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    • 2. 发明授权
    • Method for producing a gaseous fuel comprising hydrogen from kinetic and/or potential energy recovered from a vehicle powered by a four stroke diesel engine fitted with an engine braking mechanism and system useful to implement such method
    • 一种由装备有发动机制动机构的四冲程柴油发动机驱动的车辆的动力学和/或势能产生的包含氢的气体燃料的方法和用于实施这种方法的系统
    • US09416726B2
    • 2016-08-16
    • US14443521
    • 2013-11-15
    • Walderson Miami LLC
    • Carlos Manuel Bastos
    • F02B43/00C01B3/30F02M21/02C01B3/38B01J8/06F02M25/12
    • F02B43/00B01J8/067B01J2208/00221B01J2219/00006C01B3/30C01B3/384C01B2203/0233C01B2203/0833F02M21/0227F02M25/12Y02T10/121Y02T10/16Y02T10/32
    • A method for producing a hydrogen gaseous fuel from kinetic and/or potential energy recovered from a vehicle powered by a four stroke Diesel engine fitted with a Jacobs engine brake during a deceleration stage. Such a method comprises the following steps: a) providing a preheated steam flow; b) providing a gas flow from at least one chemical species used as preheated carbon and hydrogen source; c) mixing the gas flow from at least one chemical species used as carbon and hydrogen source from step a) with the steam flow from step b); d) reacting the mixture from step c) in the catalytic bed of a reforming reactor, heated by high temperature air from the compression stage of the Diesel engine acting as engine brake upon deceleration, producing an outlet synthesis gas flow which contains hydrogen; e) causing water to condense in the outlet synthesis gas flow which contains hydrogen, producing a water-free synthesis gas flow, and f) storing the synthesis gas flow obtained at step e) in a reservoir for its subsequent use during an acceleration stage of the vehicle. A system useful to implement the method for recovering kinetic and/or potential energy from a vehicle powered by a four stroke Diesel engine fitted with a Jacobs engine brake during a deceleration stage.
    • 一种从在由减速阶段装配有雅可比发动机制动器的四冲程柴油发动机驱动的车辆中回收的动能和/或势能产生氢气体燃料的方法。 这种方法包括以下步骤:a)提供预热的蒸汽流; b)提供来自用作预热碳和氢源的至少一种化学物质的气流; c)将来自步骤a)的用作碳和氢源的至少一种化学物质的气流与来自步骤b)的蒸汽流混合; d)将来自步骤c)的混合物在重整反应器的催化床中反应,由减压时作为发动机制动的柴油发动机的压缩级的高温空气加热,产生含有氢气的出口合成气流; e)使水在包含氢气的出口合成气流中冷凝,产生无水合成气流,以及f)将步骤e)中获得的合成气流存储在储存器中,以便在加速阶段期间随后使用 机动车。 一种用于实现用于在由减速阶段装配有Jacobs发动机制动器的四冲程柴油发动机驱动的车辆中恢复动能和/或势能的方法的系统。
    • 3. 发明授权
    • Process for gasification and/or reforming
    • 气化和/或改造方法
    • US5580362A
    • 1996-12-03
    • US371589
    • 1995-01-12
    • Mircea T. ManulescuJean-Paul Vandenhoeck
    • Mircea T. ManulescuJean-Paul Vandenhoeck
    • B01J8/18B01J8/44C01B3/30C01B3/44C10J20060101C10J3/12C10J3/50C10J3/54
    • B01J8/1836B01J8/44C01B3/30C01B3/44C10J3/12C10J3/482C10J3/503B01J2208/00088B01J2208/00274B01J2208/0038B01J2208/00495B01J2208/0053C10J2300/0936C10J2300/0993Y02P20/129
    • The invention relates to a process and an apparatus for gasifying liquid and/or fine-grain solid gasification substances and/or for reforming a gas, using a gasification agent, in a reactor (1). In the process the process heat is supplied by heat carrier particles which are heated within a substantially closed circuit in a heater (5) by combustion gases which are produced in a combustion chamber (3), and passed through the reactor (1) in counter-flow relationship with the gasification substance or the gas to be reformed and the gasification agent, and then returned to the heater (5) for renewed heating. In accordance with the invention the particles and the combustion gas form a fluidized bed above at least one grid (34, 34a, 34b, 34c, 34d, 34e) arranged in the heater (5). The particles flow out of the heater (5) into the adjoining combustion chamber (3) in which they form a fluidized bed with the combustion gas and pass by way of a flow transfer pipe (7, 7') out of the combustion chamber (3) into an upper region of the reactor (1). The throughput of particles through the flow transfer pipe (7, 7') forms a seal which prevents a throughflow of product gas which is generated in the reactor (1). The particles form one or more fluidized beds in the reactor (1) with the gasification substance and/or the gas to be reformed.
