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    • 27. 发明专利
    • HYDROCARBON CONVERSION UNIT INCLUDING A REACTION ZONE RECEIVING TRANSFERRED CATALYST
    • ZA201000632B
    • 2011-10-26
    • ZA201000632
    • 2010-01-27
    • UOP LLC
    • FECTEAU DAVID JSECHRIST PAUL ANAUNHEIMER CHRISTOPHER
    • C10G20060101
    • One exemplary embodiment can include an apparatus for transferring catalyst from a regeneration zone to a reaction zone in a hydrocarbon conversion unit. The hydrocarbon conversion unit can include a transfer vessel, and first, second, and third lines. The transfer vessel can transfer regenerated catalyst from the regeneration zone at a first pressure to the reaction zone at a second pressure where the second pressure is greater than the first pressure. Generally, the first line communicates the catalyst to the transfer vessel and is coupled to a first valve to allow catalyst into the transfer vessel and the second line communicates the catalyst from the transfer vessel and is coupled to a second valve to allow catalyst out of the transfer vessel. The third line for allowing the passage of gas therethrough may be at a pressure higher than the first pressure having a first portion communicating with the transfer vessel and having a second portion coupled to third and fourth valves. Each of the third and fourth valves can have a first position that is open and a second position that is closed, which may correspond, respectively, to the opening and closing of the first and second valves to allow gas to pass therethrough.
    • 28. 发明专利
    • APARATO DE DISTRIBUCION DE FLUIDO.
    • ES2363022T3
    • 2011-07-19
    • ES05814894
    • 2005-10-28
    • UOP LLC
    • FREY STANLEY JSECHRIST PAUL AKAUFF DANIEL A
    • B01D15/00B01D24/08B01D24/48
    • Un aparato mezclador-distribuidor-colector (3) situado entre un lecho superior y un lecho inferior de partículas sólidas (2) en una vasija (1) que tiene un eje geométrico vertical (13), cuyo aparato comprende: un límite superior (5) para retener el lecho superior de partículas sólidas y permitir el flujo hacia abajo de un fluido con un perfil de velocidades del fluido a través del aparato mezclador-distribuidor-colector (3); un distribuidor (6) de fluido situado debajo del límite superior (5) y separado de él, mejorando el distribuidor (6) de fluido la uniformidad del perfil de velocidades del fluido; una placa (8) de desviación de fluido que se extiende horizontalmente a través del área de la sección transversal de la vasija y que está situada entre el límite superior (5) y el distribuidor (6) de fluido y separada de ellos, al menos un paso (9) a través de la placa (8) de desviación de fluido que proporciona comunicación de fluido entre el límite superior (5) y el distribuidor (6) de fluido; y un manipulador de flujo (7) seleccionado del grupo que consiste en placas perforadas, tamices, rejillas, sólidos porosos, nidos de abeja y combinaciones de los mismos; en el que el límite superior (5), el distribuidor (6) de fluido y el manipulador de flujo (7) están orientados sustancialmente paralelos entre sí y sustancialmente perpendiculares al eje geométrico (13) de la vasija vertical, y el manipulador de flujo (7) está situado debajo del distribuidor (6) de fluido y separado de él en una distancia (X), y tiene un área abierta, OAM, tal que la relación OAM/OAD sea mayor que 1, siendo OAD el área abierta del distribuidor (6) de fluido.
    • 29. 发明专利
    • TR201000831T1
    • 2010-04-21
    • TR201000831
    • 2008-07-16
    • UOP LLC
    • FECTEAU DAVID JNAUNHEIMER CHRISTOPHERSECHRIST PAUL A
    • C10G35/12C10G9/32
    • One exemplary embodiment can include an apparatus for transferring catalyst from a regeneration zone to a reaction zone in a hydrocarbon conversion unit. The hydrocarbon conversion unit can include a transfer vessel, and first, second, and third lines. The transfer vessel can transfer regenerated catalyst from the regeneration zone at a first pressure to the reaction zone at a second pressure where the second pressure is greater than the first pressure. Generally, the first line communicates the catalyst to the transfer vessel and is coupled to a first valve to allow catalyst into the transfer vessel and the second line communicates the catalyst from the transfer vessel and is coupled to a second valve to allow catalyst out of the transfer vessel. The third line for allowing the passage of gas therethrough may be at a pressure higher than the first pressure having a first portion communicating with the transfer vessel and having a second portion coupled to third and fourth valves. Each of the third and fourth valves can have a first position that is open and a second position that is closed, which may correspond, respectively, to the opening and closing of the first and second valves to allow gas to pass therethrough.