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    • 1. 发明授权
    • Hydrocratic generator
    • 水力发电机
    • US07329962B2
    • 2008-02-12
    • US11096981
    • 2005-03-31
    • Gary AlstotWarren FinleyAnthony T. JonesEdward PscheidtGeoffrey E. Dolbear
    • Gary AlstotWarren FinleyAnthony T. JonesEdward PscheidtGeoffrey E. Dolbear
    • F03D9/00
    • F03G7/005F03B13/00Y02E10/36
    • A mixing apparatus for mixing relatively low salinity fluid with relatively high salinity fluid comprises a housing having an upper end and a lower end, a fluid inlet at or near the lower end, and a fluid outlet at or near the upper end, wherein the relatively high salinity fluid in use enters the housing through the fluid inlet and is discharged from the housing through the fluid outlet. A feed tube is provided and has a first end connectable to a source of relatively low salinity fluid and second end for introducing relatively low salinity fluid to the housing to mix the relatively high salinity fluid with the relatively low salinity fluid to form a fluid mixture. At least one power generator is associated with the housing, and is driven by the mixing of the relatively high salinity fluid with the relatively low salinity fluid.
    • 用于将相对低盐度流体与相对高盐度流体混合的混合装置包括具有上端和下端的壳体,在下端处或附近的流体入口,以及在上端处或附近的流体出口,其中相对 使用的高盐度流体通过流体入口进入壳体,并通过流体出口从壳体排出。 供给管被提供并且具有可连接到较低盐度流体源的第一端和用于将较低盐度流体引入壳体的第二端,以将相对较高的盐度流体与相对较低的盐度流体混合以形成流体混合物。 至少一个发电机与壳体相关联,并且通过相对较高的盐度流体与相对低的盐度流体的混合来驱动。
    • 4. 发明授权
    • Hydrocratic generator
    • 水力发电机
    • US07239037B2
    • 2007-07-03
    • US11158832
    • 2005-06-21
    • Gary AlstotAnthony T. JonesWarren FinleyEdward PscheidtGeoffrey E. Dolbear
    • Gary AlstotAnthony T. JonesWarren FinleyEdward PscheidtGeoffrey E. Dolbear
    • F03D9/00
    • F03B13/00F03G7/04Y02E10/36
    • A mixing apparatus for mixing relatively low salinity fluid with relatively high salinity fluid comprisesa housing having an upper end and a lower end, a fluid inlet at or near the lower end, and a fluid outlet at or near the upper end, wherein the relatively high salinity fluid in use enters the housing through the fluid inlet and is discharged from the housing through the fluid outlet. A feed tube is provided and has a first end connectable to a source of relatively low salinity fluid and second end for introducing relatively low salinity fluid to the housing to mix the relatively high salinity fluid with the relatively low salinity fluid to form a fluid mixture. At least one power generator is associated with the housing, and is driven by the mixing of the relatively high salinity fluid with the relatively low salinity fluid.