    • 本发明涉及一种在反应器(1)中气化液体和/或细粒固体气化物质和/或使用气化剂重整气体的方法和装置。 在该过程中,工艺热由热载体颗粒提供,该热载体颗粒在燃烧室(3)中产生并通过反应器(1)的燃烧气体在加热器(5)中在基本闭合的回路内被加热, 与气化物质或待重整气体和气化剂的流动关系,然后返回到加热器(5)以进行再次加热。 根据本发明,颗粒和燃烧气体在布置在加热器(5)中的至少一个格栅(34,34a,34b,34c,34d,34e)上形成流化床。 颗粒从加热器(5)流出到相邻的燃烧室(3)中,在燃烧室(3)中,它们与燃烧气体形成流化床,并通过流动传输管(7,7')从燃烧室(7 3)进入反应器(1)的上部区域。 通过流动传输管(7,7')的颗粒的通过量形成密封,其防止在反应器(1)中产生的产物气体的通流。 颗粒在反应器(1)中与气化物质和/或待重整气体形成一个或多个流化床。
    • 4. 发明授权
    • Grid plate assembly for ebullated bed reactor
    • 用于沸腾床反应器的格板组件
    • US4764347A
    • 1988-08-16
    • US482342
    • 1983-04-05
    • John D. Milligan
    • John D. Milligan
    • C01B3/22B01J8/02B01J8/18B01J8/20B01J8/24B01J8/44C01B3/30
    • B01J8/1818B01J8/1827
    • An improved grid plate flow distributor assembly for use in a pressurized catalytic reactor in which gas and liquid materials flow uniformly upwardly through the grid into the reactor ebullated catalyst bed. The grid plate assembly contains multiple vertical flow tubes each covered at its upper end by a cap which is spaced outwardly from the tube upper end and preferably has tapered sides. The cap can have any horizontal cross-sectional shape, such as circular, polygonal, rectangular or triangular. If desired, a horizontal elongated cap can be used which covers at least two adjacent vertical flow tubes. Such elongated caps can be provided as concentric circular shapes above the grid plate. Also, if desired, a thermocouple can be provided extending upwardly above the cap, such as through selected caps to monitor the temperature distribution of the ebullated bed above the grid plate assembly.
    • 一种用于加压催化反应器的改进的格栅板流量分配器组件,其中气体和液体材料均匀地向上流动通过格栅进入反应器沸腾催化剂床。 格栅板组件包含多个垂直流动管,每个垂直流管在其上端由一个与管上端向外间隔开的盖子优选地具有锥形侧面。 盖可以具有任何水平横截面形状,例如圆形,多边形,矩形或三角形。 如果需要,可以使用覆盖至少两个相邻的垂直流动管的水平细长的帽。 这种细长的盖子可以设置成格栅板上方的同心圆形。 此外,如果需要,可以提供在盖上方向上延伸的热电偶,例如通过选定的盖子来监测网格板组件上方的沸腾床的温度分布。
    • 8. 发明授权
    • Apparatus for continuously carrying out reactions employing solid substances in the fluidized state
    • 用于在流化状态下连续进行使用固体物质的反应的装置
    • US2829955A
    • 1958-04-08
    • US42287054
    • 1954-04-13
    • STAMICARBON
    • LAMBERTUS GOEDKOOP MARTINUS
    • B01J8/24B01J8/26B04C9/00C01B3/30C01B3/44C01B32/336C07C37/04C10B49/08C10B49/10C10G11/18C22B1/10F28C3/16
    • B29C70/24B01J8/245B01J8/26B04C9/00C01B3/30C01B3/44C01B32/336C07C37/04C10B49/08C10B49/10C10G11/18C22B1/10F28C3/16Y02P20/584Y10S48/04C07C39/04
    • An enclosed path 3, Fig. 6, terminating in a downwardly-facing converging entrance 4 within a chamber 1 is employed to convey a fine-grained mixture of salts of benzene sulphonic acids and alkali or alkaline earth hydroxides from a fluidized bed in said chamber to a bed in another chamber 2, maintained in fluidized condition by a stream of steam in parallel with that in the first chamber, the bed in the first chamber being maintained at a level above the lower edge of said converging entrance. The reaction between the components manner and phenols are produced. Specifications 755,959, [Group XII], and 762,062, [Group XXX], are referred to.ALSO:An enclosed path (3) terminating in a downwardly-facing converging entrance (4) within a chamber (1) is employed to convey material, e.g. a catalyst in a hydrocarbon cracking process from a bed of material in said chamber to a bed in another chamber (2) said beds being maintained in fluidized condition by a continuously feeding a steady upward current of gas into said chambers and the bed in the first chamber being maintained at a level above the lower edge of said converging entrance. The numerals relate to Fig. 6. The apparatus may also be used for the dehydrogenation, hydrogenation, aromatization and alkylation of hydrocarbons or their synthesis from carbon monoxide or hydrogen, or in roasting ores or calcining calcium carbonate. The wider end of the converging entrance is preferably given a short cylindrical section 26, preferred sizes and proportions are indicated. More than one conduit may if desired be employed, as may a series of chambers containing fluidized beds arranged adjacently if desired, e.g. as described in Specification 755,959. In the latter case, heating or cooling pipes or other passages for a heat transferring medium may be arranged in the side walls of the chambers. If desired the device to separate the gas from the solid, e.g. a dust collector or cyclone may be included in the conduit; this device may be situated in either chamber or between the chambers, and the gas outlet thereof may be arranged to open into either chamber, so that if desired it is possible to keep the gases in the chambers, which may be different, separate: thus a catalyst could be passed through the chambers in series and alternately be contacted with the reactant gases, and regenerated. If a series of chambers (17) is used, they may be arranged in series as indicated in Fig. 5, on a grid with preparations 25 through which the fluidizing gas passes, and surrounded by a cylinder 16 in which a fluidized bed is maintained, solids entering the first chamber by conduit 5 and finally emerging from separator 18. The bed in the surrounding cylinder may be used to regulate the temperature of the reaction, the solid or gas being simultaneously pre-heated. A fluidized bed of solid material may alternatively be kept permanently in said cylinder and not discharged. Such an apparatus may be used, e.g. for carbonization of coal (in chambers 17, coke being fluidized in the cylinder 16) or an endothermic reaction (e.g. cracking of hydrocarbons) in conjunction with an exothermic reaction (e.g. the regeneration of the cracking catalyst). Specification 762,062 [Group XXX] also is referred to.