Effect of hydrogen injection on the stability of non‐premixed methane/air flame in a gas turbine combustor

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Hydrogen injection leads to gas turbine flame instabilities, impacting combustion reliability.
Results demonstrate increased flame speed and extinction cycles due to hydrogen injection.
A Scale Adaptive Simulation approach was utilized to model the combustion behavior of methane and hydrogen.
Effective management of injection rates is crucial for achieving cleaner hydrocarbon fuel combustion.

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Analysis shows hydrogen injection creates instabilities in methane flame within a gas turbine combustor, indicating a need for precise management.

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Analysis shows hydrogen injection creates instabilities in methane flame within a gas turbine combustor, indicating a need for precise management.