A Low-Carbon and Low-NOx Catalytic Combustion Status Monitoring System and Method for Natural Gas Furnaces

Abstract

This invention discloses a low-carbon, low-nitrogen catalytic combustion state monitoring system and method for natural gas furnaces, relating to the field of industrial furnace combustion monitoring technology. The system includes a data acquisition module, a data preprocessing module, a state estimation module, and a feedback control module. By constructing a scientific combustion efficiency calculation model and a catalytic combustion state index model, and integrating the influence weights and response characteristics of multi-dimensional parameters, this invention achieves real-time assessment of the complex reaction mechanism of catalytic combustion, overcoming the limitations of traditional technologies that rely on single-parameter monitoring and empirical model judgment.

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