Research on collaborative treatment of fine particles in sintering smoke
The sintering flue gas dust emission is large and the composition is complex,and the existing sintering flue gas dust removal device has low collection efficiency of micron-level particles,and if it is not advanced treatment in the future,it will have an impact on air pollution.Taking the sintered flue gas dust as the research object,the composition and particle size of the dust were analyzed,and the removal of fine particulate matter by multi-field collaborative technology was realized by building a cloud-type atomization dust removal test bench and using phase change agglomeration,chemical agglomeration and turbulent agglomeration technology.The results showed that phase change agglomeration and chemical agglomeration could significantly increase the particle size of fine dust,and the optimal removal efficiency of PM2.5 and PM10 by multi-field synergistic agglomeration was 96.19%and 84.03%respectively.
sintering flue gas dustchemical compositionparticle size distributionmultiple collaborative gatherings
万方数据
维普
