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    SYSTEM AND METHOD FOR REGULATING CONDENSATION OF FLUE GAS IN A STEAM GENERATOR
    1.
    发明公开
    SYSTEM AND METHOD FOR REGULATING CONDENSATION OF FLUE GAS IN A STEAM GENERATOR 审中-公开
    调节蒸汽发生器中烟气凝结的系统和方法

    公开(公告)号：EP3217093A1

    公开(公告)日：2017-09-13

    申请号：EP17158893.2

    申请日：2017-03-02

    申请人： General Electric Technology GmbH

    发明人： GUETHE, Felix ,  NILSSON, John Martin ,  BERNERO, Stefano ,  COUZZI CARNEIRO, Mariah

    IPC分类号： F22B37/02 ,  G01N27/00 ,  G01N33/00

    CPC分类号： F01K23/101 ,  F22B37/025 ,  F23J15/00 ,  F23J15/08 ,  G01N21/3504 ,  G01N21/65 ,  G01N2021/399 ,  Y02E20/16

    摘要： A system (10) for regulating condensation of a flue gas (12) in a steam generator (14) is provided. The system (10) includes a temperature controller (16) and a flue gas analyzer (18). The temperature controller (16) is configured to control a temperature of a component (20, 22, 24) of the steam generator (14), the component (20, 22, 24) being in heating-contact with the flue gas (12). The flue gas analyzer (18) is configured to communicate with the temperature controller (16) and to obtain a measurement of an amount of an acid-forming compound in the flue gas (12). The temperature controller (16) adjusts the temperature of the component (10, 22, 24) based at least in part on the measurement such that the temperature of the component (20, 22, 24) is above an acid dew point of the flue gas (12) when the component (20, 22, 24) is in heating-contact with the flue gas (12).

    摘要翻译： 提供了一种用于调节蒸汽发生器（14）中的烟气（12）冷凝的系统（10）。 系统（10）包括温度控制器（16）和烟气分析仪（18）。 温度控制器（16）构造成控制蒸汽发生器（14）的部件（20,22,24）的温度，部件（20,22,24）与废气（12）加热接触 ）。 烟气分析仪（18）被配置为与温度控制器（16）通信并且获得烟气（12）中酸形成化合物的量的测量值。 温度控制器（16）至少部分基于所述测量结果来调节部件（10,22,24）的温度，使得部件（20,22,24）的温度高于烟道的酸露点 （20,22,24）与所述烟道气（12）加热接触时的气体（12）。

    SYSTEM AND METHOD FOR IMPROVING THE PERFORMANCE OF A HEAT RECOVERY STEAM GENERATOR
    3.
    发明公开
    SYSTEM AND METHOD FOR IMPROVING THE PERFORMANCE OF A HEAT RECOVERY STEAM GENERATOR 审中-公开
    提高热回收蒸汽发生器的性能的系统和方法

    公开(公告)号：EP3232022A1

    公开(公告)日：2017-10-18

    申请号：EP17159668.7

    申请日：2017-03-07

    申请人： General Electric Technology GmbH

    发明人： NILSSON, John Martin ,  BERNERO, Stefano

    IPC分类号： F01K23/10 ,  F22B37/54 ,  F22B37/48 ,  F23J3/02 ,  F28G13/00

    CPC分类号： F28G13/005 ,  F01K23/10 ,  F01K23/101 ,  F22B37/48 ,  F22B37/545 ,  F23J15/06 ,  F23J2219/10 ,  Y02E20/16 ,  Y02E20/363

    摘要： A heat recovery steam generator (10) includes a gas inlet (12) for receiving a flow of exhaust gas (14) from a gas turbine (18), a gas outlet (34) opposite the gas inlet (12), at least one heat exchanger (30) intermediate the gas inlet (12) and the gas outlet (34), the heat exchanger (30) having a plurality of heat transfer surfaces configured to transfer heat from the exhaust gas (14) to a fluid within the heat exchanger (30), and a valve (60) associated with the heat exchanger (30) and configured to regulate a flow of the fluid through the heat exchanger (30). The valve (60) is controllable from an open position to a closed position to decrease the flow of the fluid through the heat exchanger (30) in order to effect an increase in a temperature of the heat transfer surfaces of the heat exchanger (30) to clean the heat transfer surfaces.

