The optimal design of secondary flue gas dust removal in converter smelting process based on computational fluid dynamics is proposed.By optimizing the exhaust hood,dust collector,filter bag,pipeline system and fan,introducing lightweight materials and intelligent monitoring technology,the dust removal structure is finely designed.At the same time,a numerical simulation system including geometric models,turbulence models,two-phase flow models,and precise boundary conditions is constructed to comprehensively simulate the performance of dust removal systems.The result showes that the optimized design scheme can significantly improve the dust removal efficiency,which has practical value.
维普
万方数据