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    • 22. 发明授权
    • Method of and apparatus for charging ground hydrocarbonaceous material
to a pressurized gasification system
    • 将地下含烃物质装入加压气化系统的方法和装置
    • US4400125A
    • 1983-08-23
    • US272952
    • 1981-06-12
    • Harbo P. Jensen
    • Harbo P. Jensen
    • C10J3/30
    • C10J3/30C10J3/50C10J3/78C10J2200/154C10J2300/093C10J2300/0946
    • Method and apparatus for charging finely ground hydrocarbonaceous material (e.g. coal, shale, liquite, oil sand), to a gasification reactor by gravity and compressed gas is disclosed.In accordance with the invention, ground coal particles, for example, are supplied by gravity feed to a charge forming hopper and from the hopper to a charging cylinder. The charge is pressured with a volume of gas from 3 to 5 times the volume of the charge to form a cushion of gas above it. Pressure is then increased on the gas cushion, as by a piston in the cylinder, until the pressure in the cylinder exceeds the pressure in the reactor. Such pressure automatically activates a closure arrangement between the cylinder and reactor. The closure arrangement automatically recloses the reactor when pressure between the reactor and cylinder equalizes. Desirably, the closure arrangement is purged by steam prior to closing.
    • 公开了通过重力和压缩气体将精细研磨的含烃材料(例如煤,页岩,液化石油,油砂)装入气化反应器的方法和装置。 根据本发明,例如通过重力进料将研磨的煤颗粒供应到成料料斗,并从料斗供给到加料缸。 电荷被加压,其体积为电荷体积的3至5倍,以在其上方形成气垫。 气缸上的压力随着气缸中的活塞而增加,直到气缸内的压力超过反应器内的压力。 这种压力自动激活气缸和反应器之间的封闭装置。 当反应器和气缸之间的压力相等时,闭合装置自动重新关闭反应器。 理想地,关闭装置在关闭之前被蒸汽吹扫。
    • 23. 发明授权
    • Gasification reactor and feed apparatus
    • 气化反应器和进料装置
    • US4331448A
    • 1982-05-25
    • US237101
    • 1981-02-23
    • George M. Bretz
    • George M. Bretz
    • C10J3/20C10J3/30
    • C10J3/30C10J3/20C10J3/74C10J3/76C10J3/84C10J2200/154C10J2200/158C10J2300/093
    • The novel gasification reactor comprises a vertically oriented chamber with an upper pyrolysis section, a lower feed opening, and a primary combustion section. A lateral passage on each side and near the top of said primary combustion section each communicates with a separate secondary reaction chamber where a partially reacted feed is further reacted to form the product gas. In each passageway is a venturi nozzle or preferably a plurality of nozzles which accelerates the gas carrying entrained carbonaceous materials to produce a swirling curvilinear motion in the secondary reaction chambers.The reactor is fed by means of a plurality of hoppers and screw conveyors whereby the flow is regulated and positively fed both by gravity and the screw conveyors into rotary valve cavities in which counter rotating valves travel. The valves feed a piston which charges the reactor.
    • 新型气化反应器包括具有上部热解段,下部进料口和初级燃烧段的垂直取向的室。 在所述主燃烧部分的每一侧和顶部附近的侧向通道各自与单独的次级反应室相连通,其中部分反应的进料进一步反应以形成产物气体。 在每个通道中是文氏管喷嘴或优选地多个喷嘴,其加速携带夹带的碳质材料的气体,以在次级反应室中产生旋转的曲线运动。 反应器通过多个料斗和螺旋输送机进料,由此通过重力和螺旋输送机将流量调节和积极地输送到反向旋转阀行进的旋转阀腔中。 阀门为活塞提供充电反应器。
    • 24. 发明授权
    • Device for filling a container which is under pressure
    • 用于填充处于压力下的容器的装置
    • US4302143A
    • 1981-11-24
    • US92736
    • 1979-11-09
    • Albert GrimmingerWerner Wiedmann
    • Albert GrimmingerWerner Wiedmann
    • C10J3/02B01J3/02C10J3/30
    • C10J3/30B01J3/02C10J3/76C10J3/78C10J2200/09C10J2200/154
    • Apparatus for charging solids into a pressurized container having a tubular lock chamber thereon. The apparatus comprises a feed device for supplying solids to the inlet of the lock chamber and a housing mounted adjacent the lock chamber for movement towards and away therefrom; a displacer member is slidably mounted in the housing in axial alignment with the inlet of the lock chamber; a first seal is provided in the housing for sealingly engaging the displacer member, and a second seal is provided on one of the opposed surfaces of the lock chamber and housing. The first seal is axially located along the displacer member at a distance from the end of the housing which exceeds the stroke of the displacer member in its travel between its extended and retracted positions whereby the portion of the displacer member which penetrates into the lock chamber will not come into contact with the first seal.
