The authors show a need to develop a special multi-zone combustion chamber, intended for the disposal of petroleum gas and other man-made gases. For parameter optimization of steady-state combustion wet, heterogeneous in composition and tabulation petroleum gas developed three-dimensional numerical model which allows to predict the distribution of parameters in terms of combustion chamber at various circuits of the supply of air and fuel gas in the preliminary design phase. To verify the model, we performed a series of experimental studies of the working process in the combustion zone multi-zone camera. The maximum difference between the calculated and experimental data on the temperature amounted to 0,9 %, which indicates the functionality of the proposed model.
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