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    • 1. 发明授权
    • Swirl nozzles, especially for scrubbing towers for flue gases
    • 漩涡喷嘴,特别是用于烟道气的洗涤塔
    • US4584147A
    • 1986-04-22
    • US707430
    • 1985-03-01
    • Werner Stehning
    • Werner Stehning
    • B05B1/34B01F3/04
    • B05B1/3426Y10S239/19Y10S261/09
    • Swirl nozzles, especially for plants with flue gas scrubbers for the physical and/or chemical purification of flue gases emanating from power plant boiler installations. The nozzles include a substantially cylindrical nozzle chamber, at least one tangential scrubber fluid inlet into the nozzle chamber, and at least one nozzle bore arranged in a nozzle chamber bottom and extending coaxially with its axis with respect to the nozzle chamber. A conduit for feeding scrubber fluid can be secured at the tangential scrubber fluid inlet, and this conduit carries the swirl nozzle apparatus. The nozzle chamber and the inlet are provided in a body made of ceramic wear material, with the respective ends of the chamber also made of ceramic wear material and connected to the body. At least one chamber bottom includes the nozzle bore. The body and the nozzle chamber bottoms are arranged between steel stress plates. At least the body can be held under pretension condition between these stress plates. One of the stress plates includes an aperture at which can follow the scrubber fluid inlet, and it is also equipped with a short connecting pipe for the conduit for feeding a scrubber fluid.
    • 涡流喷嘴,特别是用于具有烟气净化器的设备,用于物理和/或化学净化发电厂锅炉安装的烟道气。 喷嘴包括基本上圆柱形的喷嘴室,至少一个切向洗涤器流体入口到喷嘴室中,以及布置在喷嘴室底部并相对于喷嘴室与其轴线同轴延伸的至少一个喷嘴孔。 可以在切向洗涤器流体入口处固定用于进料洗涤器流体的管道,并且该导管承载涡流喷嘴装置。 喷嘴室和入口设置在由陶瓷耐磨材料制成的主体中,室的相应端部也由陶瓷磨损材料制成并连接到主体。 至少一个室底部包括喷嘴孔。 主体和喷嘴室底部布置在钢应力板之间。 至少身体可以保持在这些应力板之间的预张力条件下。 应力板中的一个包括可以跟随洗涤器流体入口的孔,并且还配备有用于供给洗涤器流体的导管的短连接管。
    • 3. 发明授权
    • Method of and apparatus for treating a nonferrous metal
    • 用于处理有色金属的方法和设备
    • US4013455A
    • 1977-03-22
    • US550016
    • 1975-02-14
    • Ulrich KleebergJurgen Leimkuhler
    • Ulrich KleebergJurgen Leimkuhler
    • B01D53/14B01D50/00B01D53/34B01D53/77F27D17/00C22B21/00
    • B01D50/00B01D53/34Y10S261/09
    • A nonferrous metal is heated so as to produce a hot gas that is passed through an evaporative-cooler and, without saturation of the gas, is introduced into a dry-process filter where particulate material is removed. Thereafter this gas is fed to a scrubbing tower whose scrubbing liquid removes gaseous, liquid, and any remaining particulate material from the gas and exits from the tower as a scrubbing liquor. This liquor is clarified and the decantate is recirculated for use as the scrubbing liquid while the sludge is neutralized and sent back to the evaporative cooler. The neutralized sludge is flash evaporated in the evaporative cooler so as to form crystals that are removed from the system either in this cooler or at the dry filter downstream therefrom. A particle filter may be provided between the neutralizer and the evaporative cooler to remove any hard particulate material from the neutralized sludge.
