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    • 4. 发明授权
    • Method of convert a double-loop flue gas desulfurization system to a
single-loop system
    • 将双回路烟气脱硫系统转换为单回路系统的方法
    • US5451250A
    • 1995-09-19
    • US241266
    • 1994-05-11
    • Wadie F. GoharaSteve Feeney
    • Wadie F. GoharaSteve Feeney
    • B01D53/50B01J10/00B01D53/18
    • B01J10/00B01D53/504
    • A method for converting a double-loop flue gas desulfurization system to a single-loop desulfurization system includes removing the deep packing from the scrubber housing and replacing the packing with a thin tray having a plurality of perforations. The return line which connects the bowl is removed from the feed tank; and a plurality of openings, apertures or perforations are provided in the shroud ring and the bowl of the housing in order to permit slurry to pass from upper spray headers to the bottom of the housing as well as permit flue gas flow upwardly through the housing to the flue gas outlet. The lower spray headers are removed from the housing and the feed line connected to the lower spray headers is reconnected to the feed tank for providing the single-loop. An oxidation air system is provided in the feed tank for creating an in-situ forced oxidation system.
    • 将双环烟道气脱硫系统转化为单回路脱硫系统的方法包括从洗涤器壳体中移除深填料并用具有多个穿孔的薄盘替换填料。 连接碗的回流管从进料罐中取出; 并且多个开口,孔或穿孔设置在护罩环和壳体的碗中,以便允许浆料从上部喷雾头传递到壳体的底部,并且允许烟道气向上流过壳体, 烟气出口。 将较低的喷射头从壳体中取出,连接到下部喷头的进料管线重新连接到进料罐,以提供单回路。 在进料罐中设置氧化空气系统,用于产生原位强制氧化系统。
    • 5. 发明授权
    • Low pressure drop inlet for high velocity absorbers with straight tanks
    • 具有直槽的高速吸收器的低压降入口
    • US06267358B1
    • 2001-07-31
    • US09336412
    • 1999-06-18
    • Wadie F. GoharaWilliam H. HallGeorge B. Watson
    • Wadie F. GoharaWilliam H. HallGeorge B. Watson
    • B01F304
    • B01D53/18Y10S261/09
    • A low pressure drop inlet arrangement for an absorber having straight walls has a perforated tray positioned above the gas inlet opening between the walls of the absorber. A ring around the outer edge of the tray lacks perforations, or the perforations are covered. A drip ledge may be positioned on the bottom of the tray around the inner edge of the non-perforated ring. Baffles are positioned over the tray as well. The baffles may extend between the walls of the absorber, or they may only occupy the space over the perforations in the tray and the size of the tray perforations may be varied to control the overall pressure drop. An absorber made in accordance with the invention experiences a low pressure drop at the gas inlet opening.
    • 用于具有直壁的吸收器的低压降入口装置具有位于吸收器的壁之间的气体入口开口上方的多孔板。 围绕托盘的外边缘的环缺少穿孔,或者穿孔被覆盖。 可以在非穿孔环的内边缘周围的托盘的底部上设置滴水突出部。 挡板也位于托盘上。 挡板可以在吸收器的壁之间延伸,或者它们可以仅占据托盘中的穿孔的空间,并且可以改变托盘穿孔的尺寸以控制整体压降。 根据本发明制造的吸收器在气体入口处经历低压降。