    摘要翻译： 热回收蒸汽发生器（10）包括用于接收来自燃气轮机（18）的排气流（14）的气体入口（12），与气体入口（12）相对的气体出口（34），至少一个 （12）和气体出口（34）之间的热交换器（30），所述热交换器（30）具有多个传热表面，所述多个传热表面构造成将热量从所述排气（14）传递到所述热量 （30）以及与所述热交换器（30）相关联并且被配置成调节流经所述热交换器（30）的流体的流量的阀（60）。 阀（60）可从打开位置控制到关闭位置，以减少流体通过热交换器（30）的流量，从而实现热交换器（30）的传热表面的温度升高， 清洁传热表面。

    SYSTEM AND METHOD FOR IMPROVING THE PERFORMANCE OF A SELECTIVE CATALYST REDUCTION SYSTEM IN A HEAT RECOVERY STEAM GENERATOR
    4.
    发明公开
    SYSTEM AND METHOD FOR IMPROVING THE PERFORMANCE OF A SELECTIVE CATALYST REDUCTION SYSTEM IN A HEAT RECOVERY STEAM GENERATOR 审中-公开
    提高热回收蒸汽发生器中选择性催化剂还原系统性能的系统和方法

    公开(公告)号：EP3260677A1

    公开(公告)日：2017-12-27

    申请号：EP17176945.8

    申请日：2017-06-20

    申请人： General Electric Technology GmbH

    发明人： NILSSON, John ,  BERNERO, Stefano

    IPC分类号： F01N3/20 ,  F01N9/00 ,  F02C3/30

    CPC分类号： F01N3/2066 ,  F01K23/06 ,  F01N3/208 ,  F01N9/00 ,  F01N2610/02 ,  F01N2610/146 ,  F01N2900/1402 ,  F05D2220/72 ,  F05D2270/082 ,  F05D2270/0831 ,  Y02E20/16 ,  Y02T10/24 ,  Y02T10/47

    摘要： A method for controlling emissions from a power plant having an ammonia injection grid (54) that includes a plurality of ammonia injection points (60) includes the steps of, injecting ammonia into a flow of exhaust gas at an injection location, the injection of ammonia defining a spatial distribution of ammonia across an exhaust gas flowpath, measuring at least one parameter of the exhaust gas downstream from the injection location, comparing a measured value for the at least one parameter of the exhaust gas to a threshold value for the at least one parameter and, if the measured value for the at least one parameter exceeds the threshold value for the at least one parameter, automatically modifying the spatial distribution of ammonia injection across the exhaust gas flowpath.

    摘要翻译： 一种用于控制来自具有包括多个氨喷射点（60）的氨喷射格栅（54）的动力装置的排放的方法包括以下步骤：将氨喷射到喷射位置处的废气流中，将氨 限定排气流动路径上的氨的空间分布，测量喷射位置下游的排气的至少一个参数，将排气的至少一个参数的测量值与所述至少一个参数的阈值进行比较 参数，并且如果所述至少一个参数的测量值超过所述至少一个参数的所述阈值，则自动修改通过所述排气流动路径的氨喷射的空间分布。

    METHOD FOR DETERMINING AN OUTLET TEMPERATURE OF AN UPSTREAM COMBUSTION STAGE IN A GAS TURBINE ENGINE HAVING AT LEAST TWO SERIALLY ARRANGED COMBUSTION STAGES
    5.
    发明公开
    METHOD FOR DETERMINING AN OUTLET TEMPERATURE OF AN UPSTREAM COMBUSTION STAGE IN A GAS TURBINE ENGINE HAVING AT LEAST TWO SERIALLY ARRANGED COMBUSTION STAGES 审中-公开

    公开(公告)号：EP3578762A1

    公开(公告)日：2019-12-11

    申请号：EP18176673.4

    申请日：2018-06-08

    申请人： General Electric Technology GmbH

    发明人： BERNERO, Stefano ,  GASSNER, Martin

    IPC分类号： F01D17/08 ,  F01D21/00

    摘要： Method for determining an outlet temperature (T 2 ) of an upstream combustion stage (21) in a gas turbine engine having at least two serially arranged combustion stages (21, 22), a compressor (10) fluidly communicatied with and upstream a most upstream combustion stage (21), and a last expansion turbine (30) fluidly communicated with and downstream a most downstream combustion stage (22). The method comprises obtaining at least one first parameter representative of the inlet temperature (T 3 ) of the most downstream combustion stage (22), obtaining at least one second parameter representative of the outlet temperature (T 1 ) of the compressor (10), and obtaining the fuel massflows (ṁ Fuel,1 , ṁ Fuel,2 ) and/or a fuel massflow ratio between the combustion stages (21,22). An outlet temperature (T 2 ) of an upstream combustion stage (21) is obtained based upon said first and second parameters and the fuel massflows and/or the fuel massflow ratio.