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    • 2. 发明申请
    • SHORT OXYGEN DELIGNIFICATION METHOD
    • 短期氧化方法
    • WO2016069326A1
    • 2016-05-06
    • PCT/US2015/056382
    • 2015-10-20
    • QUANTUM TECHNOLOGIES, INC.PIECHUTA, Peter, A.YANT, Robert, E.
    • PIECHUTA, Peter, A.YANT, Robert, E.
    • D21C3/02D21C9/00
    • D21C7/02B01F7/00133B01F7/00141B01F7/00633B01F7/048D21C1/02D21C1/08D21C3/02
    • A short oxygen delignification method employs a continuous dynamic mixing assembly. Provided is a mixing chamber having an interior wall which is generally symmetrical about a central longitudinal axis. At least one inlet is used to introduce flowable material into the mixing chamber. The flowable material includes paper pulp, a basic compound, optional steam and an oxygen-containing gas. Lignin is bound to the paper pulp. There is at least one outlet from the mixing chamber. At least one axial baffle is connected to and extends along the interior wall for disrupting substantially circumferential fluid flow in the mixing chamber. At least one transverse baffle is connected to and extends from the interior wall transverse to the axis. A rotatable agitator includes at least one agitator baffle extending transverse to the axis at a location in alignment with a respective transverse baffle. This forms at least one gap between the at least one agitator baffle and the at least one respective transverse baffle. The at least one transverse baffle and the at least one agitator baffle disrupt substantially axial fluid flow. The paper pulp fluid is forced to travel through the at least one gap. A short delignification reaction occurs inside the mixing chamber. Delignified paper pulp fluid leaves the mixing chamber through the at least one outlet.
    • 短氧脱木素方法采用连续动态混合组件。 提供了一种混合室,其具有围绕中心纵向轴线大致对称的内壁。 使用至少一个入口将可流动材料引入混合室。 可流动材料包括纸浆,碱性化合物,任选的蒸汽和含氧气体。 木质素与纸浆结合。 从混合室至少有一个出口。 至少一个轴向挡板连接到内壁并沿内壁延伸,用于破坏混合室中的基本圆周的流体流动。 至少一个横向挡板连接到横向于轴线的内壁并从其延伸。 可旋转搅拌器包括至少一个搅拌器挡板,该搅拌器挡板在与相应的横向挡板对准的位置处横向于轴线延伸。 这在至少一个搅拌器挡板和至少一个相应的横向挡板之间形成至少一个间隙。 至少一个横向挡板和至少一个搅拌器挡板破坏基本上轴向的流体流动。 纸浆流体被迫穿过至少一个间隙。 在混合室内发生短的脱木质反应。 脱木质纸浆流体通过至少一个出口离开混合室。
    • 4. 发明申请
    • DYNAMIC MIXING ASSEMBLY WITH IMPROVED BAFFLE DESIGN
    • 动态混合装置与改进的设计
    • WO2016069325A1
    • 2016-05-06
    • PCT/US2015/056378
    • 2015-10-20
    • QUANTUM TECHNOLOGIES, INC.
    • PIECHUTA, Peter, A.YANT, Robert, E.
    • B01F9/08D21B1/34
    • D21C11/0071B01F7/00133B01F7/00141B01F7/025B01F7/048B01F7/081B01F13/1016B01F15/00889B01F15/00896B01F15/0272B01F2215/0078D21C11/0057
    • A continuous dynamic mixing assembly includes a mixing chamber having an interior wall which is generally symmetrical about a central longitudinal axis. Flowable material is mixed in the mixing chamber. At least one inlet introduces the flowable material into the mixing chamber. At least one outlet discharges mixed flowable material from the mixing chamber. Axial baffles are connected to and extend along the interior wall for disrupting substantially circumferential material flow in the mixing chamber. Transverse baffles are connected to and extend from the interior wall transverse to the axis along a major dimension of the transverse baffles. A rotatable agitator includes agitator baffles extending transverse to the axis in alignment with respective transverse baffles, which forms gaps between the agitator baffles and the respective transverse baffles. The transverse baffles and the agitator baffles disrupt substantially axial fluid flow inside the mixing chamber while forcing the material through the gaps. Also featured is a method in which the mixing assembly is used.
    • 连续动态混合组件包括具有内壁的混合室,该内壁围绕中心纵向轴线大致对称。 可流动的材料在混合室中混合。 至少一个入口将可流动材料引入混合室。 至少一个出口从混合室排出混合的可流动材料。 轴向挡板连接并沿着内壁延伸,用于破坏混合室中的基本圆周材料流。 横向挡板沿着横向挡板的主要尺寸连接到横向于轴线的内壁并从其延伸。 可旋转搅拌器包括横向于轴线延伸的搅拌器挡板,其与相应的横向挡板对准,其在搅拌器挡板和相应的横向挡板之间形成间隙。 横向挡板和搅拌器挡板破坏混合室内的基本轴向流体流动,同时迫使材料穿过间隙。 还特征在于使用混合组件的方法。