Hydrogen Application
Revolutionary Solution for Converting LNG Gas Turbines to Hydrogen Fuel
We specialize in retrofitting aging LNG gas turbines for hydrogen co-firing.
This process reduces carbon and nitrogen oxide(NOx) emissions, while simultaneously extending the service life and enhancing the performance of the turbines.
Our comprehensive suite of components, advanced module designs, and sophisticated control technologies enable us to implement co-firing systems that effectively decrease LNG consumption and increase hydrogen utilization.
This process reduces carbon and nitrogen oxide(NOx) emissions, while simultaneously extending the service life and enhancing the performance of the turbines.
Our comprehensive suite of components, advanced module designs, and sophisticated control technologies enable us to implement co-firing systems that effectively decrease LNG consumption and increase hydrogen utilization.
Advanced Solutions for High-Performance Hydrogen Combustion
We mitigate equipment damage caused by hydrogen combustion flashback and vibration, while effectively reducing nitrogen oxide(NOx) emissions.
Our hydrogen combustion technology provides practical solutions and ensures stable equipment operation
Our hydrogen combustion technology provides practical solutions and ensures stable equipment operation
Successful Development of Utility-Scale Hydrogen Turbine
We have successfully demonstrated 100% hydrogen combustion in an 80 MW-class gas turbine, a cornerstone of domestic LNG power generation.
Additionally, we are advancing hydrogen-LNG co-firing technology utilizing F-class gas turbines, which are the most widely installed in Korea.
Additionally, we are advancing hydrogen-LNG co-firing technology utilizing F-class gas turbines, which are the most widely installed in Korea.