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    • 5. 发明申请
    • INERTIAL IMPACTOR WITH ENHANCED SEPARATION
    • 具有增强分离的惯性影响
    • WO2011014289A1
    • 2011-02-03
    • PCT/US2010/034695
    • 2010-05-13
    • CUMMINS FILTRATION IP INC.JANAKIRAMAN, ArunFENG, ShimingHERMAN, Peter, K.
    • JANAKIRAMAN, ArunFENG, ShimingHERMAN, Peter, K.
    • B01D45/08
    • B01D45/08
    • An inertial gas-liquid impactor separator includes an inertial impactor collector having an impactor surface extending diagonally relative to axially accelerated flow, which surface is preferably a cone having a leading tip axially facing and axially aligned with the acceleration nozzle. In a further aspect, first and second inertial impactor collectors are provided in series, with an orifice in the first inertial impactor collector providing a nozzle for the second inertial impactor collector. Improved performance is provided by reducing the extent of the stagnation region to change from a narrow band particle size range to a wider band range and to shift cut-off size. An inertial gas-liquid impactor separator has a perforated layer of coalescence media having at least one aperture through which the gas-liquid stream flows. Improved performance is provided by increased penetration of the flow into the media patch and thereby enhancing particle capture by interception, impaction and diffusion.
    • 惯性气液冲击分离器包括惯性冲击收集器,该惯性冲击收集器具有相对于轴向加速流向对角延伸的冲击表面,该表面优选地是具有轴向面向前端并与加速喷嘴轴向对准的锥体。 在另一方面,第一和第二惯性冲击收集器被串联设置,第一惯性冲击器收集器中的孔口为第二惯性冲击收集器提供喷嘴。 通过减小停滞区域的范围从窄带粒度范围变化到更宽的频带范围并改变截止尺寸来提供改进的性能。 惯性气体 - 液体冲击分离器具有穿孔层的聚结介质,其具有至少一个孔,气液流通过该孔流动。 通过增加流入介质贴剂的渗透度,从而通过拦截,嵌入和扩散增强颗粒捕获来提高性能。
    • 8. 发明申请
    • INERTIAL GAS-LIQUID SEPARATOR AND POROUS COLLECTION SUBSTRATE FOR USE IN INERTIAL GAS-LIQUID SEPARATOR
    • 惯性气液分离器和多孔气体分离器使用的多孔气体分离器
    • WO2014036063A1
    • 2014-03-06
    • PCT/US2013/056957
    • 2013-08-28
    • CUMMINS FILTRATION IP, INC.
    • JANAKIRAMAN, ArunSCHECKEL, Benjamin, L.KOLESHWAR, Ashwin, K.PECK, Lee, A.DAWAR, Saru
    • B01D45/08
    • B01D45/16B01D45/08B01D46/003B01D50/002
    • A gas-liquid separator has a housing having an inlet, for receiving a gas-liquid stream and an outlet for discharging a gas stream. A nozzle structure in the housing has a plurality of nozzles that receive the gas-liquid stream and accelerate the gas-liquid stream therethrough to create a plurality of gas-liquid jets. An inertial collector in the housing causes a sharp directional change of the gas-liquid jets, causing separation of liquid particles from the gas- liquid stream to produce the gas stream. The inertial collector has a porous collection substrate. According to the present disclosure, at least one of the following three conditions is met; (a) the porous collection substrate comprises fibers of small diameter and has low packing density; (b) the porous collection substrate comprises oleophobic fibers; and (c) the nozzle structure and the inertial collector are configured to al low for full expansion of the plurality of gas-liquid jets.
    • 气液分离器具有壳体,其具有用于接收气液流的入口和用于排出气流的出口。 壳体中的喷嘴结构具有多个喷嘴,其接收气液流并加速气液流通过其中以形成多个气液喷射。 壳体中的惯性收集器引起气 - 液射流的尖锐方向变化,导致液体颗粒与气 - 液流分离以产生气流。 惯性收集器具有多孔收集基板。 根据本公开,满足以下三个条件中的至少一个: (a)多孔收集基材包括小直径的纤维,并且具有低的包装密度; (b)多孔收集基片包括疏油纤维; 和(c)喷嘴结构和惯性收集器被构造成低的,用于多个气液体射流的完全膨胀。
    • 9. 发明申请
    • METHODS AND APPARATUSES FOR SEPARATING LIQUID PARTICLES FROM A GAS-LIQUID STREAM
    • 用于分离气液流中的液体颗粒的方法和装置
    • WO2014022386A2
    • 2014-02-06
    • PCT/US2013/052713
    • 2013-07-30
    • CUMMINS FILTRATION IP, INC.
    • PECK, Lee, A.HERMAN, Peter, K.JANAKIRAMAN, ArunSCHECKEL, Benjamin, L.SURANA, Navin, K.
    • B01D45/08
    • B01D45/08B01D45/16B01D46/002B01D46/0023B01D46/0086B01D46/521C04B35/565
    • A gas-liquid separator comprises a housing having an inlet for receiving a gas- liquid stream and an outlet for discharging a gas stream. An impactor nozzle structure is supported by the housing and situated downstream of the inlet. The impactor nozzle structure receives the gas-liquid stream and accelerates the gas-liquid stream through an orifice that extends through the impactor nozzle structure. An impaction surface is supported by the housing and situated downstream of the orifice. The impaction surface receives the accelerated gas-liquid stream and causes separation of liquid particles from the gas-liquid stream so as to produce the gas stream, and a baffle situated downstream of the impaction surface modifies a flow of the gas stream so as to reduce carryover of liquid particles in the gas stream. A shroud for an inertia! impactor gas-liquid separator is disclosed. A method for separating liquid particles from a gas- liquid stream is disclosed.
    • 气液分离器包括具有用于接收气液流的入口和用于排出气流的出口的壳体。 冲击器喷嘴结构由壳体支撑并位于入口的下游。 冲击器喷嘴结构接收气液流并且通过延伸穿过冲击器喷嘴结构的孔加速气液流。 冲击表面由壳体支撑并位于孔口的下游。 冲击表面接收加速的气液流并引起液体颗粒与气液流的分离,以产生气流,并且位于冲击表面下游的挡板改变气流的流动,从而减少 在气流中携带液体颗粒。 一个惯性的护罩! 公开了一种冲击器气 - 液分离器。 公开了一种从气液流中分离液体颗粒的方法。