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    • 2. 发明授权
    • Cap for inlet of fluid into the fluidized bed
    • 用于进入流化床的流体入口盖
    • US4263723A
    • 1981-04-28
    • US55490
    • 1979-07-06
    • Jaroslav BeranekMilan BechyneDobromil Pihert
    • Jaroslav BeranekMilan BechyneDobromil Pihert
    • B01J8/18F26B3/08
    • B01J8/1818
    • The invention concerns the design arrangement of the cap for the inlet of fluid into the fluidization bed which is heated or cooled by the methods described in U.S. Pat. Nos. 3,897,546 and 3,908,284. The cap is formed by an inlet pipe closed at its upper end on which are formed two or more mutually separated chambers, while in this pipe a number of holes is drilled for the inlet of fluid into the chambers. Into these chambers a number of holes are drilled for the outlet of fluid from these chambers into the fluidized-bed. The vertical distance of the inlet holes from two neighboring chambers of the cap either equals or is smaller than one and one-half times the height of the heat exchanger situated in the particular fluidization bed formed between these two neighboring chambers of the same cap. The caps were used for the inlet of the combustion air into a fluidized-bed combustor, while the pressure drop of the lower part of the cap did not exceed 10% of the pressure drop of the upper part of the caps.
    • 本发明涉及用于入流入流化床的流体入口的盖的设计布置,其通过美国专利No. 第3,897,546和3,908,284号。 盖由其上端封闭的入口管形成,其上形成有两个或更多个相互分离的腔室,而在该管道中钻出若干孔用于进入腔室的流体入口。 在这些腔室内钻出许多孔,用于从这些腔室流入流化床的流体出口。 入口孔距盖的两个相邻室的垂直距离等于或小于位于同一盖的这两个相邻室之间形成的特定流化床中的热交换器的高度的一倍半。 将盖用于燃烧空气的入口进入流化床燃烧器,而帽的下部的压降不超过帽的上部压降的10%。
    • 3. 发明授权
    • Apparatus having main and auxiliary fluidized beds therein
    • 其中具有主流和辅助流化床的装置
    • US4297321A
    • 1981-10-27
    • US138323
    • 1980-04-08
    • Jaroslav Beranek
    • Jaroslav Beranek
    • B01J8/00B01J8/28F23C10/22B01J8/44F27B15/08
    • B01J8/28B01J8/003F23C10/22
    • The invention concerns the method of feeding particles at multiple points into a fluidized bed by forming at least one auxiliary fluidized bed of the particles and fluidization fluid from which the particles in fluidized state are introduced through a system of inlets into the main fluidized bed. The invention relates to equipment for performing the method consisting of at least one chamber for formation of the auxiliary fluidized bed including the inlet of solid particles and a grid for the inlet of fluidization fluid, and a chamber for the main fluidized bed including the inlet of fluidization fluid, and a system of inlet pipes by which both chambers are mutually interconnected. The system of inlet pipes has the cross-sectional area smaller than 10% of the horizontal cross-sectional area of the main fluidized bed.
    • 本发明涉及通过形成颗粒的至少一个辅助流化床和流化流体将多个点处的颗粒进料到流化床中的方法,流化状态的颗粒从该流化床通过入口系统引入主流化床。 本发明涉及用于执行该方法的设备,该方法包括用于形成辅助流化床的至少一个室,所述辅助流化床包括固体颗粒入口和用于流化流体入口的格栅,以及用于主流化床的室, 流化流体和两个室相互连接的入口管系统。 入口管系统的横截面积小于主流化床横截面积的10%。
    • 5. 发明授权
    • Fluidized-bed seal
    • 流化床密封
    • US4226835A
    • 1980-10-07
    • US56846
    • 1979-07-12
    • Jaroslav BeranekDobromil PihertOleg Engel
    • Jaroslav BeranekDobromil PihertOleg Engel
    • B01J8/00B01J8/44B65G65/00F26B17/10F26B25/00
    • B01J8/0015
    • A fluidized-bed seal, formed by a vertical vessel divided with a baffle into two parts, closed at the upper end and having a fluidization grid situated at the lower end of the vessel, two vertical pipes which extend into the upper part of the vessel for inlet and outlet of particles and two pipes situated in the upper part of the vessel for inlet of secondary fluid, the cross sectional area of the fluidization grid being from 30 to 100% of the cross sectional area of the upper part of the vessel. The pipes for the inlet and outlet of particles extend into the upper part of the vessel from one to about three diameters of the pipes. The fluidized-bed seal can be used for continuous transport of cracking catalyst into the fluidization reactor.
    • 流化床密封件由垂直的容器分隔成两个部分,挡板在上端封闭并具有位于容器下端的流化栅格,两个垂直的管道延伸到容器的上部 对于颗粒的入口和出口以及位于容器上部的第二流体入口的两个管,流化栅格的横截面面积为容器上部横截面面积的30至100%。 用于颗粒入口和出口的管道从管道的一至三个直径延伸到容器的上部。 流化床密封件可用于将裂化催化剂连续输送到流化反应器中。