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    • 6. 发明授权
    • Gasification of coal dust
    • 煤灰气化
    • US4707163A
    • 1987-11-17
    • US792476
    • 1985-10-29
    • Ernest GudymovVasilij FedotovVladimir SemenovBoris RodinovFriedrich BergerWinfried WenzelHelmut PeiseManfred Schingnitz
    • Ernest GudymovVasilij FedotovVladimir SemenovBoris RodinovFriedrich BergerWinfried WenzelHelmut PeiseManfred Schingnitz
    • C10J3/00C10J3/48
    • C10J3/86C10J3/485C10J3/526C10J3/74C10J3/78C10J3/84C10J2300/093C10J2300/0959C10J2300/0976Y10S48/02
    • An apparatus for gasifying coal dust has a housing provided with an output fitting for the removal of generator gas and an output fitting for the removal of granulated slag. An overflow maintains a body of liquid in the bottom of the housing and a coal-dust burner in the housing forms a downwardly moving coal-dust flame in an upper reaction zone of the housing. An annular tube wall in the housing upper and lower ends where its tubes are bent apart and form radially throughgoing upper and lower openings and at the burner and therebelow but above the generator-gas output fitting. This tube wall is radially gastight between its upper and lower openings and radially inwardly delimits an axially extending annular passage that is outwardly defined by the housing. Steam is fed to the upwardly directed lances in the passage to create in the housing a toroidal annular current of moving gas and steam rising in the passage and descending in the zones between the flame and the tube wall. A coolant is circulated in the tube wall to cool the current of gas to below the softening temperature of any slag in the flame.
    • 用于气化煤尘的装置具有壳体,其具有用于去除发生器气体的输出配件和用于去除颗粒状炉渣的输出配件。 溢出物在壳体的底部保持液体,并且壳体中的煤尘燃烧器在壳体的上部反应区域中形成向下移动的煤尘火焰。 壳体上端和下端的环形管壁,其中管被弯曲分开并形成径向通过上下开口,并且在燃烧器及其下方,但位于发生器 - 气体输出配件上方。 该管壁在其上部和下部开口之间径向气密,径向向内限定由外壳向外限定的轴向延伸的环形通道。 蒸汽被供给到通道中的向上指向的喷枪,以在壳体中产生在通道中移动的气体和蒸汽的环形环形电流,并且在火焰和管壁之间的区域中下降。 冷却剂在管壁中循环,以将气体的电流冷却到低于火焰中任何炉渣的软化温度。
    • 9. 发明授权
    • Thermal shielding for bottoms and covers of reaction vessels
    • 反应容器底部和盖子的热屏蔽
    • US4369163A
    • 1983-01-18
    • US317931
    • 1981-11-03
    • Manfred SchingnitzFriedrich BergerKlaus LucasHelmut PeiseWinfried WenzelErnest GudymovVladimir SemonovVasilij FedotovEvginij AvraamovBoris Rodionov
    • Manfred SchingnitzFriedrich BergerKlaus LucasHelmut PeiseWinfried WenzelErnest GudymovVladimir SemonovVasilij FedotovEvginij AvraamovBoris Rodionov
    • F27B3/10F27D1/12F27D1/18F28D21/00
    • F27B3/10F27D1/12F27D1/1816
    • A thermal shielding for covers and bottoms of gas generators and other reaction vessels intended to operate at elevated temperature and pressure is disclosed wherein the cover or bottom comprises an extension, integral with the reaction vessel, with an outer closure supporting a plurality of spaced guide tubes having fluid jackets at the inner ends thereof, the fluid jackets of a plurality of circumferentially spaced guide tubes being interconnected by concentrically spaced heat transfer tubes substantially aligned with the inner surface of the reaction vessel, the fluid jacket of one of said guide tubes being divided by baffle means into separate chambers respectively connected with supply and discharge lines for cooling fluid to be circulated through said plurality of fluid jackets and concentric connecting tubes whereby effective cooling is achieved at inner ends of said guide tubes with a minimum of congestion externally of the vessel cover or bottom. In instances where there is need for a guide tube centrally of the cover or bottom, such guide tube has a fluid jacket at the inner end thereof which closely engages fluid jackets of the circumferentially spaced guide tubes and is provided with separate supply and discharge lines for cooling fluid. The space surrounding the guide tubes between the outer closure and heat transfer tubes is preferably filled with heat insulating material.
