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    • 2. 发明授权
    • Exhaust stacks and power generation systems for increasing gas turbine power output
    • 用于提高燃气轮机功率输出的排气管和发电系统
    • US07707818B2
    • 2010-05-04
    • US12029162
    • 2008-02-11
    • Saravanan Nattanmai VenkataramanShinoj Vakkayil Chandrabose
    • Saravanan Nattanmai VenkataramanShinoj Vakkayil Chandrabose
    • F02C7/08
    • F23J11/12F01D25/30F02C7/24F23J13/06F23J2900/13003F23L11/02Y02E20/16
    • An exhaust stack having a junction tube and a flue is provided. The flue has a silencer portion, a converging duct portion, a tubular portion, and a diverging diffuser portion. The silencer portion fluidly communicates with the junction tube. The silencer portion has a first hydraulic mean cross-sectional flow path, and the tubular portion has a second hydraulic mean cross-sectional flow path less than or equal to the first hydraulic mean cross-sectional flow path. The converging duct portion is coupled between the silencer portion and the tubular portion. The diverging diffuser portion is coupled to an end of the tubular portion opposite to the converging duct portion, such that exhaust gases flowing through the junction tube, the silencer portion, the converging duct portion, the tubular portion and the diverging diffuser portion have a reduced overall pressure drop, at least in part due to the diverging diffuser portion and the second hydraulic mean cross-sectional flow path being less than or equal to the first hydraulic mean cross-sectional flow path.
    • 提供具有连接管和烟道的废气堆。 烟道具有消音器部分,会聚管道部分,管状部分和发散扩散部分。 消声器部分与连接管流体连通。 消音器部分具有第一液压平均横截面流动路径,并且管状部分具有小于或等于第一液压平均横截面流动路径的第二液压平均横截面流动路径。 会聚管道部分联接在消音器部分和管状部分之间。 发散扩散器部分连接到与会聚管道部分相对的管状部分的端部,使得流过连接管,消声器部分,会聚管道部分,管状部分和发散扩散部分的废气具有减小的 至少部分地由于扩散部扩散部分和第二液压平均截面流动路径小于或等于第一液压平均横截面流动路径的整体压降。
    • 3. 发明申请
    • EXHAUST STACKS AND POWER GENERATION SYSTEMS FOR INCREASING GAS TURBINE POWER OUTPUT
    • 用于增加气体涡轮功率输出的排气堆和发电系统
    • US20090199558A1
    • 2009-08-13
    • US12029162
    • 2008-02-11
    • Saravanan Nattanmai VenkataramanShinoj Vakkayil Chandrabose
    • Saravanan Nattanmai VenkataramanShinoj Vakkayil Chandrabose
    • F01K23/06F01N1/00
    • F23J11/12F01D25/30F02C7/24F23J13/06F23J2900/13003F23L11/02Y02E20/16
    • An exhaust stack having a junction tube and a flue is provided. The flue has a silencer portion, a converging duct portion, a tubular portion, and a diverging diffuser portion. The silencer portion fluidly communicates with the junction tube. The silencer portion has a first hydraulic mean cross-sectional flow path, and the tubular portion has a second hydraulic mean cross-sectional flow path less than or equal to the first hydraulic mean cross-sectional flow path. The converging duct portion is coupled between the silencer portion and the tubular portion. The diverging diffuser portion is coupled to an end of the tubular portion opposite to the converging duct portion, such that exhaust gases flowing through the junction tube, the silencer portion, the converging duct portion, the tubular portion and the diverging diffuser portion have a reduced overall pressure drop, at least in part due to the diverging diffuser portion and the second hydraulic mean cross-sectional flow path being less than or equal to the first hydraulic mean cross-sectional flow path.
    • 提供具有连接管和烟道的废气堆。 烟道具有消音器部分,会聚管道部分,管状部分和发散扩散部分。 消声器部分与连接管流体连通。 消声器部分具有第一液压平均横截面流动路径,并且管状部分具有小于或等于第一液压平均横截面流动路径的第二液压平均横截面流动路径。 会聚管道部分联接在消音器部分和管状部分之间。 发散扩散器部分连接到与会聚管道部分相对的管状部分的端部,使得流过连接管,消声器部分,会聚管道部分,管状部分和发散扩散部分的废气具有减小的 至少部分地由于扩散部扩散部分和第二液压平均截面流动路径小于或等于第一液压平均横截面流动路径的整体压降。