Characterisation and modelling of cogeneration units (piston engines and (micro) gas turbines) powered by syngas, e-fuel (H2) and alternative fuels

UCLouvain: Thermodynamics and fluid mechanics (TFL)

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UCLouvain: Thermodynamics and fluid mechanics (TFL)

Characterisation and modelling of cogeneration units (piston engines and (micro) gas turbines) powered by syngas, e-fuel (H2) and alternative fuels, Clean Hydrogen production, Electrolysis, Energy management systems modelling, Optimisation of energy systems at different scales (consumer group, city, region, country), Robust design optimisation of e-fuel production systems, taking account uncertainties (essential in a context of fluctuating renewable production)

UCLouvain: Thermodynamics and fluid mechanics (TFL)

Characterisation and modelling of cogeneration units (piston engines and (micro) gas turbines) powered by syngas, e-fuel (H2) and alternative fuels, Clean Hydrogen production, Electrolysis, Energy management systems modelling, Optimisation of energy systems at different scales (consumer group, city, region, country), Robust design optimisation of e-fuel production systems, taking account uncertainties (essential in a context of fluctuating renewable production)

stijn meel2024-10-21T15:36:47+02:00

UCLouvain: Thermodynamics and fluid mechanics (TFL) University of [...]

Cenaero

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Cenaero

3D modelling/digital twins of electrolyzers, Characterisation and modelling of cogeneration units (piston engines and (micro) gas turbines) powered by syngas, e-fuel (H2) and alternative fuels, Design, optimisation and techno-economic assessment of Multi-Energy Systems that include hydrogen as a vector, Energy systems modelling, Fuel cell system testing, modelling/digital twins, control & implementation, Virtual design as well as lifespan prediction of critical components linked to storage and transport

Cenaero

3D modelling/digital twins of electrolyzers, Characterisation and modelling of cogeneration units (piston engines and (micro) gas turbines) powered by syngas, e-fuel (H2) and alternative fuels, Design, optimisation and techno-economic assessment of Multi-Energy Systems that include hydrogen as a vector, Energy systems modelling, Fuel cell system testing, modelling/digital twins, control & implementation, Virtual design as well as lifespan prediction of critical components linked to storage and transport

marijke mahieu2024-10-21T15:44:32+02:00

Cenaero Cenaero knowledge institute [...]

ULB: Aéro-Thermo-Mécanique (ATM)

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ULB: Aéro-Thermo-Mécanique (ATM)

Characterisation and modelling of cogeneration units (piston engines and (micro) gas turbines) powered by syngas, e-fuel (H2) and alternative fuels, Design, optimisation and techno-economic assessment of Multi-Energy Systems that include hydrogen as a vector, Energy management systems modelling, Process modelling and optimisation, techno-economic assessment

ULB: Aéro-Thermo-Mécanique (ATM)

Characterisation and modelling of cogeneration units (piston engines and (micro) gas turbines) powered by syngas, e-fuel (H2) and alternative fuels, Design, optimisation and techno-economic assessment of Multi-Energy Systems that include hydrogen as a vector, Energy management systems modelling, Process modelling and optimisation, techno-economic assessment

marijke mahieu2024-10-21T16:24:32+02:00

ULB: Faculty of Applied Sciences | Aéro-Thermo-Mécanique (ATM) [...]

UMons: Thermal Engineering and Combustion Unit (TRMI)

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UMons: Thermal Engineering and Combustion Unit (TRMI)

Characterisation and modelling of cogeneration units (piston engines and (micro) gas turbines) powered by syngas, e-fuel (H2) and alternative fuels

UMons: Thermal Engineering and Combustion Unit (TRMI)

Characterisation and modelling of cogeneration units (piston engines and (micro) gas turbines) powered by syngas, e-fuel (H2) and alternative fuels

marijke mahieu2024-10-21T16:26:24+02:00

UMons: Thermal Engineering and Combustion Unit (TRMI) University [...]