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    • 4. 发明公开
    • Hydrocarbon conversion process and apparatus
    • 石油转化过程和装置
    • EP0226421A3
    • 1987-10-07
    • EP86309518
    • 1986-12-05
    • ENGELHARD CORPORATION
    • Bartholic, David B.Barger, Dwight F.
    • C10G11/18B01J08/18
    • B01J8/18C10G11/18
    • A hydrocarbon conversion system wherein a hydrocarbon feed is converted to lower boiling products in a reactor (K) by contact at elevated temperature with fluidized solid material, spent material containing coke from said reactor is separated from reaction products and stripped of volatile hydrocarbons in a stripping zone (D), stripped solid material is regenerated with oxygen-containing gas in a regeneration zone (B), and hot freshly regenerated fluidized material is returned to the reactor (K), characterised by carrying out both the conversion and the regeneration in a dilute phase and passing all of the solid material from the reactor (K) and the regeneration zone (B) through respective preseparators (E) wherein rapid disengagement of solids and gases occur and from which the solid material is returned to respective beds in respective vessels (C,D) other than said reactor (K) and regenerator (B).
    • 一种烃转化系统,其中通过在高温下与流化固体材料接触将烃进料在反应器(K)中转化为低沸点产物,将来自所述反应器的含有焦炭的废料与反应产物分离并汽提汽提中的挥发性烃 区域(D)中,汽提固体物质在再生区(B)中用含氧气体再生,热新鲜再生的流化物质返回到反应器(K),其特征在于,在 稀释相,并使来自反应器(K)和再生区(B)的所有固体物质通过各自的预分离器(E)通过,其中固体和气体迅速脱离,固体材料从该分离器(E)返回到相应容器中的相应床 (C,D)除了所述反应器(K)和再生器(B)之外。
    • 5. 发明公开
    • Fluidized bed combustor
    • 流化床燃烧室
    • EP0050519A3
    • 1982-09-08
    • EP81304919
    • 1981-10-20
    • STONE-PLATT FLUIDFIRE LIMITED
    • Smith, Willard PaulHutchinson, Bruce Russell
    • F23C11/02F23J01/02B01J08/18
    • B01J8/1818F23C10/00F23C10/20F23C10/24F23C10/28
    • A fluidized bed combustion apparatus includes a combustion chamber (30) having a distributor plate assembly (33) including an inverted frustopyramidal surface (42) with slots (49) and offset shields (51) thereover to form laterally oriented air flow openings into the combustion chamber from a first plenum (36) for debris particle classification along said surface. At the bottom of each frustopyramidal surface is an outlet for classified debris. Air flow riser tubes (50, 52) project up from a second plenum (38) to a position above said surface. Forced air is supplied to the slots and the risers, with means (62) to regulate relative flow to them. Projecting down from the debris outlets are drop tubes (46) having cooling fins (47), such tubes connecting to inlets of an auger conveyor (102). The auger conveyor has a coolant-cooled housing (104) and a coolant-cooled auger.
    • 一种流化床燃烧装置包括一个具有分配板组件(33)的燃烧室(30),该分配板组件包括一个倒置的截头锥形表面(42),在其上具有槽(49)和偏移屏蔽(51),以形成进入燃烧的横向取向的气流开口 从第一集气室(36)沿着所述表面进行碎片颗粒分类。 在每个截锥形表面的底部是分类碎片的出口。 气流提升管(50,52)从第二集气室(38)向上突出到所述表面上方的位置。 强制空气供应到槽和立管,装置(62)调节相对于它们的流量。 从碎片出口向下伸出的是具有冷却翅片(47)的下降管(46),这些管连接到螺旋输送器(102)的入口。 螺旋输送机具有冷却剂冷却壳体(104)和冷却剂冷却螺旋钻。
    • 6. 发明公开
    • A fluidized bed reactor system
    • 流化床反应器系统
    • EP0019422A3
    • 1981-01-07
    • EP80301506
    • 1980-05-08
    • STAUFFER CHEMICAL COMPANY
    • Skrzec, Adam Edward
    • B01J08/18C01G31/04
    • C01G31/04B01J8/1818
    • A fluidized bed reactor system comprises a vessel (10) adapted to contain a fluidized bed, a plurality of fluid injector means (24) mounted through the vessel wall (20) for injecting and distributing a fluidizing medium into the lower portion of the vessel, each injector means being made up of an elongated injector having a nozzle end (26) projecting into the vessel. The injector is withdrawably mounted through the vessel wall and has at least one downwardly directed orifice (28). Shield means (32) are provided which are mounted on the vessel wall above the injector extending along the length of the injector for maintaining an opening in the bed when the injector is withdrawn. The opening is substantially equivalent to the length of the injector. The reactor system further includes fluid supply means (48) in fluid communication with each elongated injector (24) for supplying the fluidizing medium to each nozzle end (26). When it is required to replace the injector due, for example, to clogging of the orifices or deterioration, the injector is withdrawn from the vessel, replaced or repaired and then inserted into the vessel, The shield means allows for the easy insertion of the injector into the vessel by maintaining an opening in the bed, whether fluidized or non-fluidized. The fluidized bed reactor system allows for the replacement or repair of injectors without the necessity for shutting down and/or cleaning out the vessel.