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Wet removal efficiency of aerosol particles (AP) are investigated in this paper, three main theory models of AP coalescence, water droplets (WD) capture, and supersaturated vapor phase are introduced. Grade removal efficiency (GRE) versus AP diameter is numerical obtained and compared with experimental data only under the WD capture. Then, the influence of WD diameter on GRE is examined. Simulation results show that GRE can be effectively improved with decreasing WD diameter especially for AP in the 0.1-2.5um diameter range. Furthermore, the removal rate under three mechanisms is increased greatly. Therefore, taking advantage of multiple mechanisms and exploring the proper wet removal technical will provide the guide for the future application.

The main problem of the development of the power industry is whether it can accurately grasp the growth trend of power demand combined with the background of China’s economic development, and provide a reliable basis for the rational development of the power industry. In recent years, economists and policy makers have increased their attention and research on the relationship between economic growth and the development of the power industry, and give a brief review in detail to provide a reference for the research of power and economic relations.