1、摘 要 摘 要 本设计是根据唐山地区条件设计的一个年产 305 万吨的高炉炼铁车间。 整个 车间的平面布置采用半岛式平面布置形式。 设计的高炉有效容积是 2200m3。其中高炉的炉衬设计方法采用的是均衡炉 衬的方法，根据不同的冶炼条件砌筑不同的砖。上部采用的砖型有高砖，下部采 用的是全碳砖炉底。冷却方式：炉身部分采用板壁结合的方式炉腰部分采用凸台 冷却壁；炉缸和炉底采用光面冷却壁和水冷炉底结构。 设计的热风炉采用传统改进型内燃式热风炉。蓄热式和燃烧室在同一炉壳 内，中间用隔热墙隔开；采用眼睛型燃烧室。这部分同时包括热风炉各种设备和 阀门的选取计算。 上料系统采用的皮带机连续上料，同时增加了皮带
2、的速度和宽度，满足高炉 冶炼的要求。炉顶装料设备采用串罐式无料钟炉顶装料。喷吹系统增加了煤的数 量，采用了单管路串罐式直接喷吹。煤气处理设备采用的是湿法除尘设备。 所涉及的计算有高炉和热风炉尺寸的计算、 高炉的物料平衡和热平衡计算以 及热风炉风机的选择等。 关键词：高炉；热风炉；湿法除尘；风机；无钟炉顶 Abstract Abstract A blast furnace plant of 3.05 million tons product annual was desigened in the in the paper according to Tangshan area condition.
3、 The horizontal layout of the whole plant is peninsula type layout. The dischargeable capacity of the BF in this design is 2200m3.among it, the BF lining adopted equalization lining method and was made of alumina brick and chayote in upper of BF and all carbon brick in the bottom of BF.The cooling m
4、ethods were batten wall style in shaft, boss-cooling stave in bosh, smooth cooling stave in hearth and water-cooling stave in bottom of hearth. The air-stove was modified tradition style of internal combustion. The checker chamber and combustion chamber were in the same furnace shell and divided by heat insulation wall. And the combustion chamber was eye-style. Furthermore this part of the paper included the selection of various equipments and valves. The charging equipment used the belt machine
