Abstract
Aluminum electrolysis is an important environmental source of pollution, including carbon anode for aluminum electrolytic aluminum industry. The calcined petroleum coke in the process of burning not only produces the number of amazing soot, but also emits SO2 emissions. At present, most aluminum carbon, petroleum coke and calcined flue gas require desulfurization treatment, but little of the effect of desulfurization has been reported in the literature. In order to promote the healthy development of aluminum electrolytic green and environmental protection career progress, Origin and SPSS software was used to analyze the calcined flue gas data of aluminum charcoal coke rotary kiln in one aluminum plant in Yunnan Province. We obtained the correlation between the monitoring parameters and SO2 removal efficiency, and gave some advice on controlling the flue gas flow rate, temperature, humidity or oxygen content to increase flue gas desulfurization efficiency.
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