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    • 1. 发明授权
    • Apparatus for regeneration of spent active carbon
    • 废活性炭再生装置
    • US4120644A
    • 1978-10-17
    • US780790
    • 1977-03-23
    • Kouichi NumasakiYoshihisa SakaiTakehiko NawaZenji MatsumotoNobutaka Ninomiya
    • Kouichi NumasakiYoshihisa SakaiTakehiko NawaZenji MatsumotoNobutaka Ninomiya
    • C02F1/28B01J20/34C01B31/08F27B15/10B01J8/12
    • C01B31/088
    • The present invention provides a double-cylinder type apparatus for the regeneration of active carbon, which comprises a heating furnace provided with at least one burner and at least one annular regeneration chamber composed of at least one set of an inner cylinder and an outer cylinder installed concentrically inside said heating furnace, said outer cylinder having a plurality of holes penetrating the side wall thereof, wherein the spent active carbon is supplied to the upper part of said annular regeneration chamber and the regenerated carbon is to be taken out at the lower part of the same. The heating of said annular regeneration chamber from the side of said inner cylinder is performed either by introducing the flue gas arising in said heating furnace into the inner cylinder or by providing at least one burner within said inner cylinder and utilizing the combustion gas from said burner. The spent active carbon can be regenerated by subjecting the same to the process comprising drying, calcination and reactivation by the use of the flue gas.
    • 本发明提供了一种用于再生活性炭的双缸型设备,其包括设置有至少一个燃烧器的加热炉和至少一个环形再生室,所述至少一个环形再生室由至少一组内筒和外筒安装 同心地位于所述加热炉内,所述外筒具有穿过其侧壁的多个孔,其中废活性炭被供应到所述环形再生室的上部,并且再生碳将在 一样。 所述环形再生室从所述内筒一侧的加热通过将在所述加热炉中产生的烟道气引入内圆筒中或通过在所述内圆筒内设置至少一个燃烧器并利用来自所述燃烧器的燃烧气体 。 废活性炭可以通过使其与含有干燥,煅烧和使用烟道气再活化的方法一起进行再生。
    • 2. 发明授权
    • Apparatus and method for regeneration of spent wet active carbon
    • 废湿活性炭再生装置及方法
    • US4008994A
    • 1977-02-22
    • US575597
    • 1975-05-08
    • Kouichi NumasakiNobutaka NinomiyaZenji MatsumotoKiyoshi AdachiToyohisa Fujimoto
    • Kouichi NumasakiNobutaka NinomiyaZenji MatsumotoKiyoshi AdachiToyohisa Fujimoto
    • B01J20/34C01B31/08F27B15/10
    • C01B31/088
    • The present invention provides an apparatus, and a method for the regeneration of spent wet active carbon, which apparatus comprises a drier for substantially drying the spent carbon, a heating furnace provided with at least one burner and at least one duct, and a regeneration chamber consisting of at least one set of inner cylinder and outer cylinder installed concentrically and vertically inside said heating furnace to penetrate the top and bottom walls of the furnace, wherein said inner and outer cylinders have respectively a multiplicity of holes penetrating the side walls thereof, said inner cylinder is connected with a supply tube for a regeneration gas capable of effecting regeneration of the dried carbon-to-be-regenerated upon contact therewith, the upper end of said outer cylinder is connected with said drier so as to receive said dried carbon therefrom while the lower end thereof forms an outlet for the regenerated carbon, and said duct is connected with the drier so as to facilitate direct or indirect utilization of the sensible heat of the combustion exhaust gas in drying the spent active carbon.
    • 本发明提供了一种用于再生废湿活性炭的装置和方法,该装置包括用于基本上干燥废碳的干燥器,设置有至少一个燃烧器和至少一个管道的加热炉和再生室 由至少一组内筒和外筒同心且垂直地安装在所述加热炉内部,以穿透炉的顶壁和底壁,其中所述内筒和外筒分别具有穿过其侧壁的多个孔,所述多个孔 内筒与用于再生气体的供给管连接,所述再生气体能够在与其接触时进行再生的干燥碳再生,所述外筒的上端与所述干燥器连接,以便从其接收所述干燥碳 而其下端形成用于再生碳的出口,并且所述管道与干燥器连接以便fa 有助于直接或间接利用燃烧废气的显热来干燥废活性炭。
    • 3. 发明授权
    • Activated carbon revivification equipment
    • 活性炭再生设备
    • US4007014A
    • 1977-02-08
    • US634442
    • 1975-11-21
    • Zenji MatsumotoKiyoshi AdachiToyohisa FujimotoNobutaka Ninomiya
    • Zenji MatsumotoKiyoshi AdachiToyohisa FujimotoNobutaka Ninomiya
    • B01J20/34B01J8/12C01B31/08B01J21/18C10B47/20
    • C01B31/088B01J8/12
    • The apparatus comprises an outermost, an intermediate, and an innermost compartment, the outermost compartment being provided with burners, activated carbon being supplied into, treated in, and removed from the intermediate compartment, and there being communication for gas between the three compartments. In revivification by the direct heating process, reactor gas is supplied into the outermost compartment, heated by the burners, passed into the intermediate compartment to contact the activated carbon being treated, and is then passed into the innermost compartment and exhausted therefrom. In revivification by the indirect heating process, reactor gas is supplied into the innermost compartment, passed into the intermediate compartment for treatment of activated carbon, and then passed into the outermost compartment and is exhausted therefrom, the innermost and intermediate compartments and elements therein being indirectly heated by the burners of the outermost compartment.
    • 该装置包括最外层,中间层和最内层的隔室,最外层的隔室设有燃烧器,活性炭被供给到中间隔室中,处理中和从中隔室中移出,并且在三个室之间存在气体连通。 在通过直接加热过程的复原中,反应器气体被供给到由燃烧器加热的最外部隔室中,进入中间隔室以接触被处理的活性炭,然后进入最内部的隔室并从其中排出。 在间接加热过程中,反应器气体被供应到最内部的隔间,通入中间室,用于处理活性炭,然后进入最外层的隔间并从中排出,最里面和中间隔室和元件间接地间接加热 由最外层隔室的燃烧器加热。