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    • 7. 发明申请
    • SAND BED DOWNDRAFT FURNACE AND ACTIVATED CARBON SCRUBBER
    • 砂砾炉和活性碳刷
    • US20140087938A1
    • 2014-03-27
    • US13625706
    • 2012-09-24
    • Daniel W. Kappes
    • Daniel W. Kappes
    • F27B15/00B01J20/34B01D53/14
    • B01J19/24B01D53/64B01D53/78B01D53/96B01D2253/102B01D2257/602B01J20/06B01J20/10B01J20/103B01J20/20B01J20/28009B01J20/28052B01J20/3416B01J2219/00157B01J2219/24F23G2209/30F23G2900/50002F27B15/02
    • A device for roasting spent activated carbon, waste sludges, or other organic wastes, includes a downdraft bed furnace, a first adsorber fluidly coupled to the furnace including a closed tank of adsorber process solution, a venturi scrubber and a cyclone separator coupled to the tank such that gases are sucked through the venturi and the cyclone separator, liquid effluents from the scrubber and separator falling by gravity into the tank, a second adsorber fluidly coupled to the first adsorber including a closed tank of adsorber liquid, a venturi scrubber and a cyclone separator coupled to the tank such that gases are sucked through the venturi and the cyclone separator, liquid effluents from the scrubber and separator falling by gravity into the tank, the second adsorber configured to remove impurities not removed in the first adsorber; and an exhaust blower fluidly coupled to the second adsorber unit and configured to pull air into the furnace and through the first and second adsorbers.
    • 用于焙烧废活性炭,废渣或其它有机废物的装置包括下吹式床式炉,第一吸附器,其流体耦合到炉子,该第一吸附器包括吸附器工艺溶液的封闭罐,文丘里洗涤器和连接到罐的旋风分离器 使得气体通过文丘里管和旋风分离器吸入,来自洗涤器和分离器的液体流出物通过重力下落到罐中,第二吸附器流体耦合到第一吸附器,其包括吸附器液体的封闭容器,文丘里洗涤器和旋风分离器 分离器耦合到罐,使得气体通过文丘里管和旋风分离器吸入,来自洗涤器和分离器的液体流出物通过重力下落到罐中,第二吸附器构造成去除在第一吸附器中未除去的杂质; 以及排气鼓风机,其流体地联接到所述第二吸附器单元并且被配置为将空气拉入所述炉并且通过所述第一和第二吸附器。
    • 9. 发明申请
    • HEATING AND FLUIDIZATION SYSTEM FOR AIR FLUIDIZED SAND BEDS
    • 空气流化床加热和流化系统
    • US20110272389A1
    • 2011-11-10
    • US12777245
    • 2010-05-10
    • Thomas W. Tyl
    • Thomas W. Tyl
    • H05B3/00
    • C21D1/53F27B15/02F27B15/10
    • A heating and fluidization system for air fluidized sand beds, and associated methods, are disclosed. Control of a heat input is separated from control of a fluidization rate to optimize simultaneously both the amount of heat entering the system and the heat transfer rate. In at least one embodiment, the system includes: a heating tube configured to receive a heat input from a heat source and to provide the heat input to a media in a bed at a first predetermined, optimized rate; and a fluidization tube disposed, generally, below the heating tube and configured to provide a fluidization rate to the media in the bed at a second predetermined, optimized rate, thereby adapted to control fluidization and to maximize heat transfer. The heating tubes can include spines to increase surface area and maximize heat transfer. The fluidization holes can be covered by nozzles to direct the fluidization.
    • 公开了一种用于空气流化砂床的加热和流化系统及相关方法。 将热输入的控制与流化速率的控制分离,以同时优化进入系统的热量和传热速率。 在至少一个实施例中,该系统包括:加热管,其被配置为接收来自热源的热输入并且以第一预定的最优化速率向床中的介质提供热量输入; 以及流化管,其通常设置在所述加热管的下方并且被配置为以第二预定的最优化速率向所述床中的介质提供流化速率,由此适于控制流化和最大限度地传热。 加热管可以包括用于增加表面积并最大限度地传热的脊柱。 流化孔可被喷嘴覆盖以引导流化。