测试版1.0(冶炼烟气计算)

入炉铜精矿,,,,,冰铜成份,,,硅石,,燃料,,直收率,辅料投入,

铜精矿,水分,铜,铁,硫,铜,铁,硫,水分,硅,水分,焦粉,96.00%,焦粉投入,1.5

50,8.50%,20.00%,26.00%,28.50%,60.00%,15.00%,20.50%,4.00%,92.00%,12.00%,75.00%,,硅石,4.5

铜精矿干量,一次风量,氧浓,二次风量,氧浓,,,,硅石干量,,燃料干量,,,,

45.75,14273.69,70.00%,7000.00,20.95%,,,,4.32,,1.32,,,,

H2O,干量,入炉氧量,二次氧量,合计,,,,,,,,,,

铜精矿,4.25,9991.58,1466.29,11457.87,,,,,PS-转炉,PS-转炉,,,造渣周期的气量,

硅石,0.18,,残氧量,,,,,,,生产周期,8,风眼数量,造渣气量,时间（小时）

焦粉,0.18,,643.79,,,,,,,送风强度,0.55,34,42615.18,3

合计,4.61,,,,,,,,,造渣时间,60,风眼直径,空气含20%,8523.04

水,气量（m3/min）,铁,,余热锅炉、电收尘漏风率,,,,,,造渣送风时率,70%,5.76,氮气含80%,34092.14

,5736.89,,,1.32,,,,,,,,,合计,42615.18

冰铜金属量,14.64,冰铜中Fe,2.20,侧吹炉总气量（m3/min）,,,,,,PS-转炉,,,入制酸氧量,-2017.76

冰铜中S,3.00,铜精矿中Fe,11.90,26966.5754,,,,,,送风强度,1.6,,PS-转炉总的造渣烟气量（1),49642.38

铜精矿中S,13.04,2.77,,空气含20%,5393.31508,,,,,造铜时间,1.8,,,

烟气中的S,10.04,氧气,气量（m3/min）,氮气含80%,21573.26032,,,,,造铜送风时率,100%,,,

二氧化硫,气量（m3/min）,,11457.87,,,,,,,,,,水20%,9928.48

,8030.04,15.45,10814.09,,,,,,,投入转炉金属量,转炉冰铜中Fe,,氮气、二氧化硫106%,43586.50

碳,气量（m3/min）,氮气,气量（m3/min）,,,,,,,117.12,17.57,,转炉余热锅炉、电收尘漏风率,

,1848.00,氧压机30%,2997.47,,,,,,,投入转炉风量,转炉冰铜中S,,1.036,

3.63,,离心风机80%,1173.03,,,,,,,20292.94,24.01,,转炉造渣周期气量,平均每小时气量

,,,,,,,,,,各钟元素质量（g)、体积(m3),,,44149.322,14716.44

侧吹炉总气量,,,,,,,,,,硫化亚铁,27.61,,,

20429.22,,,,,,,,,,氧气,15.06,10540.8,,

,,,,,,,,,,二氧化硫,20.08,7027.2,,

侧吹炉烟气分布情况,,,,,,,,,,,,,,

烟气成分,H2O,SO2,CO2,N2,O2,总烟气量,,,,,,,,

各成分体积,5736.89,8030.04,1848.00,4170.51,11457.87,31243.31,,,,,,,,

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