A review of works dedicated to the assessment of carbon monoxide emissions from gas turbine combustion chambers using reactor network models developed on the basis of the three-dimensional simulation results

Abstract

The article provides an overview of works devoted to the estimation of carbon monoxide (CO) emissions from gas turbine combustion chambers. Studies were considered in which the reactor network model of the  combustion chamber is built on the basis of three-dimensional modeling (combined method). This approach makes it possible to carry out calculations using detailed chemistry kinetic mechanisms and taking into account the main features of the stream. The data on the methods of constructing reactor models, the results of  comparing the calculations with the experiment are presented. The urgency of further development of the combined method for predicting CO emissions is noted.