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    • 1. 发明申请
    • Energy separation and recovery system for mobile application
    • 移动应用能源分离与恢复系统
    • US20110185726A1
    • 2011-08-04
    • US12658172
    • 2010-02-04
    • Michael Alan BurnsPaul Andrew BurnsGareth Andew StoroszkoMarco Cucinotta
    • Michael Alan BurnsPaul Andrew BurnsGareth Andew StoroszkoMarco Cucinotta
    • F01K23/10
    • F01K23/10
    • An energy separation and recovery system wherein exhaust heat from an automotive engine source which might otherwise be wasted is employed in conjunction with a heat exchanger and a super heater to generate steam in a substantially closed-loop system wherein the heat supply is an open system. The superheated steam is transmitted to an engine to generate power which may be used to supply electrical energy. The electrical energy may be employed external to the system or may be used to assist the motive engine in providing motive power to the vehicle. Stepped diameter tubing carries water, or other vaporizable fluids, through the heat exchanger into the super heater while simultaneously exposing the carried water or fluid to incrementally higher temperature heated gas. Variable bellows, attached operatively to end plates accommodate the differential expansion of the tubing. The energy generation system includes a control module to permit the generation of steam and electricity at such times as there is sufficient heat to permit the generation of superheated steam.The energy separation and recovery system may, alternatively, be employed to provide the power to an engine or other device or may provide an energy source to an alternative power consumption device, such as a refrigeration unit on a vehicle or a cold plate system.
    • 一种能量分离和回收系统,其中来自汽车发动机源的废热可能被浪费,其与热交换器和超级加热器结合使用,以在基本闭环系统中产生蒸汽,其中供热是开放系统。 过热蒸汽被传送到发动机以产生可用于提供电能的功率。 电能可以在系统外部使用,或者可以用于辅助动力发动机向车辆提供动力。 步进直径的管道将水或其他可汽化流体通过热交换器输送到超级加热器中,同时将携带的水或流体暴露于逐渐升高的加热气体。 可变波纹管,可操作地连接到端板适应管的差异膨胀。 能量产生系统包括一个控制模块,允许在足够的热量允许产生过热蒸汽的时间产生蒸汽和电力。 替代地,能量分离和回收系统可以用于向发动机或其他装置提供动力,或者可以将能量源提供给替代的功率消耗装置,例如车辆或冷板系统上的制冷单元。
    • 2. 发明申请
    • Energy separation and recovery system for stationary applications
    • 用于固定应用的能量分离和回收系统
    • US20110185712A1
    • 2011-08-04
    • US12658197
    • 2010-02-04
    • Michael Alan BurnsPaul Andrew BurnsGareth Andrew StoroszkoMarco Cucinotta
    • Michael Alan BurnsPaul Andrew BurnsGareth Andrew StoroszkoMarco Cucinotta
    • F22B1/18F02G5/02F28F1/10
    • F02G5/02F22B1/18F28D7/0066F28D7/1615F28D21/001F28F1/325F28F9/26F28F2265/26
    • An energy separation and recovery system wherein energy forms which might otherwise be wasted are employed in conjunction with a heat exchanger and a super heater to generate steam in a substantially closed-loop system wherein the heat supply is an open system. The superheated steam is transmitted to an engine to generate power which may be used to supply electrical energy. The electrical energy may be employed external to the system. Stepped diameter tubing carries water, or other vaporizable fluids, through the heat exchanger into the super heater while simultaneously exposing the carried water or fluid to incrementally higher temperature heated gas. Variable bellows, attached operatively to end plates accommodate the differential expansion of the tubing. The energy generation system includes a control module to permit the generation of steam and electricity at such times as there is sufficient heat to permit the generation of superheated steam.The energy separation and recovery system may, alternatively, be employed to provide the power to an engine or other device or may provide an energy source to an alternative power consumption device which does not result in the generation of power.
    • 能量分离和回收系统,其中可能浪费的能量形式结合热交换器和超级加热器在大体闭环系统中产生蒸汽,其中热源是开放系统。 过热蒸汽被传送到发动机以产生可用于提供电能的功率。 电能可以在系统的外部使用。 步进直径的管道将水或其他可汽化流体通过热交换器输送到超级加热器中,同时将携带的水或流体暴露于逐渐升高的加热气体。 可变波纹管,可操作地连接到端板适应管的差异膨胀。 能量产生系统包括一个控制模块,允许在足够的热量允许产生过热蒸汽的时间产生蒸汽和电力。 替代地,能量分离和回收系统可以用于向发动机或其他装置提供动力,或者可以向不会导致功率产生的替代功率消耗装置提供能量源。
    • 4. 发明申请
    • Unitary engine and energy accumulation system
    • 单一发动机和能量积累系统
    • US20090313997A1
    • 2009-12-24
    • US12214835
    • 2008-06-23
    • Frederick John BayleyMichael BurnsMartin SmallerMarco CucinottaPaul Burns
    • Frederick John BayleyMichael BurnsMartin SmallerMarco CucinottaPaul Burns
    • F01K3/00
    • F02G5/02F01K3/00F01K15/02F01K23/065F02G2280/60F28D7/0066F28D7/1615F28D21/0003F28D2021/0064Y02T10/166
    • A unitary, hybrid engine which includes an internal combustion engine which is used both for locomotive and heat generation externally of the cylinders of the combustion engine, wherein the generated heat is employed in conjunction with an evaporator to generate steam, which is then stored in an energy accumulator which retains the stored energy by way of a pressured water containment unit. The pressurized water containment unit accretes the energy and, upon attainment of a predetermined pressure and liquid level, the steam is transmitted to one or more of the cylinders of the unitary engine to provide the motive power to the unitary engine. The engine includes control systems to permit the sole use of steam during such times as may be required for environmental or pollution control requirements.The control systems may also selectively permit the use of steam in one or more of the cylinders of the engine simultaneously with the use of fossil fuel in others. The energy accumulation system may, alternatively, be employed to provide the motive power to an engine other than the one from which it has accreted the energy or may provide an energy source to an alternative power consumption device which does not result in the generation of motive power.
    • 一种单一的混合动力发动机,其包括内燃机,其用于在内燃机的气缸外部的机车和发热,其中所产生的热量与蒸发器结合使用以产生蒸汽,然后将蒸汽存储在 蓄能器,其通过加压水容纳单元保持储存的能量。 加压水容纳单元增加能量,并且在达到预定压力和液位时,蒸汽被传递到单一发动机的一个或多个气缸以向单一发动机提供动力。 发动机包括控制系统,以允许在环境或污染控制要求所需的时间内唯一使用蒸汽。 控制系统还可以选择性地允许在发动机的一个或多个汽缸中使用蒸汽,同时使用化石燃料。 替代地,能量积累系统可以用于向发动机提供动力,而不是从其产生能量的发动机,或者可以向不会导致产生动力的替代功率消耗装置提供能量源 功率。