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    • 1. 发明授权
    • Generation of electricity and the treatment and disposal of sewage
    • 发电和污水处理处置
    • US06490866B1
    • 2002-12-10
    • US09647374
    • 2000-11-28
    • Donald R. Cummings
    • Donald R. Cummings
    • F02C610
    • C02F1/02F02C3/20F23G5/46F23G7/001F23G2206/203Y02E20/12Y02W10/37
    • The invention provides a method and apparatus for the generation of electricity combined with the further treatment of sewage from a sewage treatment plant. In one form of the invention a stream of compressed air/contaminated air (108, 110) is passed to a mixing device (18) where it is mixed with a stream of introduced fuel gas (112). The mixture is combusted and the resultant gases are fed to the expansion chamber (6) of a gas turbine which drives an alternator (10) thus generating electricity. Rather than simply dissipate them to atmosphere, the gases (126) are utilized in the heating and disinfection of sewage (148) from an initial sewage treatment plant. The thus disinfected sewage (150) passes to a pressure vessel (12) wherein it encounters and saturates the stream of compressed air/contaminated air (108, 110) passing to the mixing device (18).
    • 本发明提供了一种用于产生电力的方法和装置以及来自污水处理厂的污水的进一步处理。 在本发明的一种形式中,压缩空气/污染空气流(108,110)被传送到混合装置(18),在混合装置(18)中,其与引入的燃料气体流(112)混合。 混合物燃烧,所得到的气体被供给到驱动交流发电机(10)从而发电的燃气轮机的膨胀室(6)。 气体(126)不是简单地将其排放到大气中,而是用于从初始污水处理厂对污水(148)的加热和消毒。 这样消毒的污水(150)进入压力容器(12),在压力容器(12)中遇到并饱和流经混合装置(18)的压缩空气/污染空气流(108,110)。
    • 3. 发明授权
    • Dehydration of hydrocarbons
    • 碳氢化合物脱水
    • US4406774A
    • 1983-09-27
    • US225517
    • 1981-01-16
    • Donald R. CummingsColin W. Braathen
    • Donald R. CummingsColin W. Braathen
    • C10L3/08C07C7/10C10G33/00C10G33/04C10L3/10C10L3/12C10G21/00
    • C10G33/04C07C7/10
    • The tendency toward ice or solid hydrate formation during cooling of a light hydrocarbon or hydrocarbon mixture such as LPG or NGL for storage or transport at sub-zero temperatures is eliminated by mixing it with aqueous methanol solution in a mixer 5, cooling the mixture in cooler 8 and thereafter separating the hydrocarbon and aqueous phase in a separator 10, the solution being chosen to be substantially insoluble in the hydrocarbon phase and freeze below the temperature to which the mixture is cooled, and at least part of the aqueous phase being recycled by pump 17 to the mixer 5 for re-use with methanol being added as required to restore its concentration in the recycling liquor towards that of the initial aqueous solution and some of the recycling liquor being removed as required to restore the quantity of circulating liquor towards its initial level.
    • 通过在混合器5中将其与甲醇水溶液混合,将轻烃或烃混合物(如LPG或NGL)在低于零度的温度下储存或运输的冷烃或固体水合物形成的趋势消除,将混合物冷却 8,然后在分离器10中分离烃和水相,该溶液被选择为基本上不溶于烃相,并在低于混合物冷却的温度下冷冻,并且至少部分水相通过泵再循环 17至混合器5,根据需要加入甲醇以再次使用以使其在再循环液体中的浓度朝向初始水溶液的浓度,并且根据需要除去一些回收液体以将循环液体的量恢复至其初始 水平。
    • 6. 发明授权
    • Separation of multi-component mixtures
    • 分离多组分混合物
    • US4124496A
    • 1978-11-07
    • US818337
    • 1977-07-22
    • Donald R. Cummings
    • Donald R. Cummings
    • B01D3/06C10G5/06C10G31/06F25J3/02F25J3/06C10G7/00
    • F25J3/0233B01D3/065C10G31/06C10G5/06F25J3/0209F25J3/0242F25J3/0247F25J3/061F25J3/0635F25J3/0645F25J3/065F25J2230/60F25J2240/60F25J2245/02F25J2260/60F25J2290/72
    • An improvement in the separation of a multi-component mixture, especially a well head stream, into gaseous and liquid phases by multi-component flash separation at reducing pressures, comprises recycling at least a part of the gaseous fraction recovered from a stage after the first stage to a preceding stage, and preferably the immediately preceding stage, to mix with the liquid phase which is separated in said preceding stage and at substantially the pressure of said preceding stage. This (a) increases the gas/liquid ratio in each stage, the amount of liquid recovered from the last stage and the proportion of medium-boiling components therein; (b) results in more gas being available from the higher pressure stages and (c) yields gases having narrower boiling ranges. Three separation stages are preferred and pipeline gas, crude LPG and a local fuel gas to supply the energy requirements of the separation can be derived from the gaseous fractions recovered from the separation stages.
    • 通过在减压下的多组分闪蒸分离将多组分混合物,特别是井头流分离成气相和液相的改进包括将至少一部分从第一 阶段到前一阶段,优选在前一阶段,与在前一阶段中分离的液相和基本上所述前一阶段的压力混合。 这(a)增加了各阶段的气/液比,从最后阶段回收的液体的量和其中的中沸点成分的比例; (b)导致更高压力阶段获得更多的气体,(c)产生沸点范围较窄的气体。 三个分离阶段是优选的,并且可以从分离阶段回收的气体馏分得到管道气体,原油LPG和用于提供分离能量需求的局部燃料气体。
    • 9. 发明授权
    • Providing energy from the combustion of methanol
    • 从甲醇的燃烧中提供能量
    • US4185456A
    • 1980-01-29
    • US810389
    • 1977-06-27
    • Donald R. Cummings
    • Donald R. Cummings
    • F02C3/24F02C3/30F02C3/22
    • F02C3/24
    • The efficiency of a methanol-fueled gas turbine is improved by at least partially dissociating the methanol prior to combustion in the presence of a methanol dissociation catalyst and providing at least a part and preferably all of the energy for the dissociation from the heat in the hot gases of combustion. This heat is sufficient to dissociate more of the methanol than is required for the combustion so that a process gas containing carbon monoxide and hydrogen is available from the process as well as power from the turbine. Self-contained processes for the production of liquid hydrogen, for the production of steel from iron ore and for the conjoint production of electrical power and methane gas are described.
    • 甲醇燃料燃气轮机的效率通过在甲醇解离催化剂的存在下在燃烧之前至少部分地解离甲醇而提供,并且提供至少一部分并且优选地所有能量用于从热中解热 燃烧气体 这种热量足以使甲醇与燃烧所需的离解更多,从而可以从该方法获得含有一氧化碳和氢气的工艺气体以及来自涡轮机的动力。 描述了用于生产液态氢的独立工艺,用于从铁矿石生产钢和用于联合生产电力和甲烷气体。