PROJECT AIM
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CONTRIBUTIONS
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Design of new configurations of burners for domestic boilers (2 years)
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Design, CFD simulations (isothermal and reactive),
participation and support to full-scale tests of prototypes |
Design and test of 10MW gas turbine combustors for non-premixed combustion of hydrogen with maximum NOx emissions of 200ppm@15%O2 (4 years)
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Unsteady CFD simulations aimed at verifying the combustion stability of prototypes and modelling the potential thermoacoustic instabilities. Steady CFD simulations for the calculation and the analysis of the internal flow field, the liner wall temperatures, the temperature distribution at the combustor discharge and NOx emissions. Participation to full-scale full-pressure experimental tests of prototypes
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Design and test of scaled combustors for premixed combustion of hydrogen (3 years)
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Unsteady CFD simulations aimed at verifying the combustion stability of prototypes and modelling the potential thermoacoustic instabilities. Steady CFD simulations for the calculation and the analysis of both the isothermal and reactive flow field
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Reduction of pressure fluctuations in 10 MW industrial boilers (1 year)
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CFD simulations (isothermal and reactive) and redesign support
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