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    • 2. 发明授权
    • Sintering method of cement clinkers and sintering apparatus of the same
    • 水泥熟料和烧结设备的烧结方法
    • US5788482A
    • 1998-08-04
    • US822717
    • 1997-03-25
    • Isao HashimotoShozo KanamoriMikio MuraoNorio YokotaNichitaka SatoKatsuji Mukai
    • Isao HashimotoShozo KanamoriMikio MuraoNorio YokotaNichitaka SatoKatsuji Mukai
    • C04B7/45F27B15/00F27B15/09
    • C04B7/45F27B15/00F27B15/09
    • An apparatus for sintering a cement clinker in which preheated powdered raw materials are granulated and sintered in a single fluidized bed granulating and sintering furnace. The apparatus includes a first classifying station having a discharging grooved portion extending from the fluidized bed furnace to an opening in a radial direction and communicating with a gas distributor. The space above the discharging grooved portion diverges from the opening to a fluidized bed upstream of the gas distributor so that the total velocity of air blown through the opening and from nozzles in the discharging groove is constant. A second classifying station is in communication with the opening for blowing back small particles to the fluidized bed. In a third classifying station, a discharge chute is connected to a fluidized bed cooling unit for quenching granulated and sintered clinker while small particles are blown back to the granulating and sintering furnace.
    • 一种用于烧结水泥熟料的装置,其中预热的粉末原料在单一流化床造粒和烧结炉中造粒和烧结。 该设备包括:第一分级站,具有从流化床炉道延伸到径向开口并与气体分配器连通的排放槽部分。 排放沟槽部分上方的空间从气体分配器上游的开口向流化床发散,使得通过开口吹出的空气的总速度和从排出槽中的喷嘴的总速度是恒定的。 第二分类站与开口连通,将小颗粒吹回流化床。 在第三分选站中,将排料槽连接到流化床冷却单元,用于将颗粒和烧结熟料淬火,同时将小颗粒吹回制粒和烧结炉。
    • 5. 发明授权
    • Sintering method of cement clinkers and sintering apparatus of the same
    • 水泥熟料和烧结设备的烧结方法
    • US5690730A
    • 1997-11-25
    • US637765
    • 1996-04-23
    • Isao HashimotoShozo KanamoriMikio MuraoNorio YokotaNichitaka SatoKatsuji Mukai
    • Isao HashimotoShozo KanamoriMikio MuraoNorio YokotaNichitaka SatoKatsuji Mukai
    • C04B7/43C04B7/45F27B15/00F27B15/09F27D15/02C04B7/47F27B7/02
    • C04B7/45F27B15/00F27B15/003F27B15/09F27D15/0286
    • A sintering method of cement clinkers in which preheated cement raw material powder is granulated and sintered in a fluidized bed granulating and sintering furnace, and granulated and sintered clinkers are introduced into a cooling device, for manufacturing high-quality cement clinkers by use of a single fluidized bed-granulating and sintering furnace efficiently with a small heat loss, wherein clinkers are discharged from the fluidized bed granulating and sintering furnace through a clinker dropping hole which is provided in a fluidizing gas distributor of the furnace or in a radial direction extending from the gas distributor, an opening area of the clinker dropping hole is regulated by a gate portion to maintain the differential pressure in a fluidized bed within a predetermined range, air for classifying and cooling the clinkers is blown into a discharge chute connected to the clinker dropping hole, the amount of the blown air is regulated to make the flow velocity of the air blowing from the clinker dropping hole different from the flow velocity of air flowing through nozzles of the gas distributor, and the clinkers are introduced into a cooling device through a hermetic discharge device provided below the classifying and cooling air intake position,
    • PCT No.PCT / JP95 / 01748 Sec。 371日期:1996年4月23日 102(e)日期1996年4月23日PCT提交1995年9月1日PCT公布。 出版物WO96 / 07622 日期1996年3月14日,将流化床造粒烧结炉中预热后的水泥原料粉末造粒并烧结的水泥熟料和造粒烧结熟料的烧结方法引入冷却装置,制造高品质水泥熟料 通过使用单一流化床造粒和烧结炉,具有小的热损失,其中熟料通过设置在炉的流化气体分布器中的熟料滴下孔从流化床造粒和烧结炉排出, 从气体分配器延伸的径向方向,通过浇口部分限制熟料落下孔的开口面积,将流化床中的压差维持在预定范围内,用于分选和冷却熟料的空气被吹入连接的排出槽中 对熟料落下孔进行调节,使吹入空气的量被调节成流速 从熟料滴下孔吹出的空气不同于流过气体分配器的喷嘴的空气的流速,并且熟料通过设置在分级和冷却空气进入位置下方的密封排放装置引入冷却装置中,
    • 8. 发明授权
    • Device and method for combustion of fuel
    • 燃料燃烧装置及方法
    • US06439140B2
    • 2002-08-27
    • US09783108
    • 2001-02-09
    • Katsuji MukaiYoshihiko SumitaniToshiyuki Ishinohachi
    • Katsuji MukaiYoshihiko SumitaniToshiyuki Ishinohachi
    • F23D100
    • F23D1/00F23C2900/06043F23D17/007F23G2201/80F23G2209/12F23G2209/28
    • A fuel being primarily a liquid fuel is ejected through a fuel ejection pipe having an annular ejection opening; primary air is ejected through primary air-ejecting openings arranged on outer and inner sides of the fuel ejection opening, to form outer and inner primary air-ejection straight stream openings between which the fuel ejection stream is interposed, and to burn the fuel ejection stream. The fuel-spraying openings are arranged on the same circumference. The outer and inner primary air-ejecting openings, respectively, are each arranged on a respective concentric circumference having a center point identical to the center of the circumference on which the fuel-spraying openings are arranged. When a power fuel is used, optionally a liquid fuel is further ejected and mixed with the primary air stream, and the liquid and power fuels are burnt together.
    • 主要是液体燃料的燃料通过具有环形喷射口的燃料喷射管喷出; 一次空气通过布置在燃料喷射口的外侧和内侧的一次空气喷射口喷射,以形成外部和内部一次空气喷射直流开口,燃料喷射流在其间插入,并燃烧燃料喷射流 。 燃料喷射孔布置在相同的圆周上。 分别设置有外侧和第二主要空气喷射口,其各自的同心圆周上具有与安装燃料喷射孔的圆周中心相同的中心点。 当使用动力燃料时,任选地液体燃料进一步喷射并与一次气流混合,并且液体和动力燃料一起燃烧。