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Experiments of H2 and CO fuel rich combustion, performed in an isothermal annular reactor over a Rh-catalyst, are herein analyzed by means of a 2D isothermal model.
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Catalytically stabilized combustion is performed as "hybrid" catalytic combustion, where only a fraction of the fuel is consumed within the catalyst and the remaining fuel is burned downstream in a homogeneous combustion zone.
This chapter focuses on a sequence of combustion tests performed on the Vertical Combustor Research Facility of the CANMET Energy Technology Centre to calculate the performance of a burner design optimized for oxy-fuel combustion of coal.
In this paper the results of a complete set of devolatilization and combustion experiments performed with pulverized (∼500 μm) biomass in an entrained flow reactor under realistic combustion conditions are presented.
Cold-modeling gas/particle flow experiments and numerical simulations on coal combustion were performed for evaluating the furnace throat effect on the flow-field deflection and asymmetric combustion in a 600 MWe supercritical down-fired boiler.
In this study, chemical-looping combustion was performed with highly viscous vacuum residue.
The computational effort is comparable to combustion simulations performed with standard models available in the software used.
A green synthesis method, solution combustion, were performed to synthesize BaAl2O4/BaCO3 nanoparticles by using stoichiometric amount of cations, Ba2+ and Al3+, in rational fraction of a fuel (maltose).
The main flow is electrically heated for non-reacting cases, while methane-air premixed combustion is performed for the reacting conditions.
The AlFA-50 composite demonstrated the highest reactivity (most intense flame and shortest time to achieve complete deflagration) during air combustion experiments performed on consolidated pellets.
High-speed high-magnification imaging of the combustion is performed, and surface profiles and features of quenched sandwiches are investigated, besides burning rate measurements.
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