    • 用于将相对低盐度流体与相对高盐度流体混合的混合装置包括具有上端和下端的壳体,在下端处或附近的流体入口,以及在上端处或附近的流体出口,其中相对 使用的高盐度流体通过流体入口进入壳体,并通过流体出口从壳体排出。 供给管被提供并且具有可连接到较低盐度流体源的第一端和用于将较低盐度流体引入壳体的第二端,以将相对较高的盐度流体与相对较低的盐度流体混合以形成流体混合物。 至少一个发电机与壳体相关联,并且通过相对较高的盐度流体与相对低的盐度流体的混合来驱动。
    • 7. 发明授权
    • Method of desulfurization and dearomatization of petroleum liquids by oxidation and solvent extraction
    • 通过氧化和溶剂萃取法对石油液体脱硫脱碳的方法
    • US06596914B2
    • 2003-07-22
    • US09941131
    • 2001-08-25
    • Walter GoreSteve BondeGeoffrey E. DolbearEbbe R. Skov
    • Walter GoreSteve BondeGeoffrey E. DolbearEbbe R. Skov
    • C07C710
    • C10G53/14C10G21/16C10G27/12
    • A multi-step process for desulfurizing liquid petroleum fuels that also removes nitrogen-containing compounds and aromatics. The process steps are: thiophene extraction; thiophene oxidation; thiophene-oxide and -dioxide extraction; raffinate solvent recovery and polishing; extract solvent recovery; and recycle-solvent purification. The thiophene oxidation is accomplished with hydrogen peroxide and the extraction solvent is acetic acid in combination with secondary solvents. The operating conditions in the process are relatively mild at near ambient pressure and less than 145° C. throughout the process, and the only chemical consumed in the process is hydrogen peroxide. The process design can be modified to accommodate a variety of liquid hydrocarbon feeds. Depending on the selected feedstock and product specifications, several process design variations are readily apparent, including the design of the extraction process sections, the solvent purification sections and the elimination of the thiophene extraction section.
    • 用于脱除含氮化合物和芳族化合物的液体石油燃料的多步法。 工艺步骤为:噻吩提取; 噻吩氧化; 噻吩 - 氧化物和二氧化物提取; 残液溶剂回收和抛光; 提取溶剂回收; 和再循环溶剂纯化。 噻吩氧化是用过氧化氢完成的,萃取溶剂是乙酸与二级溶剂的组合。 该过程中的操作条件在近环境压力下相对温和且在整个过程中小于145℃,并且在该方法中消耗的唯一化学物质是过氧化氢。 可以修改工艺设计以适应各种液态烃进料。 根据所选择的原料和产品规格,几个工艺设计变化是显而易见的,包括提取工艺部分的设计,溶剂净化部分和噻吩提取部分的消除。
    • 8. 发明授权
    • Hydrocratic generator
    • 水力发电机
    • US07898102B2
    • 2011-03-01
    • US11788699
    • 2007-04-20
    • Gary AlstotAnthony T. JonesWarren FinleyEdward PscheidtGeoffrey E. Dolbear
    • Gary AlstotAnthony T. JonesWarren FinleyEdward PscheidtGeoffrey E. Dolbear
    • F03D9/00
    • F03B13/00F03B17/06F03G7/04Y02E10/28Y02E10/36
    • A mixing apparatus for mixing first salinity fluid with a second salinity fluid, the mixing apparatus comprises a down tube having a side wall, an open upper end and an open lower end, and a plurality of apertures selectively located in the side wall of the down tube. At least some of the apertures have an arm with an opening therein about the aperture to facilitate inflow of fluid to the down tube through the openings. A fluid inlet and a fluid outlet are provided at the open upper end and open lower end respectively of the down tube so that the first salinity fluid in use enters the down tube through the fluid inlet and the apertures and is discharged therefrom through the fluid outlet. A feed tube is provided and has a first end connectable to a source of second salinity fluid having a salinity different to the first salinity fluid and a second end for introducing the second salinity fluid to the fluid inlet of the down tube to mix the first salinity fluid with the second salinity fluid to form a fluid mixture.
    • 一种用于将第一盐度流体与第二盐度流体混合的混合装置,所述混合装置包括具有侧壁,敞开的上端和敞开的下端的下管,以及选择性地位于下侧的侧壁中的多个孔 管。 至少一些孔具有围绕孔的开口的臂,以便于通过开口将流体流入下管。 流体入口和流体出口分别设置在下管的开口上端和开口下端,使得使用中的第一盐度流体通过流体入口和孔进入下管,并通过流体出口从其排出 。 提供进料管,并且具有可连接到具有不同于第一盐度流体的盐度的第二盐度流体源的第一端和用于将第二盐度流体引入下管的流体入口的第二端,以将第一盐度 流体与第二盐度流体形成流体混合物。