    • 公开了用于在升高的温度和压力下操作的气体发生器和其它反应容器的盖和底部的热屏蔽,其中所述盖或底部包括与反应容器成一体的延伸部,外部封闭件支撑多个间隔开的导管 在其内端具有流体套管,多个周向间隔开的导管的流体夹套通过基本上与反应容器的内表面对齐的同心间隔的传热管互连,其中一个导管的流体套被分开 通过挡板装置分别连接到用于冷却流体的供应和排出管线的分开的室中,以便通过所述多个流体套管和同心连接管循环,由此在所述导管的内端处实现有效冷却,其中容器的外部具有最小的拥挤 盖或底。 在需要在盖或底部的中心的引导管的情况下,这种引导管在其内端具有流体护套,其紧密地接合周向间隔开的导管的流体套,并且设置有单独的供给和排出管线,用于 冷却液。 外封闭件和传热管之间的引导管周围的空间优选地被绝热材料填充。
    • 10. 发明授权
    • Process for regenerating a liquid created in the kraft process for
pulping wood, while simultaneously obtaining high energy efficiency
    • 在用于制浆木浆的牛皮纸工艺中产生的液体再生的过程,同时获得高能量效率
    • US5855737A
    • 1999-01-05
    • US747960
    • 1996-11-12
    • Wolfgang SeidelManfred SchingnitzJurgen GorzPeter Gohler
    • Wolfgang SeidelManfred SchingnitzJurgen GorzPeter Gohler
    • D21C11/06D21C11/12D21C11/04
    • D21C11/066D21C11/125Y02P70/24
    • An apparatus and process for regenerating a liquid from a spent liquid containing sodium compounds created during kraft processing for pulping wood while simultaneously obtaining energy. Regeneration begins by gasifying said sodium compounds in a gasification reaction chamber at a temperature greater than the melting temperature of the sodium compounds and generating a gasification gas and salt melt. The gasification gas and salt melt are then directly cooled to a temperature greater than the dew point in the quenching chamber by spraying a cooling liquid which, in turn, causes gaseous condensate to form a bath in the quenching chamber which may also include water from kraft processing. The salt melt dissolves in the bath to produce an aqueous solution. This aqueous solution is then cooled and diluted with alkali liquid produced during the kraft process. Then the diluted aqueous solution is subjected to flashing and emerges as a regenerated liquid free of organic components to be used again in the wood pulping process. Simultaneously, the gasification gas from the quenching chamber is indirectly cooled thereby producing energy through at least one of steam and hot water and subsequently desulfurized.
    • 一种用于在硫酸盐化处理中产生的含有钠化合物的废液中再生液体的装置和方法,用于制浆,同时获得能量。 再生通过在气化反应室中以大于钠化合物​​的熔融温度的温度气化所述钠化合物并产生气化气体和盐熔体开始。 然后通过喷射冷却液将气化气体和盐熔体直接冷却到大于露点的温度,冷却液体又导致气态冷凝物在淬火室中形成浴,其也可以包括来自牛皮纸的水 处理。 盐熔融溶解在浴中以产生水溶液。 然后将该水溶液冷却并用硫酸盐法制备的碱液体稀释。 然后将稀释的水溶液闪蒸,并作为再生液体排出,不含有机组分,在木材制浆过程中再次使用。 同时,来自淬火室的气化气体被间接冷却,从而通过蒸汽和热水中的至少一种产生能量,随后脱硫。