摘要:该设计通过比较，选择先进、经济、合理的烧结工艺流程。居于年产量300万吨烧结矿的烧结厂实际年产量的基础上，对烧结生产工艺流程的选择与计算，烧结生产过程的计算，工艺设备的选择与计算。通过计算确定，设计一台300m2的烧结机。其技术指标为年产烧结矿300万吨，R=1.4，TFe=60.0%，成品矿粒度50~5 mm，转鼓指数≥68%。并选择主要设备，说明烧结生产工艺流程各主要工序的联系。把理论模型紧密地建立在烧结工艺车间实际年产量基础上，做出既有理论深度、又能与观测直接比较的、有影响的烧结矿的烧结厂设计。最后，充分考虑了设备自动化控制及环境保护等方案的需要，选择了当前先进的工业设备。通过计算机绘制出烧结厂厂房配置图和设备配置图的绘制。
结论：通过本次烧结厂的毕业设计，使我掌握了配料计算及物料平衡计算，掌握了烧结厂设计的基本流程，主要计算出了烧结机长度为84.8m，21个风箱，烟囱的高度为200m。环冷机直径为33m。
关键词: 物料平衡；烧结厂设计；烧结矿
ABSTRACT:The design by comparison, select advanced, economical and reasonable sintering process. Annual output of 3 million tons of sinter living in the sintering plant, based on actual annual production of sinter production process selection and calculation, calculation of sintering production process, process equipment selection and calculation. Determined by calculation, design a 300m2 sintering machine. Its technical indicators for the annual three million tons of sinter, R = 1.4, TFe = 60.0%, refined ore particle size 50~5 mm, drum index ≥ 68%. And select the main equipment, indicating the key steps of sintering production process linkages. The theoretical model closely based on actual production workshop sintering process, based on both theoretical depth to make, but also a direct comparison with observations and influential sintered ore sintering plant designs. Finally, the full account of the automated control equipment and environmental protection programs need to select the current advanced industrial equipment. Through computer draw sintering plant plant configuration diagram and device configuration mapping.
Conclusion: The sintering plant design graduate, so I mastered the burden calculation and material balance calculations, mastered the basic process of sintering plant designed primarily to calculate the length of the sintering machine 84.8m, 21 wind box, chimney height 200m. Annular cooler diameter 33m.
Keywords: Material balance; Sintering plant design; Sinter
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