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Measurements and modelling for scaling of the HyFlexGT multi-tube-burner

SBES's HyFlexGT burner can quickly adapt to various gas turbine models for hydrogen combustion. A versatile thermoacoustic model is needed to predict the behavior of the different burner versions, enabling efficient scaling.

Description

The thermoacoustic model developed by ZHAW will enable the Sustainable Business & Engineering Solutions GmbH (SBES) to predict how the HyFlexGT burner will behave with different numbers of mixing tubes. This allows knowledge gained from small-scale experiments to be transferred to large-scale, real-world engines. This is essential for developing scaled versions of the burner that meet the power requirements of various turbines. Additionally, ZHAW will conduct atmospheric tests on the burner.

Key data

Projectlead

Deputy Projectlead

Dr. Alain Richard Martin

Project partners

Sustainable Business & Engineering Solutions GmbH

Project status

ongoing, started 08/2025

Institute/Centre

Institute of Energy Systems and Fluid Engineering (IEFE)

Funding partner

Innosuisse Innovationsscheck

Project budget

15'000 CHF