    • 加热有色金属,以产生通过蒸发冷却器的热气体,并且不将气体饱和引入干法过滤器中,其中除去颗粒物质。 此后,将该气体送入洗涤塔,其洗涤液从气体中除去气体,液体和任何剩余的颗粒物质,并作为洗涤液从塔中排出。 澄清这种液体,并且将滗析物再循环用作洗涤液体,同时污泥被中和并送回蒸发冷却器。 将中和的污泥在蒸发冷却器中快速蒸发,以形成在该冷却器中或在其下游的干燥过滤器中从系统中除去的晶体。 可以在中和器和蒸发冷却器之间提供颗粒过滤器以从中和的污泥中除去任何硬颗粒材料。
    • 8. 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。
    • 9. 发明授权
    • Exhaust system for steel-making plant
    • 炼钢厂排气系统
    • US3976454A
    • 1976-08-24
    • US551052
    • 1975-02-19
    • Gerhard HausbergKarl-Rudolf Hegemann
    • Gerhard HausbergKarl-Rudolf Hegemann
    • B01D50/00B01D51/00C21C5/38C21C5/40F23J11/12F27D17/00B01D47/06
    • C21C5/40B01D50/00Y02P10/265Y02P10/283Y10S261/54
    • Dust-laden waste gases from a converter and from ancillary equipment are exhausted by respective blowers through a first and a second duct to a main and a secondary scrubbing station whence the purified gases escape through respective chimneys. The first duct is provided with two cascaded washing stages, the upstream stage being operable to throttle or block the flow of gases therethrough. An annular cowl for the interception of peripherally escaping converter gases is connected to a third duct which joins the first duct at a location between the two washing stages but is also connectable through a switching valve to the second duct. The switching valve is open in the blowing phase of the converter while a movable insert at the upstream washing stage unblocks the first duct; in the charging phase, the switching valve is closed and the insert at the upstream stage obstructs the first duct as the gases picked up by the cowl are drawn through the third duct and the downstream washing stage of the first duct for discharge through the chimney of the main scrubbing station.
    • 来自转炉和辅助设备的含灰尘的废气通过相应的鼓风机通过第一和第二管道排放到主和二次洗涤站,从而净化的气体通过相应的烟囱排出。 第一管道设置有两个级联的洗涤级,上游级可操作以节流或阻止气体流过其中。 用于拦截外围逸出的转化器气体的环形罩被连接到第三管道,该第三管道将第一管道连接在两个洗涤级之间的位置处,但是也可以通过切换阀连接到第二管道。 切换阀在转炉的吹塑阶段打开,而在上游洗涤阶段的可移动的插入件阻止第一管道; 在充电阶段,切换阀关闭,并且上游级的插入件阻塞第一管道,因为被整流罩拾取的气体通过第三管道和第一管道的下游清洗阶段被抽出,以通过烟囱排放 主要洗刷站。
    • 10. 发明授权
    • Scrubbing column for an apparatus for the desulfurization of flue gases
    • 用于烟气脱硫装置的洗涤塔
    • US4990167A
    • 1991-02-05
    • US450901
    • 1989-12-14
    • Werner Stehning
    • Werner Stehning
    • B01D53/50
    • B01D53/504Y10S261/09
    • A cylindrical scrubbing column having a cylindrical water-separator head is provided with an upwardly converging partition defining a diametrically extending elongated slot which communicates between the scrubbing region of the column and the head, the slot being aligned with a radial outlet for the flue gases from the head. The slot is flanked by a pair of longitudinally-extending impingement baffle register walls which remove water from the entraining flue gas by impingement baffle separation techniques and a further wall is provided at the end of the slot turned toward the radial outlet. The walls can converge in the direction of flow of the gas upwardly and the compartments behind the walls communicate with the radial outlet. The system has reduced pressure drop without detrimental effect to the separating efficiency.
    • 具有圆柱形水分离器头部的圆柱形洗涤塔设置有向上会聚的隔离物,其限定了直径延伸的细长槽,其在柱的洗涤区域和头部之间连通,该槽与用于烟道气的径向出口对准 头部。 狭槽侧面有一对纵向延伸的冲击挡板对准壁,通过冲击挡板分离技术从夹带烟道气中除去水分,并且另外的壁设置在朝向径向出口转动的槽的端部。 壁可以向上流动的气体的方向会聚,并且壁后面的隔室与径向出口连通。 该系统降低了压降,对分离效率没有不利影响。