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    • 5. 发明授权
    • Continuous steam generator with equalizing chamber
    • 连续蒸汽发生器与均衡室
    • US09581327B2
    • 2017-02-28
    • US12411616
    • 2009-03-26
    • Donald W. BairleyWesley P. Bauver, IIThomas P. Mastronarde
    • Donald W. BairleyWesley P. Bauver, IIThomas P. Mastronarde
    • F22B29/06F22B37/22F22B21/04
    • F22B37/227F22B21/04
    • An evaporator 10 for evaporating a liquid includes a plurality of harps 20 disposed within a duct or chamber such that a heated fluid flow 22 (e.g., heated gas or flue gas) passes through each successive row of harps 20 of the evaporator 10. Each of the harps 20 includes a lower header 24, a plurality of lower tubes 26, an intermediate equalizing chamber 28, a plurality of upper tubes 30, and an upper header 32. The lower tubes 30 are in fluid communication with the lower header 24 and extend upward vertically from the lower header. The upper ends of the lower tubes 26 are in fluid communication with the equalizing chamber 28. The upper tubes 30 are in fluid communication with the equalizing chamber 28 and extend upward vertically from the equalizing chamber. The upper ends of the upper tubes 30 are in fluid communication with the upper header 32.
    • 用于蒸发液体的蒸发器10包括设置在管道或室内的多个竖琴20,使得加热的流体流22(例如,加热的气体或烟道气)穿过蒸发器10的每个连续的行20排。每个 竖琴20包括下集管24,多个下管26,中间均衡室28,多个上管30和上集管32.下管30与下集管24流体连通并延伸 从下部标题垂直向上。 下管26的上端与均衡室28流体连通。上管30与均衡室28流体连通,并从均衡室向上垂直延伸。 上管30的上端与上集管32流体连通。
    • 7. 发明授权
    • Feed water pipe for steam generator
    • 蒸汽发生器给水管
    • US08950365B2
    • 2015-02-10
    • US13976771
    • 2012-04-05
    • Naoaki Hirota
    • Naoaki Hirota
    • F22D1/46F16L55/055F22B1/02F22B37/00F22B37/22F22D11/00G21D1/00
    • F16L55/055F22B1/025F22B37/002F22B37/228F22D11/00G21D1/00Y10T137/4531
    • There are provided a generator internal pipe section that extends in the horizontal direction inside a steam generator; and a communication pipe section that is connected to the generator internal pipe section and is provided with a communication path, wherein one end of the communication path is connected to the pipe path at an upper end of a cross-section perpendicular to the flow direction of the cooling water in the pipe path and the other end of the communication path is positioned at the downside in the vertical direction in relation to one end of the communication path, and wherein one end side and the other end side of the communication path are connected at a position existing at the upside in the vertical direction in relation to one end.
    • 在蒸汽发生器内部设置有沿水平方向延伸的发电机内管部分; 以及连通管部,其与所述发电机内管部连接并设置有连通路径,所述连通路径的一端在与所述连通路的流动方向垂直的截面的上端的上端连接到所述管路 管路中的冷却水和连通路径的另一端相对于连通路径的一端位于垂直方向的下侧,连通路径的一端侧和另一端侧连接 相对于一端在垂直方向上方存在的位置。
    • 9. 发明授权
    • Once-through steam generator furnace outlet fluid mix to minimize the
number of headers and riser materials
    • 一次通过蒸汽发生炉出口流体混合以最小化集管和提升管材料的数量
    • US5669333A
    • 1997-09-23
    • US600616
    • 1996-02-13
    • Calvin Eugene Phelps, Sr.
    • Calvin Eugene Phelps, Sr.
    • F22B29/06F22B37/14F22B37/20F22B37/22
    • F22B29/062F22B37/148
    • An arrangement for a furnace of a once-through steam generator includes a fluid mix header for holding a volume of a furnace mix fluid. A plurality of side wall tubes at the side wall of the furnace are connected to a side wall header. A roof outlet header is located at the roof of the furnace and a roof tube is connected at one end to the roof outlet header and at the opposite end to one end of a loop section of tube. A front wall tube located at the front end of the furnace is connected at one end to the opposited end of the loop section of the tube from the roof tube. A connection tube is connected between the roof outlet header and the fluid mix header. Rear and front screen tubes are connected directly to the fluid mix header of the furnace. Fluid from the fluid mix header is provided to the convection pass downcomer and convection pass tube enclosures of the steam generator.
    • 用于直流式蒸汽发生器的炉的装置包括用于保持一定体积的炉混流体的流体混合头。 在炉的侧壁上的多个侧壁管连接到侧壁集管。 屋顶出口集管位于炉顶部,屋顶管的一端连接到屋顶出口集管,另一端连接到管的环部分的一端。 位于炉前端的前壁管一端与顶管连接在管的环部分的相对端。 连接管连接在屋顶出口集管和流体混合头之间。 后和前屏幕管直接连接到炉的流体混合头。 来自流体混合头的流体被提供给蒸汽发生器的对流通道降液管和对流通管外壳。