology. More than a technical exchange, the event marked a strategic initiative to unite America's top hydrogen turbine researchers and accelerate the commercialization of hydrogen energy technology.

As a global hub for innovation, the U.S. offers unparalleled expertise in energy technology. The symposium drew over 50 experts from institutions including the U.S. Department of Energy (DOE), the Electric Power Research Institute (EPRI), and the Southwest Research Institute (SwRI). Major South Korean power companies also participated, signaling hydrogen's pivotal role in the global energy transition—with Doosan Enerbility at the forefront.

During the two-day event, Doosan showcased its latest advancements in gas and hydrogen turbines, including nozzle technology for hydrogen turbine combustors developed with U.S. universities. Its subsidiary, DTS (Doosan Turbomachinery Services), presented case studies on hydrogen-blended combustion systems for F-class gas turbines and high-temperature component refurbishment. These achievements highlight both Doosan's technical leadership and its commitment to collaborative growth.

Recognizing that breakthroughs require collective effort, Doosan has formed a research consortium with Georgia Tech, the University of Cincinnati, and Purdue University. Together, they are tackling a national strategic project: "Developing Next-Generation Hydrogen Turbine Combustor Design and Testing Technologies." Supported by Korea's Institute of Energy Technology Evaluation and Planning, the initiative runs through September 2026, aiming to solidify Doosan's competitive edge in hydrogen turbine engineering.

"This symposium will expand our U.S. R&D network and establish long-term partnerships," said Sohn Seung-woo, head of Doosan Energy's Power Services BG. "Through sustained collaboration, we'll strengthen our hydrogen turbine capabilities and deepen engagement across the Americas."

Since achieving domestic production of large-scale gas turbines in 2019, Doosan has aggressively pursued energy transition projects. The company has secured approximately ₩1 trillion ($750 million) in combined-cycle power plant contracts since 2023. Its most ambitious goal: developing the world's first 400MW-class hydrogen-fueled power plant turbine by 2027—a testament to its technological ambition and commitment to leading the energy revolution.

For investors, this represents a burgeoning market where Doosan's technical prowess positions it as a frontrunner. For the energy sector, it signals hydrogen's growing viability in achieving carbon neutrality. For society, it heralds a cleaner, more sustainable future—powered by innovations emerging from partnerships like these.