Design of a laboratory scale reactor for Mild Combustion of gaseous fuels, diluted with super heated steam, is presented and discussed. A tubular flow reactor with a jet in cross-flow mixing section configuration has been chosen because responds to the need of having both a high resolution of the oxidative process in high temperature, diluted conditions and an efficient mixing of reactants. A simplified configuration working at room temperature has been designed for an experimental fluid-dynamic characterization in order to evaluate the efficiency of the mixing section by means of optical diagnostic analyses. Experimental results have been analyzed and compared with numerical analyses realized using a commercial CFD code (FLUENT).
Mixing efficiency of jet in cross-flow configuration in a tubular reactor for Mild Combustion studies
P Sabia;M de Joannon;R Ragucci;
2005
Abstract
Design of a laboratory scale reactor for Mild Combustion of gaseous fuels, diluted with super heated steam, is presented and discussed. A tubular flow reactor with a jet in cross-flow mixing section configuration has been chosen because responds to the need of having both a high resolution of the oxidative process in high temperature, diluted conditions and an efficient mixing of reactants. A simplified configuration working at room temperature has been designed for an experimental fluid-dynamic characterization in order to evaluate the efficiency of the mixing section by means of optical diagnostic analyses. Experimental results have been analyzed and compared with numerical analyses realized using a commercial CFD code (FLUENT).I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
