Abstract
A steady-state lean combustion model for monolithic catalytic combustors is given. The model, consisting of several semiglobal chemical reaction steps in the gas phase and on the surface, is capable of analyzing CO and THC emissions. In the model computation presented, the influence of operating and design parameters on the minimum combustor length is studied. Special attention is given to the effect of after-bed gas phase reaction space. Comparison with experimental data indicates good agreement in the range of parameters covered.
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