    • 用于将固体装入其上具有管状锁定室的加压容器中的装置。 该设备包括用于向固定室的入口提供固体的进料装置和邻近锁定室安装的用于朝向和远离其运动的壳体; 置换器构件与所述锁定室的入口轴向对准地可滑动地安装在所述壳体中; 第一密封件设置在壳体中以密封地接合置换器构件,并且第二密封件设置在锁定室和壳体的相对表面之一上。 第一密封件沿着置换器构件轴向定位在与壳体的端部相距一定距离处,该位置超过位移器构件在其延伸位置和缩回位置之间的行程中的行程,从而穿透入锁定室的置换器构件的部分将 不接触第一印章。
    • 29. 发明授权
    • Synthetic gas production
    • 合成气生产
    • US4153426A
    • 1979-05-08
    • US816360
    • 1977-07-18
    • Reginald Wintrell
    • Reginald Wintrell
    • C10J3/08C10J3/30C21B5/00C21B13/00
    • C21B5/001C10J3/08C10J3/30C10J3/485C10J3/506C10J3/66C10K1/08C10K1/101C21B13/0073C21B5/003C10J2200/156C10J2200/158Y02P10/136
    • Disclosed is a method and apparatus for producing synthetic gas by using a blast furnace as a gasifier. The furnace is charged in a conventional manner with particles of solid carbonaceous material such as normal, low grade or undersized coke together with slag-producing material, such as limestone, silica and/or basic oxygen furnace and/or open hearth furnace slag. Fluent fuel such as pulverized coal mixed with oxygen-containing gas and with lime if desired is injected into pre-ignition chambers near the hearth line of the furnace. The fluent fuel is ignited and partially gasified in the pre-ignition chambers, creating a hot reducing gas that enters the furnace raceway and passes upwardly into and through the body of charge material in the furnace stack. At the resulting high temperatures ash from the fluent fuel liguifies within the system to provide a liquid slag. Under a controlled high temperature reducing atmosphere, the liquid lime removes essentially all sulfur from the product gas. To reduce the high gas temperature, steam is injected above the pre-ignition chambers. The steam reacts with the hot solid carbonaceous material in the stack to disassociate and enrich the product gas with additional hydrogen and carbon monoxide. Liquid carbonaceous material such as oil, tar, or the like is injected into the furnace stack above the location at which steam is injected and is cracked by the sensible heat of the gas passing through the body of charge material in the furnace, thus further cooling the gas and enriching its calorific value.The resulting product gas can be used in place of natural gas for heating purposes in steel making operations, as a gas in the production of chemicals, as a reducing gas for the metals industries, for general heating purposes, as well as for other purposes.
    • 公开了通过使用高炉作为气化器来生产合成气体的方法和装置。 以常规方式将炉子与诸如石灰石,二氧化硅和/或碱性氧气炉和/或敞开式炉渣之类的生渣材料一起固定在固体碳质材料如正常,低等级或过小的焦炭上。 流化燃料如与含氧气体混合的粉煤和如果需要的石灰被注入到靠近炉膛线的预燃烧室中。 流动燃料被点燃并部分地在预燃烧室中气化,产生进入炉道的热还原气体,并向上进入并通过炉膛中的充电材料体。 在所得到的高温下,来自流体燃料的灰分在系统内馏分以提供液体渣。 在受控的高温降温气氛下,液态石灰基本上从产物气体中除去所有的硫。 为了降低高温气体,蒸汽在注射前的室内注入。 蒸汽与堆叠中的热固体碳质材料反应,以用另外的氢气和一氧化碳分离和富集产物气体。 将诸如油,焦油等的液体碳质材料注入到蒸汽注入位置上方的炉垛中,并通过炉中的充电材料体的气体的显热而破裂,从而进一步冷却 气体丰富其热值。