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STUDY ON LIMESTONE WET FLUE GAS DESULFURIZATION EFFICIENCY MODEL OF THE THERMAL POWER PLANT

Liu Zhi-qian

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Abstract

On the basis of the comprehensive analysis on such six main influence factors of limestone wet flue gas desulfurization as SO2 inlet concentration,flue gas flow X2,the ratio of liquid to gas,absorber slurry PH,slurry concentration,the residence time of gas,and the establishment of mathematical formula,flue gas desulfurization efficiency model has been established by combining the thermal power plant operating data.Based on the mathematical model,the paper has worked on the model verification with the two groups of limestone wet flue gas desulfurization data and has proved that the model can more accurately present desulfurization efficiency.

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What this paper is about

On the basis of the comprehensive analysis on such six main influence factors of limestone wet flue gas desulfurization as SO2 inlet concentration,flue gas flow X2,the ratio of liquid to gas,absorber slurry PH,slurry concentration,the residence time of gas,and the establishment of mathematical formula,flue gas desulfurization efficiency model has been established by combining the thermal power plant operating data.Based on the mathematical model,the paper has worked on the model verification with the two groups of limestone wet flue gas desulfurization data and has proved that the model can more accurately present desulfurization efficiency.

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Available abstract

On the basis of the comprehensive analysis on such six main influence factors of limestone wet flue gas desulfurization as SO2 inlet concentration,flue gas flow X2,the ratio of liquid to gas,absorber slurry PH,slurry concentration,the residence time of gas,and the establishment of mathematical formula,flue gas desulfurization efficiency model has been established by combining the thermal power plant operating data.Based on the mathematical model,the paper has worked on the model verification with the two groups of limestone wet flue gas desulfurization data and has proved that the model can more accurately present desulfurization efficiency.

Key concepts: Flue-gas desulfurization, Slurry, Flue gas, Thermal power station, Residence time (fluid dynamics), Power station, Waste management, Sulfur dioxide

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STUDY ON LIMESTONE WET FLUE GAS DESULFURIZATION EFFICIENCY MODEL OF THE THERMAL POWER PLANT — Research Paper | ScholarLens