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    • 1. 发明授权
    • Facility for producing reduced iron
    • 炼铁生产设备
    • US6015527A
    • 2000-01-18
    • US112359
    • 1998-07-09
    • Yasuo KameiTakazo KawaguchiHideyuki YamaokaYoshihisa Nakamura
    • Yasuo KameiTakazo KawaguchiHideyuki YamaokaYoshihisa Nakamura
    • C21B13/00C21B13/10C22B1/24C22B5/10C21B13/08
    • C22B1/24C21B13/0046C21B13/10C21B13/105C22B5/10Y02P10/136
    • In the method of producing reduced iron according to the invention, fine iron oxides and powdery solid reductants are mixed, compacted into sheet-like compacts, and charged onto the hearth of a reduction furnace for reduction while maintaining the temperature inside the furnace at not less than 1100.degree. C. As the sheet-like compacts can be obtained by compacting mixture of raw material by use of rollers or the like, processing time is much shorter than the case of pelletization or agglomeration. A drying step is unnecessary since feeds are placed no the hearth via a feeder chute or the like. The method is carried out with ease by use of the facility according to the invention. High quality hot metal can be produced by charging reduced iron in hot condition obtained by the method described as above into a shaft furnace or a in-bath smelting furnace for melting at high thermal efficiency.
    • 在根据本发明的还原铁的制造方法中,将细小的氧化铁和粉末状固体还原剂混合,压实成片状压块,并将其装入还原炉的炉床中进行还原,同时保持炉内的温度不低于 1100℃以上。由于可以通过使用辊等压缩原料的混合物而获得片状压块,所以加工时间比造粒或凝聚的情况短得多。 干燥步骤是不需要的,因为进料通过进料槽或类似物不放置在炉床上。 该方法通过使用根据本发明的设备容易地进行。 可以通过将通过上述方法获得的热状态的还原铁装入竖炉或熔池熔炼炉中,以高的热效率进行熔化,可以生产高品质的铁水。
    • 2. 发明授权
    • Method and facility for producing reduced iron
    • 生产还原铁的方法和设备
    • US06284017B1
    • 2001-09-04
    • US09442037
    • 1999-11-17
    • Yasuo KameiTakazo KawaguchiHideyuki YamaokaYoshihisa Nakamura
    • Yasuo KameiTakazo KawaguchiHideyuki YamaokaYoshihisa Nakamura
    • C21B1100
    • C22B1/24C21B13/0046C21B13/10C21B13/105C22B5/10Y02P10/136
    • In the method of producing reduced iron according to the invention, fine iron oxides and powdery solid reductants are mixed, compacted into sheet-like compacts, and charged onto the hearth of a reduction furnace for reduction while maintaining the temperature inside the furnace at not less than 1100° C. As the sheet-like compacts can be obtained by compacting mixture of raw material by use of rollers or the like, processing time is much shorter than the case of pelletization or agglomeration. A drying step is unnecessary since feeds are placed no the hearth via a feeder chute or the like. The method is carried out with ease by use of the facility according to the invention. High quality hot metal can be produced by charging reduced iron in hot condition obtained by the method described as above into a shaft furnace or a in-bath smelting furnace for melting at high thermal efficiency.
    • 在根据本发明的还原铁的制造方法中,将细小的氧化铁和粉末状固体还原剂混合,压实成片状压块,并将其装入还原炉的炉床中进行还原,同时保持炉内的温度不低于 由于可以通过使用辊等压缩原料的混合物而获得片状压块,所以加工时间比造粒或凝聚的情况短得多。 干燥步骤是不需要的,因为进料通过进料槽或类似物不放置在炉床上。 该方法通过使用根据本发明的设备容易地进行。 可以通过将通过上述方法获得的热状态的还原铁装入竖炉或熔池熔炼炉中,以高的热效率进行熔化,可以生产高品质的铁水。