Optimization of combustion processes for gaseous hydrocarbons through variation of fuel mixture content
S.M. Borzov, V.I. Kozik, O.I. Potaturkin, N.N. Shushkov
Institute of Automation and Electrometry SB RAS, Novosibirsk, Russia
Pages: 299-304
Abstract
The newly developed complex for remote diagnostics of combustion in natural conditions was applied for study of main modes of hydrocarbon gaseous fuel combustion. The main regularities of a change in flame emission intensity and concentration of hydrogen/oxygen concentration as a function of fuel mixture content were obtained for flames without mutual interference. This knowledge was the basis for development of algorithms for identification of the current combustion mode and procedures aimed at optimization of operation of a standard heating boiler DE 24/15. The efficiency of these procedures was demonstrated. This approach can be used after additional study for control of heating boilers of any type.
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