Remote Monitoring of Gaseous Hydrocarbons Combustion

S.M. Borzov, V.I. Kozik, V.P. Miheev, and O.I. Potaturkin (Russia)


Energy system, combustion, remote sensing, signalprocessing, monitoring, optimization


On the base of developed combustion remote sensing system the main modes of gaseous hydrocarbons combustion were investigated in real-life environment. The basic rules of changes of flame radiation intensity, as well as oxygen and hydrogen concentrations in flue gases when changing fuel mixture composition at absence of torches cross talk, were found. It's shown that information about optical parameters of flame selectively on every torch and about hydrogen concentration in output gases on a boiler as a whole can be effectively used for combustion optimization.

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