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    • 1. 发明申请
    • METHOD AND APPARATUS FOR THE UTILIZATION OF THE ENTHALPY OF A SYNGAS BY ADDITIONAL AND POST-GASIFICATION OF RENEWABLE FUELS
    • 通过对可再生能源燃料进行附加和后置燃料来利用合成材料的方法和装置
    • US20120055087A1
    • 2012-03-08
    • US13138542
    • 2010-02-26
    • Norbert Ullrich
    • Norbert Ullrich
    • C10J3/48C10J3/46
    • C10J3/487C10J3/506C10J3/721C10J3/84C10J2200/152C10J2300/0916C10J2300/1609C10K1/04C10K1/101Y02P20/145
    • A process for the generation of a syngas in an entrained-flow gasification process includes a solid, carbon-containing fuel which is introduced via burners into a reactor which also supplies the oxygen for gasification. The fuel is introduced on a burner level where the burners are arranged concentrically around the reaction chamber or in the head area. The syngas obtained is discharged from the reaction chamber via a discharge nozzle, so that the syngas is passed into a collecting chamber for cooling by addition of low-temperature gaseous, vaporous or liquid cooling agents. A quench chamber is provided between the reactor and the collecting chamber. Additional burner levels are in the quench chamber via which a fuel material of renewable fuels or biofuels is introduced into the syngas, so that the heat enthalpy of the syngas can be utilized for the endothermic gasification reaction of the biological raw material. An apparatus for this generation of synthesis gas includes several burner levels, the renewable fuel being supplied to the gasification chamber with or without water vapour or oxygen and the enthalpy of the hot syngas being utilized for the gasification of the renewable fuel.
    • 在夹带气化过程中产生合成气的方法包括固体含碳燃料,其通过燃烧器引入反应器中,所述反应器也提供用于气化的氧气。 燃料被引入燃烧器水平,其中燃烧器围绕反应室或头部区域同心地排列。 获得的合成气经由排出喷嘴从反应室排出,使得合成气通过添加低温气态,蒸气或液体冷却剂而进入收集室进行冷却。 在反应器和收集室之间设有骤冷室。 另外的燃烧器水平位于骤冷室中,可再生燃料或生物燃料的燃料通过其被引入到合成气中,使得合成气的热焓可用于生物原料的吸热气化反应。 用于这种产生合成气的装置包括几个燃烧器水平,可再生燃料在有或者没有水蒸气或氧气的情况下供应到气化室,并且热合成气的焓用于可再生燃料的气化。
    • 5. 发明授权
    • Device for gasifying finely divided fuels under increased pressure
    • 用于在增加的压力下气化细分燃料的装置
    • US4818253A
    • 1989-04-04
    • US60357
    • 1987-06-09
    • Klaus KohnenHans NiermannNorbert Ullrich
    • Klaus KohnenHans NiermannNorbert Ullrich
    • C10J3/48C10J3/86
    • C10J3/86C10J3/485C10J2300/1223
    • The gasification device includes a pipe wall structure assembled of a plurality of pipe circuits enclosing in a gas tight manner a reactor space. A pressure jacket surrounds at a distance the pipe wall structure and delimits therewith a water filled interspace. All inlet conduits for supplying cooling water to individual pipe circuits pass through the jacket whereas the outlets of the pipe circuits open into the interspace. A common discharge conduit for cooling water is provided in the pressure jacket and communicates with the interspace. The pressure jacket is assembled of two parts interconnected by a releasable flange connection. All inlet conduits and common outlet conduits are attached to the upper part so as to enable the lifting of the entire pipe wall structure upon the lower part together with the upper part.
    • 气化装置包括管状壁结构,该管壁结构由多个管路组合而成,气管密封地形成反应器空间。 压力护套在管壁结构的一定距离处包围,并用其填充充满水的间隙。 用于向单个管道回路供应冷却水的所有入口管道通过护套,而管道电路的出口进入间隙。 用于冷却水的普通排放管道设置在压力套中并与间隙连通。 压力夹套通过可释放的法兰连接互连的两部分组装。 所有入口管道和公共出口导管连接到上部,以便能够与上部部分一起在下部部分上提升整个管壁结构。
    • 8. 发明授权
    • Process and apparatus for the utilization of the enthalpy of a syngas by additional and post-gasification of renewable fuels
    • 通过再生燃料的额外和后期气化来利用合成气焓的方法和装置
    • US09234148B2
    • 2016-01-12
    • US13138542
    • 2010-02-26
    • Norbert Ullrich
    • Norbert Ullrich
    • C10J3/48C10J3/46C10J3/50C10J3/72C10J3/84C10K1/04C10K1/10
    • C10J3/487C10J3/506C10J3/721C10J3/84C10J2200/152C10J2300/0916C10J2300/1609C10K1/04C10K1/101Y02P20/145
    • A process for the generation of a syngas in an entrained-flow gasification process includes a solid, carbon-containing fuel which is introduced via burners into a reactor which also supplies the oxygen for gasification. The fuel is introduced on a burner level where the burners are arranged concentrically around the reaction chamber or in the head area. The syngas obtained is discharged from the reaction chamber via a discharge nozzle, so that the syngas is passed into a collecting chamber for cooling by addition of low-temperature gaseous, vaporous or liquid cooling agents. A quench chamber is provided between the reactor and the collecting chamber. Additional burner levels are in the quench chamber via which a fuel material of renewable fuels or biofuels is introduced into the syngas, so that the heat enthalpy of the syngas can be utilized for the endothermic gasification reaction of the biological raw material. An apparatus for this generation of synthesis gas includes several burner levels, the renewable fuel being supplied to the gasification chamber with or without water vapor or oxygen and the enthalpy of the hot syngas being utilized for the gasification of the renewable fuel.
    • 在夹带气化过程中产生合成气的方法包括固体含碳燃料,其通过燃烧器引入反应器中,所述反应器也提供用于气化的氧气。 燃料被引入燃烧器水平,其中燃烧器围绕反应室或头部区域同心地排列。 获得的合成气经由排出喷嘴从反应室排出,使得合成气通过添加低温气态,蒸气或液体冷却剂而进入收集室进行冷却。 在反应器和收集室之间设有骤冷室。 另外的燃烧器水平位于骤冷室中,可再生燃料或生物燃料的燃料通过其被引入到合成气中,使得合成气的热焓可用于生物原料的吸热气化反应。 用于这种产生合成气的装置包括几个燃烧器水平,可再生燃料在有或者没有水蒸气或氧气的情况下供应到气化室,并且热合成气的焓用于可再生燃料的气化。