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    • 3. 发明授权
    • Annular gap scrubber
    • 环形间隙洗涤器
    • US4375439A
    • 1983-03-01
    • US281346
    • 1981-07-08
    • Karl-Rudolf HegemannHelmut WeissertAlbert Brinkmann
    • Karl-Rudolf HegemannHelmut WeissertAlbert Brinkmann
    • B01D47/10
    • B01D47/10Y10S261/54Y10S261/56
    • An annular gap washer for scrubbing a gas stream with a liquid, especially for the scrubbing of blast furnace gases with water such that the adjustment of the width of the annular gap controls the pressure at the head of the blast furnace, comprises the usual housing or duct with a tapering configuration and a body axially movable in this duct and with a tapering configuration so that the annular gap is formed between this body and the duct wall. According to the invention, the base angles of the body and the duct walls are different such that the gap converges in the direction of flow of the gases, thereby reducing vibrations or oscillation of the body without interfering with scrubbing efficiency.
    • 用于用液体洗涤气流的环形间隙洗涤器,特别是用于用水擦洗高炉气体,使得环形间隙的宽度的调节控制高炉头部的压力包括通常的外壳或 具有锥形构造的管道和在该管道中可轴向移动并且具有锥形构造的主体,使得环形间隙形成在该主体和管道壁之间。 根据本发明,主体和管道壁的底角不同,使得间隙在气体流动方向上收敛,从而减少了主体的振动或振荡,而不会干扰洗涤效率。
    • 5. 发明授权
    • Apparatus for handling converter gas
    • 转炉煤气处理设备
    • US4415142A
    • 1983-11-15
    • US327500
    • 1981-12-04
    • Karl-Rudolf HegemannHelmut WeissertKurt Hinsken
    • Karl-Rudolf HegemannHelmut WeissertKurt Hinsken
    • C21C5/38C21C5/40
    • C21C5/38
    • An apparatus for the handling of converter gases, especially the storage thereof, comprises a hood which fits over the mouth of a steel making converter and is connected by a duct and blower to a storage vessel. According to the invention, between the blower and the storage vessel, a cruciform junction is provided with the lower upwardly extending stretch being connected to the discharge side of the blower, the upper upwardly extending stretch being connected to a flaring pipe, one horizontal stretch being connected to the storage vessel and the other horizontal stretch to a bypass to the flaring pipe. Valves are provided for controlling the flow such that only the valuable gas is stored.
    • 用于处理转化器气体的设备,特别是其存储装置包括:罩,其装配在炼钢转炉的口部上,并通过管道和鼓风机连接到储存容器。 根据本发明,在鼓风机和储存容器之间,设有十字形接头,其下向上延伸的拉伸件连接到鼓风机的排出侧,上部向上延伸的拉伸件连接到扩口管,一个水平拉伸 连接到储存容器,另一个水平伸展到旁通到扩口管。 提供用于控制流量的阀,使得仅存储有价值的气体。
    • 6. 发明授权
    • Gas cleaning method and apparatus
    • 气体清洗方法和装置
    • US4234335A
    • 1980-11-18
    • US901107
    • 1978-04-28
    • Helmut WeissertTheodor NiessKarl-Rudolf Hegemann
    • Helmut WeissertTheodor NiessKarl-Rudolf Hegemann
    • C21B7/22B01D47/10C21B7/00F02C1/00F27D17/00C21B5/00
    • B01D47/10C21B7/007Y02P70/34Y10S261/54
    • A washer having a controlled-gap scrubber is connected to the gas outlet of a pressure blast furnace and an expansion turbine for the recovery of energy is connected downstream of the controlled-gap washer unit while a bypass is connected across the turbine. The system has operating regions A and B on a diagram in which the gas pressure is plotted along the ordinate and the volume rate of flow of gas from said blast furnace is plotted along the abscissa, the region A being defined between the turbine-insertion and the turbine-operating characteristic curves plotted on the diagram, the region B being defined between the turbine-operating characteristic curve and the corrected blast-furnace characteristic curve. The pressure in the blast furnace where the operating point is in region A while the gas traverses the turbine is controlled by varying the gap width of said control-gap washer unit in response to the pressure. The pressure in said blast furnace when the operating point is in the region B is controlled by varying the cross-section of the bypass valve, the gap of the washer being controlled in response to the differential pressure thereacross.
    • 具有可控间隙洗涤器的洗衣机连接到压力高炉的气体出口,并且用于回收能量的膨胀涡轮机连接在受控间隙清洗器单元的下游,同时跨越涡轮机连接旁路。 该系统在其中沿着纵坐标绘制气体压力的图中具有操作区域A和B,并且沿着横坐标绘制来自高炉的气体的体积流速,区域A被限定在涡轮机插入和 涡轮机工作特性曲线绘制在图中,区域B定义在涡轮机运行特性曲线和校正高炉特性曲线之间。 通过响应于压力改变所述控制间隙洗涤器单元的间隙宽度来控制气体横穿涡轮机时工作点在区域A中的高炉中的压力。 通过改变旁通阀的横截面来控制工作点在区域B内的高炉中的压力,由此,垫圈的间隙响应于其上的差压来控制。